Presentation is loading. Please wait.

Presentation is loading. Please wait.

Effect of temperature and activity on vascular pressure, conductance and cardiac power output. Effect of temperature and activity on vascular pressure,

Published byRosamund Caldwell Modified over 5 years ago

Similar presentations

Presentation on theme: "Effect of temperature and activity on vascular pressure, conductance and cardiac power output. Effect of temperature and activity on vascular pressure,"— Presentation transcript:

1 Effect of temperature and activity on vascular pressure, conductance and cardiac power output.
Effect of temperature and activity on vascular pressure, conductance and cardiac power output. (A) Pda, dorsal aortic pressure; (B) Pva, ventral aortic pressure; (C) Pcv, central venous pressure; (D) Gsys, systemic conductance; (E) Gbranch, branchial conductance; (F) CPO, cardiac power output. N=16 for Pda (except 8°C activity, N=14), N=7 for Pva, N=5 for Pcv (except 8°C activity, n=4), N=13 for Gsys (except 8°C activity, N=11), N=6 for Gbranch and CPO. P-values according to a two-way ANOVA. Values are means±s.e.m. William Joyce et al. J Exp Biol 2018;221:jeb183160 © Published by The Company of Biologists Ltd

Download ppt "Effect of temperature and activity on vascular pressure, conductance and cardiac power output. Effect of temperature and activity on vascular pressure,"

Similar presentations

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.
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.
Colonies of Pocillopora verrucosa following incubations in 2014 (left) and 2015 (right). Colonies of Pocillopora verrucosa following incubations in 2014.

Colonies of Pocillopora verrucosa following incubations in 2014 (left) and 2015 (right). Colonies of Pocillopora verrucosa following incubations in 2014.
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.
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.
Positive relationship between the residual breaking force and cuticle area of lamellar joints. Positive relationship between the residual breaking force.

Positive relationship between the residual breaking force and cuticle area of lamellar joints. Positive relationship between the residual breaking force.
Schematic representation of a transcriptomic evaluation approach.

Schematic representation of a transcriptomic evaluation approach.
Linear relationship between the measured rate of blood flow to the systemic circuit () and rate of blood flow through the left aorta () at 0, 12 and 24 h.

Linear relationship between the measured rate of blood flow to the systemic circuit () and rate of blood flow through the left aorta () at 0, 12 and 24 h.
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.
Sample traces of Tth, abdominal pumping rate, raw chamber pressure and at different PO2. Sample traces of Tth, abdominal pumping rate, raw chamber pressure.

Sample traces of Tth, abdominal pumping rate, raw chamber pressure and at different PO2. Sample traces of Tth, abdominal pumping rate, raw chamber pressure.
Photographs of the potential humpback whale mother–calf pairs.

Photographs of the potential humpback whale mother–calf pairs.
Timing of homeward flights of bees after the second release.

Timing of homeward flights of bees after the second release.
Inhibition of FL accumulation by glutathione and a size range of its conjugates. Inhibition of FL accumulation by glutathione and a size range of its conjugates.

Inhibition of FL accumulation by glutathione and a size range of its conjugates. Inhibition of FL accumulation by glutathione and a size range of its conjugates.
24 h mean of body temperature plotted against 24 h mean of air temperature (A), and 24 h amplitude of body temperature plotted against 24 h range of air.

24 h mean of body temperature plotted against 24 h mean of air temperature (A), and 24 h amplitude of body temperature plotted against 24 h range of air.
Performance of Drosophila on diet supplemented with B vitamins.

Performance of Drosophila on diet supplemented with B vitamins.
Repetitive series of midshipman growls.

Repetitive series of midshipman growls.
Heatmap of relative expression levels of 75 O

Heatmap of relative expression levels of 75 O

Similar presentations

Ads by Google