<p>A. To scale reconstructions, showing the dorsal halve of the heart.. B. Cardiac profiles during development, arbitrarily fixed at the right margin of the atrioventricular canal. C. The ventricle is initially wider (right-left) and deeper (dorsal-ventral) than long (caudal-cranial), but growth is primarily by lengthening. avc, atrioventricular canal; l(r)a, left(right) atrium; sv, sinus venosus; ven, ventricle.</p
The hearts of all snakes and lizards consist of two atria and a single incompletely divided ventricl...
The cardiovascular system of all animals is affected by gravitational pressure gradients, the intens...
Regulation of heart size and shape is one of the least understood processes in developmental biology...
<p>Looping of the heart tube leaves a fold (white asterisk and orange dot), the bulbo-ventricular fo...
<div><p>Birds and mammals both developed high performance hearts from a heart that must have been re...
<p>A. At 2 days the myocardial outflow tract (mot) constitutes most of the inner curvature of the he...
<p>The corn snake and the sailfin lizard have been aligned because both have similar incubation time...
<p>A. In early cardiac development, all amniote hearts show a bulbo-ventricular fold (orange dot) on...
<p><b>A</b>. Phylogenetic tree to show the show the evolution of selected groups of amniotes. <b>B</...
Ontogenetic shifts in the snake heart topography are mostly associated with their life habits and ph...
Squamate reptiles appear to lack the specialized His-Purkinje system that enables the cardiac ventri...
As snakes grow, their organs move anteriorly relative to body size. We explored a developmental exp...
Cineradiogrnphio studios on the cardiovascular system in snakes form the basis of this report. The m...
It is easy to imagine that the hearts of reptiles represent an evolutionary stage from fish and amph...
The cardiovascular systems in ectothermic reptiles have long been studied and its development repres...
The hearts of all snakes and lizards consist of two atria and a single incompletely divided ventricl...
The cardiovascular system of all animals is affected by gravitational pressure gradients, the intens...
Regulation of heart size and shape is one of the least understood processes in developmental biology...
<p>Looping of the heart tube leaves a fold (white asterisk and orange dot), the bulbo-ventricular fo...
<div><p>Birds and mammals both developed high performance hearts from a heart that must have been re...
<p>A. At 2 days the myocardial outflow tract (mot) constitutes most of the inner curvature of the he...
<p>The corn snake and the sailfin lizard have been aligned because both have similar incubation time...
<p>A. In early cardiac development, all amniote hearts show a bulbo-ventricular fold (orange dot) on...
<p><b>A</b>. Phylogenetic tree to show the show the evolution of selected groups of amniotes. <b>B</...
Ontogenetic shifts in the snake heart topography are mostly associated with their life habits and ph...
Squamate reptiles appear to lack the specialized His-Purkinje system that enables the cardiac ventri...
As snakes grow, their organs move anteriorly relative to body size. We explored a developmental exp...
Cineradiogrnphio studios on the cardiovascular system in snakes form the basis of this report. The m...
It is easy to imagine that the hearts of reptiles represent an evolutionary stage from fish and amph...
The cardiovascular systems in ectothermic reptiles have long been studied and its development repres...
The hearts of all snakes and lizards consist of two atria and a single incompletely divided ventricl...
The cardiovascular system of all animals is affected by gravitational pressure gradients, the intens...
Regulation of heart size and shape is one of the least understood processes in developmental biology...