选定头足类动物可培养肠道微生物的定性分析-比较研究

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摘要

摘要:存在于生物体消化道中的微生物非常重要。微生物的定性和定量组成反映了生物的物理、生理状况、习性、栖息地及其关联模式。消化系统微生物不仅在生物的可持续性中发挥着突出的作用,而且在食品加工业中也发挥着重要作用。海洋头足类动物是仅次于海洋渔业的首选海洋食物资源之一。目前的研究旨在了解消耗性头足类动物(如乌贼和墨鱼)消化系统中的微生物含量。本研究收集了市场上可买到的鱿鱼和渔区的墨鱼样本。在无菌条件下解剖这些生物,并从这些动物的肠道中收集细菌。利用革兰氏特性和基于16s r RNA的分子鉴定技术分离并鉴定了可培养的细菌。鉴定出的细菌报告给Gen Bank提交。头足类动物的肠道微生物群中细菌的代表性较低,并且在墨鱼和鱿鱼物种之间表现出明显的差异。这种低数量的细菌组成可能是由于栖息地条件或细菌与动物的关联,需要进一步的研究来理解。头足类动物作为富含蛋白质的食物具有商业价值,因此需要优先解决适当的处理过程,以减轻其在印度食品工业中的存在。微生物和后生动物的种间和种内关系以及相关的大分子也可用于制药工业
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Qualitative Analysis of Culturable Gut Microbes of Selected Cephalopod Species- A Comparative Study
ABSTRACT: Microbes present in the digestive tract of an organism are of great importance. The microbial qualitative and quantitative composition represents the physical, physiological conditions, habits, habitats of the organisms as well as their association patterns. The microbes of digestive system have prominent role not only in the sustainability of the organism but also in the food processing industry. The marine cephalopods are one of the preferred marine food resources, next to marine fisheries. The current study aims to understand the microbial content in the digestive system of consumable cephalopods such as sepia and cuttlefish. The commercially available squids from the market and cuttlefish samples from fishing area were collected and used for this study. The organisms were dissected in aseptic conditions and bacteria collected from the guts of these animals. Culturable bacteria were isolated and, identified using gram characteristics as well as 16s r RNA techniques based molecular identification. The identified bacteria were reported to Gen Bank submission. Bacterial representation in the gut microbiome of cephalopods is low and showed distinct difference between cuttlefish and squid species. This low number of bacterial composition may be due to the habitat conditions or the association of bacteria with the animal requires further studies to understand. The commercial value of cephalopods as protein rich food prioritizes the need to address proper treatment process which can alleviate their presence in Indian food industry scenario. The inter and intra-species relation of microbes and metazoans and the associated macromolecules can be used for pharma industry also in future
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