| Liolaemus alticolor Barbour |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
13Hy |
|
�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� |
|
Precloacal gland |
| |
|
caprylic 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� |
|
|
| |
|
pelargonic 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� |
|
|
| |
|
caprinic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
tetradecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
heptadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholest-4-en-3Kt |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-sitosterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus bellii Gray |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
23Hy |
|
�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� |
|
Precloacal gland |
| |
|
24Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
caproic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholestan-3-ol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-cholesten-3-ol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus bisignatus Philippi |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
15Hy |
|
�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� |
|
Precloacal gland |
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus chiliensis Lesson |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
15Hy |
|
�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� |
|
Precloacal gland |
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
lignoceric 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� |
|
|
| |
|
cerotic 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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholestan-3-ol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
3,5-dihydroxycholestan |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus constanzae Donoso-Barros |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
13Hy |
|
�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� |
|
Precloacal gland |
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
22Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
24Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
caprylic 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� |
|
|
| |
|
pelargonic 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� |
|
|
| |
|
caprinic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
tetradecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-sitosterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus dorbignyi Koslowsky |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
13Hy |
|
�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� |
|
Precloacal gland |
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
22Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
caproic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-sitosterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholest-4-en-3Kt |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus eleodori Cei, Etheridge & Videla |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
11Hy |
|
�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� |
|
Precloacal gland |
| |
|
13Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
12Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
18Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
24Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
tetradecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
heptadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
methyl stearate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
methyl eicosenate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
cerotic 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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus fabiani Y��ez & N��ez |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
2-hydroxypropanoic 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� |
|
Precloacal gland |
| |
|
caproic 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� |
|
|
| |
|
caprylic 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� |
|
|
| |
|
pelargonic 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� |
|
|
| |
|
caprinic 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� |
|
|
| |
|
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� |
|
|
| |
|
tetradecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
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� |
|
|
| |
|
methyl stearate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
methyl eicosenate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
methyl docosanoate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus fitzgeraldi Boulenger |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
17Hy |
|
�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� |
|
Precloacal gland |
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
caproic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus fuscus Boulenger |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
12Hy |
|
�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� |
|
Precloacal gland |
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus hellmichi Donoso-Barros |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
13Hy |
|
�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� |
|
Precloacal gland |
| |
|
12Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
18Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
14Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
24Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus jamesi Boulenger |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
18Hy |
|
�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� |
|
Precloacal gland |
| |
|
19Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
24Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
22Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cerotic 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� |
|
|
| |
|
lignoceric 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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholest-4-en-3Kt |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus lemniscatus Gravenhorst |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
13Hy |
|
�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� |
|
Precloacal gland |
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
18Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
22Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
caprinic 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� |
|
|
| |
|
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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
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� |
|
|
| |
|
methyl stearate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus monticola M�ller & Hellmich |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
10Hy |
|
�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� |
|
Precloacal gland |
| |
|
11Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
13Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
12Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
14Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
18Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus nigroroseus Donoso-Barros |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
12Hy |
|
�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� |
|
Precloacal gland |
| |
|
13Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
18Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
22Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
caproic 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� |
|
|
| |
|
caprylic 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� |
|
|
| |
|
pelargonic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
tetradecenoic 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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
methyl stearate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
methyl eicosenate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus nigroviridis M�ller & Hellmich |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
11Hy |
|
�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� |
|
Precloacal gland |
| |
|
13Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
12Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
18Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
22Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
caprylic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus nitidus Wiegmann |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
11Hy |
|
�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� |
|
Precloacal gland |
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
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� |
|
|
| |
|
methyl tetradecanoate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
methyl stearate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
methyl eicosenate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
me-lignocerate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
me-hexacosanoate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus ornatus Koslowsky |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
12Hy |
|
�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� |
|
Precloacal gland |
| |
|
13Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
14Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
19Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
22Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
25Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
21Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
24Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
caproic 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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
succinic 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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholest-4-en-3Kt |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus platei Werner |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
15Hy |
|
�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� |
|
Precloacal gland |
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
methyl palmitate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
methyl stearate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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� |
|
|
| |
|
methyl eicosenate |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
| Liolaemus tenuis Dum�ril & Bibron |
| |
| Escobar CA |
2001 |
J. Chem. Ecol. |
27: |
1677 |
|
| |
|
4-cholesten-3-ol |
|
�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� |
|
Precloacal gland |
| |
|
12Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
13Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
15Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
16Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
17Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
18Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
20Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
|
23Hy |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| 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-hydroxypropanoic 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� |
|
|
| |
|
caproic 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� |
|
|
| |
|
caprylic 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� |
|
|
| |
|
pelargonic 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� |
|
|
| |
|
caprinic 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� |
|
|
| |
|
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� |
|
|
| |
|
lauric 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� |
|
|
| |
|
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� |
|
|
| |
|
hexadecenoic 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� |
|
|
| |
|
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� |
|
|
| |
|
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� |
|
|
| |
|
cholesterol |
|
�Relative ratio of the component�
|
�(*) indicates that compound is active�
|
|
�Source of the chemical signal
| F - | Female |
| H - | Host (could be of plant or animal origin) |
| L - | Lure |
| M - | Male |
| M&F - | Male and Female |
| S - | Solider |
| Q - | Queen |
| W - | Worker� |
|
�Amount
| pg - | Picogram |
| ng - | Nanogram |
| �g - | Microgram |
| mg - | Milligram |
| g - | Gram� |
|
|
| |
| |
