The morphological characteristics of the ventricular myocardium and of coronary vascularization were studied in three freshwater teleost species, Piaractus mesopotamicus, Colossoma macropomum and Clarias gariepinus (African catfish), by correlating their ventricular shapes and swimming habits. In Piaractus mesopotamicus and Colossoma macropomum, species with highly active swimming habits, the cardiac ventricle showed a pyramidal shape and a richly vascularized myocardium consisting of an outer compact layer and inner spongy layer. In Clarias gariepinus, a less active species, we observed a saccular ventricle with a mixed myocardium and coronary arteries, in contrast to the ventricular structure of other species described in the literature
1. The relationship between heart ventricle weight and body weight has been determined for three spe...
The development of the ventricular myocardial trabeculae occurs in three steps: emergence, trabecula...
Antarctic fish of the family Channichthyidae (Icefishes) lack the respiratory pigments haemoglobin a...
The histological and ultrastructural characteristics of the heart ventricle in Clarias gariepinus (A...
Fishes show the highest diversity among vertebrates. Defined differences in ventricular myoarchitect...
O Colossoma macropomun, peixe teleósteo com hábito natatório intenso, apresentou ventrículo cardíaco...
The fish heart ventricle has varied morphology and may have a specific morpho-functional design in s...
Myocardia of teleostean hearts in the pelagic species as the skipjack tuna Euthynnus pelamis, the ma...
Due to its structural and functional plasticity the fish heart ventricle adapts to volume and pressu...
Myocardia of teleostean hearts in the pelagic species as the skipjack tuna Euthynnuspelamis, the mac...
Until recently, direct measurements of coronary blood flow in fishes had not been made. This review ...
The definitive version is available at www.blackwell-synergy.comA method for quickly assessing the r...
Giant danios (genus Devario), like zebrafish, are teleosts belonging to the danioninae subfamily of ...
The Channichthyidae or ''icefish'' represent an intriguing example of extreme adaptation to the stab...
The coronary circulation first appeared in the chordate lineage in cartilaginous fishes where it per...
1. The relationship between heart ventricle weight and body weight has been determined for three spe...
The development of the ventricular myocardial trabeculae occurs in three steps: emergence, trabecula...
Antarctic fish of the family Channichthyidae (Icefishes) lack the respiratory pigments haemoglobin a...
The histological and ultrastructural characteristics of the heart ventricle in Clarias gariepinus (A...
Fishes show the highest diversity among vertebrates. Defined differences in ventricular myoarchitect...
O Colossoma macropomun, peixe teleósteo com hábito natatório intenso, apresentou ventrículo cardíaco...
The fish heart ventricle has varied morphology and may have a specific morpho-functional design in s...
Myocardia of teleostean hearts in the pelagic species as the skipjack tuna Euthynnus pelamis, the ma...
Due to its structural and functional plasticity the fish heart ventricle adapts to volume and pressu...
Myocardia of teleostean hearts in the pelagic species as the skipjack tuna Euthynnuspelamis, the mac...
Until recently, direct measurements of coronary blood flow in fishes had not been made. This review ...
The definitive version is available at www.blackwell-synergy.comA method for quickly assessing the r...
Giant danios (genus Devario), like zebrafish, are teleosts belonging to the danioninae subfamily of ...
The Channichthyidae or ''icefish'' represent an intriguing example of extreme adaptation to the stab...
The coronary circulation first appeared in the chordate lineage in cartilaginous fishes where it per...
1. The relationship between heart ventricle weight and body weight has been determined for three spe...
The development of the ventricular myocardial trabeculae occurs in three steps: emergence, trabecula...
Antarctic fish of the family Channichthyidae (Icefishes) lack the respiratory pigments haemoglobin a...