Add to ORKGThe overall regulation of gas transfer in an amphibian such as Xenopus, which has two sites for gas exchange and breathes only intermittently, must be complex. Such animals do not achieve the degree of homeostasis seen in mammals in which continuous breathing results in stable oxygen and carbon dioxide concentrations in the blood
Blood gases, and parameters of the extracellular and intracellular acid-base status, were measured i...
Fish and amphibians utilise a suction/force pump to ventilate gills or lungs, with the respiratory m...
The significance of skin ventilation to cutaneous gas exchange in vertebrates has seldom been recogn...
It is well known that Amphibia have two main respiratory surfaces, the lung and the skin. However, n...
Studies on the physiology of the pulmonary and systemic circulations in amphibia, particularly in re...
Those vertebrates which exchange their respiratory gases in both air and water present complex and i...
The respiratory properties of blood from voluntarily diving Xenopus seem well matched to the animal&...
Ventilation of the lungs accomplished by movements of the ribs is, in the phylo-genetic development ...
(1) A general model for external gas exchange organs of vertebrates is presented, in which the main ...
Recent work has made it clear that there are marked differences in physiology be-tween the partially...
The distribution of pulmocutaneous heart output to lungs and skin was de-termined in non-anaesthetiz...
The oxygen equilibrium properties of blood and of solutions of haemo-globin from Xenopus laevis are ...
The primary role of the respiratory system is to ensure adequate tissue oxygenation, eliminate carbo...
A closed, extracorporeal loop, containing oxygen and carbon dioxide electrodes, was developed in ord...
Respiratory and circulatory changes which accompany submergence were studied in Amphiuma tridactylum...
Blood gases, and parameters of the extracellular and intracellular acid-base status, were measured i...
Fish and amphibians utilise a suction/force pump to ventilate gills or lungs, with the respiratory m...
The significance of skin ventilation to cutaneous gas exchange in vertebrates has seldom been recogn...
It is well known that Amphibia have two main respiratory surfaces, the lung and the skin. However, n...
Studies on the physiology of the pulmonary and systemic circulations in amphibia, particularly in re...
Those vertebrates which exchange their respiratory gases in both air and water present complex and i...
The respiratory properties of blood from voluntarily diving Xenopus seem well matched to the animal&...
Ventilation of the lungs accomplished by movements of the ribs is, in the phylo-genetic development ...
(1) A general model for external gas exchange organs of vertebrates is presented, in which the main ...
Recent work has made it clear that there are marked differences in physiology be-tween the partially...
The distribution of pulmocutaneous heart output to lungs and skin was de-termined in non-anaesthetiz...
The oxygen equilibrium properties of blood and of solutions of haemo-globin from Xenopus laevis are ...
The primary role of the respiratory system is to ensure adequate tissue oxygenation, eliminate carbo...
A closed, extracorporeal loop, containing oxygen and carbon dioxide electrodes, was developed in ord...
Respiratory and circulatory changes which accompany submergence were studied in Amphiuma tridactylum...
Blood gases, and parameters of the extracellular and intracellular acid-base status, were measured i...
Fish and amphibians utilise a suction/force pump to ventilate gills or lungs, with the respiratory m...
The significance of skin ventilation to cutaneous gas exchange in vertebrates has seldom been recogn...