| Oncorhynchus clarkii Richardson |
| |
| Williamson KS |
2002 |
Mol. Ecol. Notes |
2: |
17 |
|
| |
|
OtsG3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Central Valley, California, USA |
| |
|
OtsG13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG43 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG68 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG83b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG85 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG243 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG249 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG253b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG311 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG401 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG409 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG422 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG423 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG432 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG474 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Cairney M |
2000 |
Mol. Ecol. |
9: |
2175 |
|
| |
|
Ssa402UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
UK |
| |
|
Ssa403UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa405UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa406UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa407UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa408UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa410UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa412UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa413UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa416UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa417UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa418UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa419UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa420UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa422UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Olsen JB |
2000 |
Mol. Ecol. |
9: |
2185 |
|
| |
|
One101 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchorage, Alaska, USA |
| |
|
One102 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One103 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One108 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One109 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One110 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One111 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One112 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Smith CT |
1998 |
Mol. Ecol. |
7: |
1614 |
|
| |
|
Oki1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Canada |
| |
|
Oki2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki23 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Scribner KT |
1996 |
Can. J. Fish. Aquat. Sci. |
53: |
833 |
|
| |
|
One�1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Montana, USA |
| |
|
One�2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�12 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�15 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�17 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�22 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus gorbuscha Walbaum |
| |
| Olsen JB |
2000 |
Mol. Ecol. |
9: |
2185 |
|
| |
|
One101 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchorage, Alaska, USA |
| |
|
One102 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One103 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One110 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One111 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One112 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One115 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Scribner KT |
1996 |
Can. J. Fish. Aquat. Sci. |
53: |
833 |
|
| |
|
One�1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Kenai River, Alaska, USA |
| |
|
One�2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�12 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�15 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�17 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�22 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| McConnell SK |
1995 |
Can. J. Fish. Aquat. Sci. |
52: |
1863 |
|
| |
|
Ssa4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Norway, Ireland & Nova Scotia, Canada |
| |
|
Ssa14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Boyle JL |
1992 |
J. Food Sci. |
57: |
918 |
|
| |
|
2,4,6-tribromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchor Point, Alaska, USA |
| |
| Kitahara T |
1984 |
Comp. Biochem. Physiol. B |
78: |
859 |
|
| |
|
beta-carotene |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
North Pacific |
| |
|
canthaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
antheraxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3R3'R-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
salmoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
diatoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nostoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
caloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
astaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alpha-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
beta-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Gruger EH |
1964 |
J. Am. Oil Chem. Soc. |
: |
662 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Washington, USA |
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z9Z12-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linolenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearidonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14Z17-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
juniperonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
erucic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z7Z10Z13Z16Z19-22Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nervonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus keta Walbaum |
| |
| Matsuno T |
2001 |
J. Nat. Prod. |
64: |
507 |
|
| |
|
salmoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Kuzuryu River, Fukui Prefecture, Japan |
| |
|
deepoxysalmoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gobiusxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
echinenone |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
canthaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
beta-carotene |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
beta-cryptoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
antheraxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
antheraxanthin B |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
4-hydroxyzeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
b,b-carotene-3S4S3'R-triol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3S4R3'S4'R-crustaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
astacene |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alpha-doradecin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3R3'R-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
meso-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3S3'S-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Olsen JB |
2000 |
Mol. Ecol. |
9: |
2185 |
|
| |
|
One101 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchorage, Alaska, USA |
| |
|
One103 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One105 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One106 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One108 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One110 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One111 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One112 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One114 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Sato S |
1998 |
Mar. Ecol. Prog. Ser. |
175: |
295 |
|
| |
|
STX |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Sakari River, Iwate, Japan |
| |
|
TTX |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Smith CT |
1998 |
Mol. Ecol. |
7: |
1614 |
|
| |
|
Oki1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Canada |
| |
|
Oki2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki23 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Scribner KT |
1996 |
Can. J. Fish. Aquat. Sci. |
53: |
833 |
|
| |
|
One�1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Yukon Territory, Canada |
| |
|
One�2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�15 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�17 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�22 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| McConnell SK |
1995 |
Can. J. Fish. Aquat. Sci. |
52: |
1863 |
|
| |
|
Ssa4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Norway, Ireland & Nova Scotia, Canada |
| |
|
Ssa14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Kitahara T |
1984 |
Comp. Biochem. Physiol. B |
78: |
859 |
|
| |
|
beta-carotene |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
North Pacific |
| |
|
canthaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
antheraxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3R3'R-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
salmoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
diatoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nostoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
caloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
astaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alpha-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
beta-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Gruger EH |
1964 |
J. Am. Oil Chem. Soc. |
: |
662 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Washington, USA |
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z9Z12-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linolenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearidonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
juniperonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
erucic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z7Z10Z13Z16Z19-22Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nervonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus kisutch Walbaum |
| |
| Williamson KS |
2002 |
Mol. Ecol. Notes |
2: |
17 |
|
| |
|
OtsG3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Central Valley, California, USA |
| |
|
