Results 261 to 270 of about 49,434 (297)
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1980
The structure of the teleost forebrain (and that of other actinopterygians) is unusual in that there are no lateral ventricles and the two hemispheres are solid lobes separated by a slitlike ventricle. The lobes are covered with an ependymal membrane which is attached to the dorsolateral margins of the hemispheres.
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The structure of the teleost forebrain (and that of other actinopterygians) is unusual in that there are no lateral ventricles and the two hemispheres are solid lobes separated by a slitlike ventricle. The lobes are covered with an ependymal membrane which is attached to the dorsolateral margins of the hemispheres.
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Temperature effects on teleost immunity in the light of climate change
Journal of Fish Biology, 2022Jorn Peter Scharsack
exaly
2016
In vertebrates, the basic structure of the central nervous systems, including the cerebellum, is conserved from mammals to teleosts. The cerebellum of teleost fish is subdivided into three parts: the corpus cerebelli, valvula cerebelli, and vestibulolateral lobe.
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In vertebrates, the basic structure of the central nervous systems, including the cerebellum, is conserved from mammals to teleosts. The cerebellum of teleost fish is subdivided into three parts: the corpus cerebelli, valvula cerebelli, and vestibulolateral lobe.
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Immunity of the intestinal mucosa in teleost fish
Fish and Shellfish Immunology, 2023Wiesław Deptuła +1 more
exaly
Molecular physiology, 1985
Moderate hypoxia can be tolerated by many fish species, while only some species survive severe hypoxia or anoxia. Hypoxia usually activates anaerobic glycolysis, which may be temporary when the animals are able to improve their oxygen extraction capacity. Switching over to aerobic metabolism allows the animals to adapt to hypoxia.
Van den Thillart, G., van Waarde, Aren
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Moderate hypoxia can be tolerated by many fish species, while only some species survive severe hypoxia or anoxia. Hypoxia usually activates anaerobic glycolysis, which may be temporary when the animals are able to improve their oxygen extraction capacity. Switching over to aerobic metabolism allows the animals to adapt to hypoxia.
Van den Thillart, G., van Waarde, Aren
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Immunoglobulins, Mucosal Immunity and Vaccination in Teleost Fish
Frontiers in Immunology, 2020Yongyao Yu, Zhen Xu, Qingchao Wang
exaly
MicroRNA regulation of viral replication in teleost fish: a review
Reviews in Aquaculture, 2021Jiagang Tu, Yong-An Zhang
exaly