首页> 外文会议>International Conference of the European Aquaculture Society >IMMUNAQUA: ANTI-INFECTIOUS IMMUNE EFFECTORS IN MARINE INVERTEBRATES: CHARACTERISATION AND APPLICATION FOR DISEASE CONTROL IN AQUACULTURE; A EUROPEAN PROJECT
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IMMUNAQUA: ANTI-INFECTIOUS IMMUNE EFFECTORS IN MARINE INVERTEBRATES: CHARACTERISATION AND APPLICATION FOR DISEASE CONTROL IN AQUACULTURE; A EUROPEAN PROJECT

机译:免疫QUA:海洋无脊椎动物中的抗传染性免疫效应:水产养殖中疾病控制的特征及应用;欧洲项目

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As world aquaculture is facing economical losses due to infectious diseases, collaborative work is currently developed in the frame of the EC INCO-DEV program, Immunaqua (ICA4-CT-2001-10023), to provide new data and new tools for the control of diseases in mollusc and shrimp aquaculture.Difficulties for control of diseases in marine invertebrate aquaculture comes from the etiological diversity of pathogens that affect them (namely, bacteria, viruses, fungi or protozoans) during different stages of their development. These pathologies reduce larval production and lead to profitability problems due to stock mortalities. Until recently, to overcome such problems, a common practise in hatcheries was based on the intensive use of antibiotics, which have fostered the development of drug-resistant bacteria. Discharged with wastewater, these bacteria can have harmful consequence for environment. Thus, new alternative treatments need to be developed.
机译:由于世界水产养殖面临着传染病由于传染病的经济损失,目前在EC INCO-DEV计划,IMMunaqua(ICA4-CT-2001-10023)的框架中开发了协作工作,以提供新的数据和控制的新工具软体动物和虾水产养殖的疾病。用于控制海洋无脊椎动物水产疾病的疾病,来自其发展的不同阶段的病原体(即细菌,病毒,真菌或原生动物)的病原体多样性。这些病程减少了幼虫的生产,并导致由于库存死亡率导致的盈利问题。直到最近,为了克服这些问题,孵化场的常见做法是基于抗生素的密集使用,这促进了耐药细菌的发展。用废水排出,这些细菌可能对环境有害后果。因此,需要开发新的替代治疗方法。

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