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The digestive tract of fish is essentially a muscular tube lined by a mucous membrane of columnar epithelial cells that exhibit regional variation in structure and function. In the last two decades, our understanding of translocation of bacteria in the fish gut has increased, and electron microscopy has contributed to this knowledge. Translocation is the movement of viable and non-viable bacteria...
The role, and even the existence, of stable indigenous microbiota in fish was not accepted until the 1970s. In the last decade, our understanding of adhesion and translocation of bacteria in the fish gut has increased, and electron microscopy has contributed significantly to this knowledge. This review summarises the information available on gut-associated bacteria and on the translocation of bacteria...
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