Presentation is loading. Please wait.

Presentation is loading. Please wait.

Summary of the effects of arginine vasotocin (AVT) on male type-I and type-II chirp production in response to −12Hz difference frequency (DF) stimuli.

Published byPaulette Guérard Modified over 5 years ago

Similar presentations

Presentation on theme: "Summary of the effects of arginine vasotocin (AVT) on male type-I and type-II chirp production in response to −12Hz difference frequency (DF) stimuli."— Presentation transcript:

1 Summary of the effects of arginine vasotocin (AVT) on male type-I and type-II chirp production in response to −12Hz difference frequency (DF) stimuli. Summary of the effects of arginine vasotocin (AVT) on male type-I and type-II chirp production in response to −12Hz difference frequency (DF) stimuli. (A) Mean type-II chirp production during control conditions, following saline injection and following AVT injection. (B) Mean type-I chirp production during control conditions, following saline injection and following AVT injection. Open symbols, mean responses of animals showing significant responses to AVT (mean chirp rate following AVT > mean rate following saline, P≤0.05, t-tests). Filled symbols, mean responses of animals showing non-significant responses to AVT. (C) Mean magnitudes of the jamming avoidance response (JAR) during control conditions, following saline injection and following AVT injection. Open symbols indicate JAR responses of animals showing significant effects of AVT and filled symbols indicate JAR responses of animals showing non-significant effects of AVT injection. Values are means ± s.e.m. (N=12). Joseph Bastian et al. J Exp Biol 2001;204: © The Company of Biologists Limited 2001

Download ppt "Summary of the effects of arginine vasotocin (AVT) on male type-I and type-II chirp production in response to −12Hz difference frequency (DF) stimuli."

Similar presentations

Envelope generated by the interaction of the EODs of three weakly electric fish. Envelope generated by the interaction of the EODs of three weakly electric.

Envelope generated by the interaction of the EODs of three weakly electric fish. Envelope generated by the interaction of the EODs of three weakly electric.
Interactions of movement and EODs for producing envelopes.

Interactions of movement and EODs for producing envelopes.
Analysis of covariance for feeding rate (rF) in H

Analysis of covariance for feeding rate (rF) in H
Results of the best-fit, ordinal logistic regression assessing the effects of sex (males coded as 0, females coded as 1), body mass (Mb), test temperature.

Results of the best-fit, ordinal logistic regression assessing the effects of sex (males coded as 0, females coded as 1), body mass (Mb), test temperature.
Distribution of the amount of corticosterone in five primary feathers of bald eagles sampled in 21 mm segments from distal to proximal position along the.

Distribution of the amount of corticosterone in five primary feathers of bald eagles sampled in 21 mm segments from distal to proximal position along the.
Expression of genes encoding enzymes related to carbohydrate metabolism (means ± s.e.m.) in Folsomia candida exposed to 5°C for 1–72 h (N=3–4, 20 collembolans.

Expression of genes encoding enzymes related to carbohydrate metabolism (means ± s.e.m.) in Folsomia candida exposed to 5°C for 1–72 h (N=3–4, 20 collembolans.
Isotopic enrichment values of the equilibration time course for (A) oxygen-18 (18O) and (B) deuterium (2H) of three green turtles (Chelonia mydas). Isotopic.

Isotopic enrichment values of the equilibration time course for (A) oxygen-18 (18O) and (B) deuterium (2H) of three green turtles (Chelonia mydas). Isotopic.
Metabolite and carbonic anhydrase levels in Sabella spallanzanii in response to high PCO2 conditions. Metabolite and carbonic anhydrase levels in Sabella.

Metabolite and carbonic anhydrase levels in Sabella spallanzanii in response to high PCO2 conditions. Metabolite and carbonic anhydrase levels in Sabella.
Glycogen concentration in A

Glycogen concentration in A
Cellular redox potential in muscle tissue of A

Cellular redox potential in muscle tissue of A
Total glutathione [2 oxidised (GSSG) + reduced (GSH); A] and reduced glutathione (B) concentration in smaller [A0–A4, open circles; shell height 50.45±4.04.

Total glutathione [2 oxidised (GSSG) + reduced (GSH); A] and reduced glutathione (B) concentration in smaller [A0–A4, open circles; shell height 50.45±4.04.
Effects of embryonic hypoxia on fasted and postprandial cardiac shunting. Effects of embryonic hypoxia on fasted and postprandial cardiac shunting. Mean.

Effects of embryonic hypoxia on fasted and postprandial cardiac shunting. Effects of embryonic hypoxia on fasted and postprandial cardiac shunting. Mean.
Phagocytic activities (yeast phagocytosed per 100 coelomocytes) of coelomocytes harvested from sea urchins at various times before and after the injection.

Phagocytic activities (yeast phagocytosed per 100 coelomocytes) of coelomocytes harvested from sea urchins at various times before and after the injection.
An example of the relationship between O2 uptake per breath and preceding apnoea duration for each fish at an aerial O2 partial pressure of 40 kPa. An.

An example of the relationship between O2 uptake per breath and preceding apnoea duration for each fish at an aerial O2 partial pressure of 40 kPa. An.
Effect of changes in aerial O2 partial pressure (PO2,air) on the mean apnoeic O2 consumption rate (V̇O2,ap) of Trichogaster leeri. Effect of changes in.

Effect of changes in aerial O2 partial pressure (PO2,air) on the mean apnoeic O2 consumption rate (V̇O2,ap) of Trichogaster leeri. Effect of changes in.
Responses of projection neurons (net number of spikes, means ± s. e. m

Responses of projection neurons (net number of spikes, means ± s. e. m
Effect of changes in aerial O2 partial pressure (PO2,air) on (A) air-breathing frequency (fab), (B) O2 consumption rate (V̇O2; total,• ; aquatic, ○; aerial,

Effect of changes in aerial O2 partial pressure (PO2,air) on (A) air-breathing frequency (fab), (B) O2 consumption rate (V̇O2; total,• ; aquatic, ○; aerial,
Effects of embryonic hypoxia on fasted and postprandial cardiac output

Effects of embryonic hypoxia on fasted and postprandial cardiac output
Effects of embryonic hypoxia on fasted and postprandial heart rate and stroke volume. Effects of embryonic hypoxia on fasted and postprandial heart rate.

Effects of embryonic hypoxia on fasted and postprandial heart rate and stroke volume. Effects of embryonic hypoxia on fasted and postprandial heart rate.
Effect of 20E on locomotion behavior.

Effect of 20E on locomotion behavior.

Similar presentations

Ads by Google