OtsG43 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG68 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG78b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG83b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG243 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG249 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG253b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG311 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG409 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG422 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG423 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG432 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG474 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Olsen JB |
2000 |
Mol. Ecol. |
9: |
2185 |
|
| |
|
One101 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchorage, Alaska, USA |
| |
|
One103 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One104 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One106 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One109 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One110 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One111 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One112 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Smith CT |
1998 |
Mol. Ecol. |
7: |
1614 |
|
| |
|
Oki1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Canada |
| |
|
Oki2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki23 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Scribner KT |
1996 |
Can. J. Fish. Aquat. Sci. |
53: |
833 |
|
| |
|
One�1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Kenai River, Alaska, USA |
| |
|
One�2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�12 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�15 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�17 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�22 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| McConnell SK |
1995 |
Can. J. Fish. Aquat. Sci. |
52: |
1863 |
|
| |
|
Ssa4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Norway, Ireland & Nova Scotia, Canada |
| |
|
Ssa14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Boyle JL |
1992 |
J. Food Sci. |
57: |
918 |
|
| |
|
p-bromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchor Point, Alaska, USA |
| |
|
2,4,6-tribromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Kitahara T |
1984 |
Comp. Biochem. Physiol. B |
78: |
859 |
|
| |
|
beta-carotene |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
North Pacific |
| |
|
canthaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
antheraxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3R3'R-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
salmoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
diatoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nostoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
caloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
astaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alpha-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
beta-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Gruger EH |
1964 |
J. Am. Oil Chem. Soc. |
: |
662 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Washington, USA |
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z9Z12-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linolenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearidonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14Z17-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
juniperonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
erucic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z7Z10Z13Z16Z19-22Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nervonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus masou Brevoort |
| |
| Yambe H |
2006 |
Proc. Natl. Acad. Sci. USA |
103: |
15370 |
|
| |
|
l-kynurenine |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
F
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Kitahara T |
1984 |
Comp. Biochem. Physiol. B |
78: |
859 |
|
| |
|
beta-carotene |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Sea of Japan |
| |
|
canthaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
antheraxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3R3'R-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
salmoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
diatoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nostoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
caloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
astaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alpha-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
beta-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Matsuno T |
1980 |
Bull. Jpn. Soc. Sci. Fish. |
46: |
333 |
|
| |
|
tunaxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Japan |
| |
|
tunaxanthin B |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
tunaxanthin C |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus masou macrostomus G�nther |
| |
| Matsuno T |
1980 |
Bull. Jpn. Soc. Sci. Fish. |
46: |
333 |
|
| |
|
tunaxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Japan |
| |
|
tunaxanthin B |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
tunaxanthin C |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus mykiss Walbaum |
| |
| Luczynska J |
2017 |
Int. J. Environ. Res. Public Health |
14: |
1120 |
|
| |
|
lauric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Poland |
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
behenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
myristoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-17Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
paullinic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gadoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
erucic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gamma-linolenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z8Z11Z14-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachidonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
osbond acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linolenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearidonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14Z17-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
juniperonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z7Z10Z13Z16Z19-22Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Yambe H |
2006 |
Proc. Natl. Acad. Sci. USA |
103: |
15370 |
|
| |
|
l-kynurenine |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Ovulated urin |
| |
| Williamson KS |
2002 |
Mol. Ecol. Notes |
2: |
17 |
|
| |
|
OtsG3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Central Valley, California, USA |
| |
|
OtsG13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG43 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG83b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG85 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG243 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG249 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG253b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG401 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG409 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG422 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG423 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG432 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG474 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Cairney M |
2000 |
Mol. Ecol. |
9: |
2175 |
|
| |
|
Ssa402UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
UK |
| |
|
Ssa403UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa405UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa406UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa407UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa408UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa410UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa412UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa413UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa416UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa417UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa418UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa422UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Olsen JB |
2000 |
Mol. Ecol. |
9: |
2185 |
|
| |
|
One101 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchorage, Alaska, USA |
| |
|
One102 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One103 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One104 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One108 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One109 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One110 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One111 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One112 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One114 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Smith CT |
1998 |
Mol. Ecol. |
7: |
1614 |
|
| |
|
Oki1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Canada |
| |
|
Oki2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki23 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Vermeirssen ELM |
1996 |
Gen. Comp. Endocrinol. |
101: |
180 |
|
| |
|
17a20b-dihydroxy-4-pregnen-3Kt |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
M&F
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Puddletown & Bucknall, UK |
| |
| Scribner KT |
1996 |
Can. J. Fish. Aquat. Sci. |
53: |
833 |
|
| |
|
One�1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Kenai River, Alaska, USA |
| |
|
One�2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�12 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�15 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�17 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| McConnell SK |
1995 |
Can. J. Fish. Aquat. Sci. |
52: |
1863 |
|
| |
|
Ssa4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Norway, Ireland & Nova Scotia, Canada |
| |
|
Ssa14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa289 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Vlieg P |
1988 |
N.Z. J. Mar. Freshw. Res. |
22: |
151 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
New Zealand |
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
myristoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-17Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
osbond acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Gruger EH |
1964 |
J. Am. Oil Chem. Soc. |
: |
662 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Washington, USA |
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z9Z12-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linolenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearidonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14Z17-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
juniperonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
erucic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z7Z10Z13Z16Z19-22Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nervonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus nerka Walbaum |
| |
| Cairney M |
2000 |
Mol. Ecol. |
9: |
2175 |
|
| |
|
Ssa402UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
UK |
| |
|
Ssa406UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa407UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa408UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa410UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa412UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa413UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa417UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa418UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa419UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa420UOS |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Olsen JB |
2000 |
Mol. Ecol. |
9: |
2185 |
|
| |
|
One100 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchorage, Alaska, USA |
| |
|
One101 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One102 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One103 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One104 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One105 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One106 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One108 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One109 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One110 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One111 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One112 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One114 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One115 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Smith CT |
1998 |
Mol. Ecol. |
7: |
1614 |
|
| |
|
Oki1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Canada |
| |
|
Oki7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki23 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Oki3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Scribner KT |
1996 |
Can. J. Fish. Aquat. Sci. |
53: |
833 |
|
| |
|
One�1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Kenai River, Alaska, USA |
| |
|
One�2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�12 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�15 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�17 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�21 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�22 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| McConnell SK |
1995 |
Can. J. Fish. Aquat. Sci. |
52: |
1863 |
|
| |
|
Ssa4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Norway, Ireland & Nova Scotia, Canada |
| |
|
Ssa14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Boyle JL |
1992 |
J. Food Sci. |
57: |
918 |
|
| |
|
o-bromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchor Point, Alaska, USA |
| |
|
2,4-dibromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
2,4,6-tribromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Ratnayake WMN |
1989 |
Lipids |
24: |
630 |
|
| |
|
4me8me12me-13Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
USA |
| |
|
11me-14Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
13me-14Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
sarcinic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
5me9me13me-14Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
14me-15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
pristanic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
7me-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
11me-palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
13me-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
7me8me-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
phytanic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16me-17Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15me-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Kitahara T |
1984 |
Comp. Biochem. Physiol. B |
78: |
859 |
|
| |
|
beta-carotene |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
North Pacific |
| |
|
canthaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
antheraxanthin A |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3R3'R-zeaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
salmoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
diatoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nostoxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
caloxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
astaxanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
alpha-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
beta-doradexanthin |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Oncorhynchus tshawytscha Walbaum |
| |
| Williamson KS |
2002 |
Mol. Ecol. Notes |
2: |
17 |
|
| |
|
OtsG3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Central Valley, California, USA |
| |
|
OtsG13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG43 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG68 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG78b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG83b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG85 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG243 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG249 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG253b |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG311 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG401 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG409 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG422 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG423 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG432 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
OtsG474 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Olsen JB |
2000 |
Mol. Ecol. |
9: |
2185 |
|
| |
|
One101 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchorage, Alaska, USA |
| |
|
One102 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One103 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One106 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One109 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One110 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One111 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One114 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Banks MA |
1999 |
J. Hered. |
90: |
281 |
|
| |
|
Ots-1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
California, USA |
| |
|
Ots-2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ots-10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Scribner KT |
1996 |
Can. J. Fish. Aquat. Sci. |
53: |
833 |
|
| |
|
One�1 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Klondike River, Yukon, Canada |
| |
|
One�2 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�3 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�5 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�6 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�7 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�8 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�9 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�10 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�11 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�12 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�13 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�15 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�16 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�17 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�18 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�19 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�20 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
One�22 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| McConnell SK |
1995 |
Can. J. Fish. Aquat. Sci. |
52: |
1863 |
|
| |
|
Ssa4 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Norway, Ireland & Nova Scotia, Canada |
| |
|
Ssa14 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Ssa289 |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Boyle JL |
1992 |
J. Food Sci. |
57: |
918 |
|
| |
|
o-bromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Anchor Point, Alaska, USA |
| |
|
2,4,6-tribromophenol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Vlieg P |
1988 |
N.Z. J. Mar. Freshw. Res. |
22: |
151 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
New Zealand |
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
myristoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-17Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
osbond acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Vlieg P |
1988 |
N.Z. J. Mar. Freshw. Res. |
22: |
151 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
New Zealand |
| |
|
myristoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z10-17Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
osbond acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| Gruger EH |
1964 |
J. Am. Oil Chem. Soc. |
: |
662 |
|
| |
|
myristic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
P
�Category of the chemical signal
| A - | Attractant |
| Al - | Allomone |
| K - | Kairomone |
| P - | Pheromone |
| Sy - | Synomone� |
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
Washington, USA |
| |
|
15Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
palmitoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z9Z12-16Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
margaric acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
oleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
linolenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
stearidonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
arachic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
gondoic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z11Z14Z17-20Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
juniperonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
timnodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
erucic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cetoleic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
adrenic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
Z7Z10Z13Z16Z19-22Acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
clupanodonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
nervonic acid |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
