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Gut Microbiota and its Modulation for Healthy Farming of Pacific White Shrimp Litopenaeus vannamei

机译:Gut Microbiota及其对太平洋虾仁养老核病的健康养殖调节Litopenaeus Vannamei

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The Pacific white shrimp Litopenaeus vannamei is the most important crustacean species in aquaculture, accounting for 70% of the total shrimp production in the world. In the past decade, development of the shrimp industry has been greatly impeded by disease prevalence, poor growth in low salinity inland water, dietary use of plant ingredients, and antibiotic overuse. The animal gut is a vital organ, and most of the gut functions, such as the functions of immunity, health regulation and nutrient absorption, are achieved by bacterial metabolism in the gut. Therefore, understanding the role of the gut microbiota of L. vannamei is important for improving the performance and production of L. vannamei in aquaculture. This paper summarizes the recent advancements in research on the composition of the gut microbiota of L. vannamei, the factors that influence the microbiota, and nutritional manipulation of the gut microbiota. In addition, based on the review, current problems are raised and future studies directed at solving these problems are proposed. Proteobacteria is the core bacterial group found the gut of L. vannamei, but other groups of bacteria can also be beneficial to shrimp health and growth. The abundance of opportunistic pathogenic bacteria in the gut can change with the developmental stage of the shrimp, diet composition, environmental factors, and in the presence of ambient toxicants such as sulfide. Various prebiotics, probiotics isolated from the gut of L. vannamei and other crustacean species, synbiotics and some organic acids have been used as dietary supplements to evaluate the health of L. vannamei farms. These additives have been compared for their roles in regulating shrimp growth and immunity and in shaping the community structure of the gut microbiota. Future studies should focus on understanding the underlying mechanisms between shrimp metabolism and the gut microbiota and on practical applications of dietary additives to solve problems faced by the shrimp industry.
机译:太平洋白虾Litopenaeus vannamei是水产养殖中最重要的甲壳类动物物种,占世界虾总产量的70%。在过去十年中,虾业的发展受到疾病患病率,低盐度内陆水的增长差,饮食使用植物成分以及抗生素过度使用。动物肠道是一种重要的器官,并且大多数肠道功能,例如免疫,健康调节和营养吸收的功能,通过肠道中的细菌代谢实现。因此,了解L.Vannamei的Gut Microbiota的作用对于提高水产养殖中L. Vannamei的绩效和生产非常重要。本文总结了L.Vannamei的肠道微生物组成的最新进步,影响了微生物群的因素,以及肠道微生物植物的营养操纵。此外,在审查的基础上,提出了当前问题,并提出了旨在解决这些问题的未来研究。植物细菌是核心细菌群体发现L.Vannamei的肠道,但其他细菌组也可以有利于虾的健康和生长。肠道中的机会主义致病细菌的丰富能够随着虾,饮食组成,环境因素的发育阶段而变化,以及在环境毒物如硫化物的情况下。从L.Vannamei和其他甲壳类动物的肠道中分离的各种益生菌,益生菌已被用作膳食补充剂,以评估L.Vannamei农场的健康。这些添加剂已经在调节虾生长和免疫方面的作用进行了比较,以及塑造肠道微生物群的群落结构。未来的研究应该侧重于理解虾代谢和肠道微生物的潜在机制以及膳食添加剂的实际应用,以解决虾类行业面临的问题。

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