The importance of aquaculture has global implications as the world population continues to
grow. The success of fish “farming” facilities can be jeopardized by the occurrence of infectious
diseases that adversely affect production quotas. In order to manage aquatic animal
health, there is an unavoidable need to develop and expand pharmacotherapy in this area
of populatiThe importance of aquaculture has global implications as the world population continues to
grow. The success of fish “farming” facilities can be jeopardized by the occurrence of infectious
diseases that adversely affect production quotas. In order to manage aquatic animal
health, there is an unavoidable need to develop and expand pharmacotherapy in this area
of population medicine. Parasitic infections are a major cause of disease in cultured systems
and lead to significant morbidity and mortality in captive aquatic collections.1 Fenbendazole is a
broad-spectrum anthelmintic with activity against certain species of nematodes, flukes, and tapeworms.
2 The benzimidazoles act by binding to parasite tubulin, effectively inhibiting cellular division
and polymerization of microtubules, and thereby altering cellular metabolism. Fenbendazole has been
recommended for use at several dosages in water or feed for the treatment of fish, but rarely for individual
treatment in these species.3on medicine. Parasitic infections are a major cause of disease in cultured systems
and lead to significant morbidity and mortality in captive aquatic collections.1 Fenbendazole is a
broad-spectrum anthelmintic with activity against certain species of nematodes, flukes, and tapeworms.
2 The benzimidazoles act by binding to parasite tubulin, effectively inhibiting cellular division
and polymerization of microtubules, and thereby altering cellular metabolism. Fenbendazole has been
recommended for use at several dosages in water or feed for the treatment of fish, but rarely for individual
treatment in these species.3
The importance of aquaculture has global implications as the world population continues to
grow. The success of fish “farming” facilities can be jeopardized by the occurrence of infectious
diseases that adversely affect production quotas. In order to manage aquatic animal
health, there is an unavoidable need to develop and expand pharmacotherapy in this area
of populatiThe importance of aquaculture has global implications as the world population continues to
grow. The success of fish “farming” facilities can be jeopardized by the occurrence of infectious
diseases that adversely affect production quotas. In order to manage aquatic animal
health, there is an unavoidable need to develop and expand pharmacotherapy in this area
of population medicine. Parasitic infections are a major cause of disease in cultured systems
and lead to significant morbidity and mortality in captive aquatic collections.1 Fenbendazole is a
broad-spectrum anthelmintic with activity against certain species of nematodes, flukes, and tapeworms.
2 The benzimidazoles act by binding to parasite tubulin, effectively inhibiting cellular division
and polymerization of microtubules, and thereby altering cellular metabolism. Fenbendazole has been
recommended for use at several dosages in water or feed for the treatment of fish, but rarely for individual
treatment in these species.3on medicine. Parasitic infections are a major cause of disease in cultured systems
and lead to significant morbidity and mortality in captive aquatic collections.1 Fenbendazole is a
broad-spectrum anthelmintic with activity against certain species of nematodes, flukes, and tapeworms.
2 The benzimidazoles act by binding to parasite tubulin, effectively inhibiting cellular division
and polymerization of microtubules, and thereby altering cellular metabolism. Fenbendazole has been
recommended for use at several dosages in water or feed for the treatment of fish, but rarely for individual
treatment in these species.3
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