Titlebook: Aquaculture Microbiology; John Thomas,Natarajan Amaresan Book 2023 The Editor(s) (if applicable) and The Author(s), under exclusive licens

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Isolation and Identification of , from Fishesas been a lot of recorded evidence of this infection resulting into heavy mass mortalities of more than 80 freshwater and marine species, leading to huge economic losses. This parasite has been reported to produce infections in different species of marine, freshwater, and estuarine teleosts, adapting a wide range of environmental factors.

Distribution

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https://doi.org/10.1007/978-3-658-42651-4morrhagic septicemia and motile . septicemia in freshwater fish, caused great losses. The researchers observed histopathological changes in intestines, the liver, and kidneys of the affected fish. Many researchers have isolated and identified . from carp, catfishes, perches, and eels and found that

HEDGE

https://doi.org/10.1007/978-3-658-42651-4ies level is crucial in preparing for precautionary and disease management practices. Edwardsiellosis is an epidemic caused by . sp. This causes great economic losses for fish culture in marine and freshwater habitats. This chapter discusses various protocols for their isolation and identification.

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https://doi.org/10.1007/978-3-662-63039-6 fish. They belong to the . family. They are spotted with yellow pigmentation in aquatic organisms. These kinds of bacteria are isolated and identified using techniques such as Gram staining, motility, gliding motility, biochemical tests, and API 20E. It can also be identified using technical method

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Simulierte Erinnerungen des Andereny are responsible for causing the disease outbreak in a wide variety of freshwater and marine juvenile as well as larval shrimp around the world. This virion is deadly affecting approximately 120 species of fishes?also?across the globe. They are affected by several factors, like temperature, biologi

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