Kumar Avnish, Middha Sushil Kumar, Menon Soumya Vettiyatil, Paital Biswaranjan, Gokarn Shyam, Nelli Meghana, Rajanikanth Rakshith Bangalore, Chandra Harish Mani, Mugunthan Susithra Priyadarshni, Kantwa Sanwar Mal, Usha Talambedu, Hati Akshaya Kumar, Venkatesan Divyadharshini, Rajendran Abira, Behera Tapas Ranjan, Venkatesamurthy Swarupa, Sahoo Dipak Kumar
Department of Biotechnology, School of Life Sciences, Dr. Bhimrao Ambedkar University, Agra 282004, India.
Department of Biotechnology, Maharani Lakshmi Ammanni College for Women, 18th Cross, Malleswaram, Bangalore 560012, India.
Animals (Basel). 2024 Sep 16;14(18):2692. doi: 10.3390/ani14182692.
Vaccination is an essential method of immunological preventive care required for the health management of all animals, including fish. More particularly, immunization is necessary for in-land aquaculture to manage diseases in fish broodstocks and healthy seed production. According to the latest statistics in 2020, 90.3 million tons of capture fishery production was achieved from the aquaculture sector. Out of the above, 78.8 million tons were from marine water aquaculture sectors, and 11.5 million tons were from inland water aquaculture sectors. About a 4% decline in fish production was achieved in 2020 in comparison to 2018 from inland aquaculture sectors. On the other hand, the digestive protein content, healthy fats, and nutritional values of fish products are comparatively more affordable than in other meat sources. In 2014, about 10% of aquatic cultured animals were lost (costing global annual losses > USD 10 billion) due to infectious diseases. Therefore, vaccination in fish, especially in broodstocks, is one of the essential approaches to stop such losses in the aquaculture sector. Fish vaccines consist of whole-killed pathogens, protein subunits, recombinant proteins, DNA, or live-attenuated vaccines. Challenges persist in the adaption of vaccination in the aquaculture sector, the route of administration, the use of effective adjuvants, and, most importantly, the lack of effective results. The use of autogenous vaccines; vaccination via intramuscular, intraperitoneal, or oral routes; and, most importantly, adding vaccines in feed using top dressing methods or as a constituent in fish feed are now emerging. These methods will lower the risk of using antibiotics in cultured water by reducing environmental contamination.
疫苗接种是所有动物(包括鱼类)健康管理所需的免疫预防护理的基本方法。更具体地说,内陆水产养殖需要进行免疫接种,以管理亲鱼疾病和健康鱼苗生产。根据2020年的最新统计数据,水产养殖部门实现了9030万吨的捕捞渔业产量。其中,7880万吨来自海水养殖部门,1150万吨来自内陆水域养殖部门。与2018年相比,2020年内陆养殖部门的鱼类产量下降了约4%。另一方面,鱼类产品的消化蛋白含量、健康脂肪和营养价值相对比其他肉类来源更实惠。2014年,约10%的水产养殖动物因传染病死亡(造成全球年度损失超过100亿美元)。因此,给鱼类尤其是亲鱼接种疫苗是防止水产养殖部门此类损失的重要方法之一。鱼用疫苗包括全灭活病原体、蛋白质亚基、重组蛋白、DNA或减毒活疫苗。水产养殖部门在疫苗接种的适应性、给药途径、有效佐剂的使用以及最重要的是缺乏有效结果方面仍然存在挑战。目前正在出现使用自体疫苗;通过肌肉内、腹腔内或口服途径进行疫苗接种;以及最重要的是使用拌料方法或作为鱼饲料的成分在饲料中添加疫苗。这些方法将通过减少环境污染来降低在养殖水中使用抗生素的风险。