This paper present: a synthesis of current research on the crocodilian cardiovascular system with a view to encourage discussion and debate about the intricacies of this unique system and to provide ideas and suggestions for future studies. Innovative experimental approaches combined with new technologies have helped to resolve the complex flow and pressure patterns observed during non-shunting conditions that predominate in resting instrumented animals and during pulmonary to systemic shunting, which has been observed to occur spontaneously and during diving. The mechanisms and structures that may induce and regulate shunting are presented and the functional significance of a pulmonary to systemic shunt is discussed. (C) 1997 Elsevier Scie...
The cardiac and circulatory anatomy of the American alligator (Alligator mississippiensis) is uniqu...
The ventilatory mechanics of freely moving Caiman crocodilus were studied by cinefluorescopy and ele...
Extant crocodilians are a highly apomorphic archosaur clade that is endothermic, yet often achieve l...
In 1960, C.G. Wilber in a laboratory-based study described for the first time the changes in heart r...
The anatomy of the crocodilian heart and major arteries has fascinated people for a very long time. ...
Abstract: Among the vertebrates, crocodilians have the most complex anatomy of the heart and outflow...
Among the vertebrates, crocodilians have the most complex anatomy of the heart and outflow channels....
Pressure records from the heart and outflow vessels of the heart of Crocodylus porosus resolve previ...
We present evidence to support the hypothesis that the arterial anastomosis and the cogteeth-like va...
The functional and possible adaptive significance of non-avian reptiles’ dual aortic arch system and...
Crocodilians have complete anatomical separation between the ventricles, similar to birds and mammal...
Background: The outflow tract of crocodilians resembles that of birds and mammals as ventricular sep...
An in situ perfused crocodile (Crocodylus porosus) heart preparation was developed to investigate th...
The foramen of Panizza is located within the outflow tract of the crocodilian heart, between the lef...
The ventricles of non-crocodilian reptiles are incompletely dividedand provide an opportunity for mi...
The cardiac and circulatory anatomy of the American alligator (Alligator mississippiensis) is uniqu...
The ventilatory mechanics of freely moving Caiman crocodilus were studied by cinefluorescopy and ele...
Extant crocodilians are a highly apomorphic archosaur clade that is endothermic, yet often achieve l...
In 1960, C.G. Wilber in a laboratory-based study described for the first time the changes in heart r...
The anatomy of the crocodilian heart and major arteries has fascinated people for a very long time. ...
Abstract: Among the vertebrates, crocodilians have the most complex anatomy of the heart and outflow...
Among the vertebrates, crocodilians have the most complex anatomy of the heart and outflow channels....
Pressure records from the heart and outflow vessels of the heart of Crocodylus porosus resolve previ...
We present evidence to support the hypothesis that the arterial anastomosis and the cogteeth-like va...
The functional and possible adaptive significance of non-avian reptiles’ dual aortic arch system and...
Crocodilians have complete anatomical separation between the ventricles, similar to birds and mammal...
Background: The outflow tract of crocodilians resembles that of birds and mammals as ventricular sep...
An in situ perfused crocodile (Crocodylus porosus) heart preparation was developed to investigate th...
The foramen of Panizza is located within the outflow tract of the crocodilian heart, between the lef...
The ventricles of non-crocodilian reptiles are incompletely dividedand provide an opportunity for mi...
The cardiac and circulatory anatomy of the American alligator (Alligator mississippiensis) is uniqu...
The ventilatory mechanics of freely moving Caiman crocodilus were studied by cinefluorescopy and ele...
Extant crocodilians are a highly apomorphic archosaur clade that is endothermic, yet often achieve l...