APPLICATION OF BIOTECHNOLOGY IN AQUACULTURE

K. vishwanatham, Bhukya. Sai kumar, Dharavath Ram kumar
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Abstract

Biotechnology plays a major role in fish production through various techniques such as selective breeding , genetic engineering to enhance the growth rate and disease resistance in aquaculture . Fish culture business is fastest-growing sector of agricultural fields. The consumer demand for fish products continues to rise at an alarming rate. At the same time, wild fish stocks are declining at a fast pace due to over-fishing – a major concern. Every year, aquaculture contributes more than 18 million tons of fish and shellfish to the world's food supply. The increased public demands for fish, coupled with the dwindling natural marine habitats, have led scientists to study ways in which biotechnology can help boost fish and shellfish production. application of biotechnology allows researchers to identify and combine traits in fish and shellfish to enhance the productivity and quality . This article delves into the various ways in which biotechnology is applied to aquaculture and what the future holds for fish farming. The field of aquaculture has been revolutionized by the introduction of biotechnology. With the help of advanced genetic research, scientists have been able to enhance the growth of fish production.
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生物技术在水产养殖中的应用
生物技术通过各种技术,如选择性育种、基因工程,在水产养殖中提高生长速度和抗病能力,在鱼类生产中发挥着重要作用。水产养殖业是农业领域增长最快的行业。消费者对水产品的需求以惊人的速度持续增长。与此同时,由于过度捕捞,野生鱼类资源正在快速减少,这是一个令人担忧的重大问题。每年,水产养殖为全球食品供应提供超过 1800 万吨的鱼类和贝类。公众对鱼类需求的增加,加上自然海洋栖息地的减少,促使科学家们研究生物技术可以帮助提高鱼类和贝类产量的方法。本文将深入探讨生物技术应用于水产养殖的各种方式,以及养鱼业的未来前景。生物技术的引入给水产养殖领域带来了革命性的变化。在先进基因研究的帮助下,科学家们能够提高鱼类产量的增长。
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