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Nanotechnology interventions in aquaculture and seafood preservation

机译:水产养殖和海鲜保存中的纳米技术干预措施

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The inclusion of nanotechnologies in aquaculture and seafood preservation confronts a new edge that deserves attention in the recent trends of global food sector. Nanotechnology, being a novel and innovative approach has paved way to open up new perspective for the analysis of biomolecules, targeted drug delivery, protein or cells, clinical diagnosis, development of non-viral vectors for gene therapy, as transport vehicle for DNA, disease therapeutics etc. The current and potential use of nanotechnology would show the way to progression of smart and high performing fish. The comparative evaluation of extremely sophisticated nanotechnology with conventional process engineering proposes new prospectus in technological developments for superior water and wastewater technology processes. Nanoparticles have comprehensive advantages for management of drugs as liberation of vaccines and therefore hold the assurance for civilized protection of farmed fish against disease-causing pathogens. This review article explores the present concerns of food security, climate change as well as sustainability that are explored by the researchers in the area of nanotechnology, development of marine produce, along with its preservation and aquaculture.
机译:将纳米技术在水产养殖和海鲜保护中纳入一个新的边缘,这是在最近的全球食品部门趋势中关注的新边缘。纳米技术,成为一种新颖而创新的方法已经为分析生物分子,靶向药物递送,蛋白质或细胞,临床诊断,临床诊断,用于基因治疗的非病毒载体的发育,作为DNA,疾病治疗方法等纳米技术的目前和潜在使用将显示智能和高表演鱼的进展方式。传统过程工程极复杂纳米技术的比较评价为卓越的水和废水技术流程提供了新的技术发展招生。纳米粒子对疫苗的解放进行了综合优势,对疫苗进行解放,并因此保证了对疾病导致病原体的养殖鱼类的文明保护。该审查文章探讨了粮食安全,气候变化以及研究人员在纳米技术领域探索的可持续发展的担忧,海洋生产的发展以及保存和水产养殖。

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