Search Results - "Leite, Cleo AC"

Ablation of the ability to control the right-to-left cardiac shunt does not affect oxygen uptake, specific dynamic action or growth in the rattlesnake Crotalus durissus by Leite, Cleo A C, Taylor, Edwin W, Wang, Tobias, Abe, Augusto S, de Andrade, Denis O V

“…The morphologically undivided ventricle of the heart in non-crocodilian reptiles permits the mixing of oxygen-rich blood returning from the lungs and…”
Get full text

Assessing the influence of mechanical ventilation on blood gases and blood pressure in rattlesnakes by Bertelsen, Mads F, Buchanan, Rasmus, Jensen, Heidi M, Leite, Cleo A C, Abe, Augusto S, Nielsen, Søren S, Wang, Tobias

“…To characterize the impact of mechanical positive pressure ventilation on heart rate (HR), arterial blood pressure, blood gases, lactate, glucose, sodium,…”
Get more information

Cardiovascular changes under normoxic and hypoxic conditions in the air-breathing teleost Synbranchus marmoratus: importance of the venous system by Skals, Marianne, Skovgaard, Nini, Taylor, Edwin W, Leite, Cleo A C, Abe, Augusto S, Wang, Tobias

“…Synbranchus marmoratus is a facultative air-breathing fish, which uses its buccal cavity as well as its gills for air-breathing. S. marmoratus shows a very…”
Get full text

Autonomic control of heart rate is virtually independent of temperature but seems related to the neuroanatomy of the efferent vagal supply to the heart in the bullfrog, Lithobathes catesbeianus by Taylor, Edwin W., Skovgaard, Nini, Leite, Cleo A.C., Sartori, Marina, de Paula, Gabrielle S., Abe, Augusto S.

“…Bullfrogs, Lithobathes catesbeianus, bearing a femoral artery cannula were held at 3 temperatures (10, 20 and 30°C) for 24h. Changes in heart rate were…”
Get full text

Central control of cardiorespiratory interactions in fish by Taylor, Edwin W., Leite, Cleo A.C., Levings, Jennifer J.

“…Fish control the relative flow rates of water and blood over the gills in order to optimise respiratory gas exchange. As both flows are markedly pulsatile,…”
Get full text

The role of branchial and orobranchial O sub(2) chemoreceptors in the control of aquatic surface respiration in the neotropical fish tambaqui (Colossoma macropomum): progressive responses to prolonged hypoxia by Florindo, Luiz H, Leite, Cleo AC, Kalinin, Ana L, Reid, Stephen G, Milsom, William K, Rantin, FTadeu

“…The present study examined the role of branchial and orobranchial O sub(2) chemoreceptors in the cardiorespiratory responses, aquatic surface respiration…”
Get full text