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Environmental Enrichment for Aquatic Animals
Veterinary Clinics of North America: Exotic Animal Practice, 2015Aquatic animals are the most popular pets in the United States based on the number of owned pets. They are popular display animals and are increasingly used in research settings. Enrichment of captive animals is an important element of zoo and laboratory medicine. The importance of enrichment for aquatic animals has been slower in implementation. For a
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Carotenoid Metabolism in Aquatic Animals
2021Aquatic animals contain various carotenoids that exhibit structural diversity. These carotenoids originate from algae or partly from some bacteria. Herbivorous animals directly ingest carotenoids from dietary algae and metabolize them. Carnivorous animals ingest carotenoids from dietary herbivorous animals and metabolize them.
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Aquatic Animal Nutrition for the Exotic Animal Practitioner
Veterinary Clinics of North America: Exotic Animal Practice, 2014Fish are the most popular pets in the United States based on numbers and high-quality medical care is coming to be expected by owners. Increasing numbers of veterinarians are responding to this need and providing veterinary care for aquatic animals. Part of good medical care for exotic animals is advice on husbandry, including nutrition. However, there
Mike, Corcoran, Helen, Roberts-Sweeney
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Volumetric Respirometer for Aquatic Animals
Review of Scientific Instruments, 1949The oxygen consumption of fish and other aquatic animals can be determined in the gas phase of a closed system provided the water is thoroughly equilibrated with the gas phase. The present respirometer employs a simpler and more efficient equilibration system than the earlier described model [Scholander, Haugaard, and Irving, Rev. Sci. Inst.
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Oxidants and antioxidants in aquatic animals
Comparative Biochemistry and Physiology Part C: Comparative Pharmacology, 19911. Oxidative stress, potentially, is experienced by all aerobic life when antioxidant defenses are overcome by prooxidant forces, and is the basis of many physiological abberations. 2. Environmental contaminants may enhance oxidative stress in aquatic organisms, e.g.
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AQUATIC ANIMALS IN BIOMEDICAL RESEARCH
Annals of the New York Academy of Sciences, 1975What nature hides in one life form she reveals in another. William Harvey (1578–1657)
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Mazes for Small Aquatic Animals
The American Journal of Psychology, 1956The construction of a small, inexpensive, water-tight maze with uniform channels has offered a problem to investigators of the behavior of the protozoans and other small aquatic animals. Mazes etched in glass have gross irregularities in the channels that are detrimental especially for unicellular animals.
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Lysosomes and autophagy in aquatic animals.
Methods in enzymology, 2008The lysosomal-autophagic system appears to be a common target for many environmental pollutants, as lysosomes accumulate many toxic metals and organic xenobiotics, which perturb normal function and damage the lysosomal membrane. In fact, autophagic reactions frequently involving reduced lysosomal membrane integrity or stability appear to be effective ...
Moore MN +3 more
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Sustaining America's Aquatic Biodiversity. Aquatic habitats: Homes for aquatic animals [PDF]
, 2015 420 ...
Helfrich, Louis A., Parkhurst, James A.
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Biotechnology of Aquatic Animals
2004Biotechnology: Uses and applications Recent advances in aquaculture and marine biotechnology Reproductive biotechnology of shellfish (Crustaceans) Reproductive biotechnology of fin fishes Transgenic animals Vaccines against diseases in aquatic animals Environmental biotechnology Therapeutics and bioactive natural products Antifouling Technology Ethics ...
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