东南亚鱼类和虾水产养殖中的疾病控制 - 诊断和畜牧技术 http://hdl.handle.net/10862/1972. Seafdec-Oie South Asia疾病控制疾病控制研讨会研讨会 - 2001年12月4日至6日诊断和畜牧业技术,菲律宾伊洛伊洛市 太阳,2011年7月25日07:34:37 GMT 2021 - 07 - 25 - t07:34:37z 东南亚鱼类和虾水产养殖中的疾病控制 - 诊断和畜牧技术 https://hepository.seafdec.org.org.ph:443/bitstream/id/0f52d304-a71c-4464-882f-1a22f23d4da8/http://hdl.handle.net/10862/1972. 病毒性神经坏死(VNN)的诊断与预防 http://hdl.handle.net/10862/1992. 诊断和预防措施对病毒神经坏死(VNN)Nakai,Toshihiro Inui,Yasuo;Cruz-LaCierda,Erlinda R.病毒神经坏死(VNN)或病毒脑病和视网膜病(ver)由piscine nodaviruses(= betanodaviruses)在培养的海洋鱼类中的过去十年中传播了全世界。本文简要介绍了目前在诊断和预防疾病中实行的程序。 星期二,2002年1月1日00:00:00 GMT http://hdl.handle.net/10862/1992. 2002-01-01T00:00:00Z Henaeus·莫登的“绿色水文化”和“绿色水文化” http://hdl.handle.net/10862/490. Vibrio Harveyi和Penaeodon Lio-Po的“绿色水文化”,Gilda D.Leaño,Eduardo M。Useo,Roselyn C .;Guanzon,Nicolas G.,Jr.Inui,Yasuo;Cruz-Lalierda,Erlinda R. Tiger Shrimp的“绿色水资源文化”Penaeus Monodon是一种创新的植物饲养饲养技术的创新文化技术。该培养方法涉及使用罗非鱼的饲养水,以便在增长的池塘和罗非鱼的虾中饲养老虎虾。据报道,这种培养技术将归因于发光血管造成的疾病爆发。为了了解绿色水培养系统中发光弧菌控制的可能机制,进行了几项研究。本综述总结了从这些研究中获得的亮点,该研究由罗非鱼培养和虾培养的罗非鱼培养和罗比亚培养的效果组成;b)估算和初步鉴定可培养的细菌,真菌和浮游植物植物群与“绿色水文化”体系和c)检测来自细菌,酵母,丝状真菌和浮游植物的抗vibrio harveyi代谢物,对“绿色水培养” system. 星期二,2002年1月1日00:00:00 GMT http://hdl.handle.net/10862/490. 2002-01-01T00:00:00Z 美洲虾病毒疾病诊断与管理的进展 http://hdl.handle.net/10862/1988 美洲对虾病毒病诊断与管理的研究进展就经济影响而言,在亚洲、印度-太平洋和美洲,养殖对虾最重要的疾病都有传染性病因。虽然细菌性、真菌性和寄生虫病原性疾病也很重要,但某些病毒引起的疾病最为显著。由对虾病毒WSSV、TSV、YHV和IHHNV造成的大流行总共给对虾产业造成了数十亿美元的损失,损失的作物、就业机会和出口收入。虾的某些细菌、真菌和寄生虫疾病虽然在发病和病程中没有那么突然或灾难性,但也造成了非常重大的生产损失,许多这些疾病的相对重要性不应被忽视。WSSV和TSV造成的大流行在美洲造成的社会和经济影响特别严重,在这些病毒大流行之后,虾养殖业设法恢复该行业的生产水平,使其恢复到“病毒爆发前”的年份。将生物安全的概念纳入虾场设计和运作战略,是改善疾病预防和管理战略的核心。虾养殖中的疾病管理是养殖场生物安全以及单个养殖场、虾养殖国家或整个地理区域的可持续性的重要组成部分。疾病管理的第一步需要有准确和可靠的诊断方法和有关疾病的生物学知识。最近美洲虾病诊断实验室的激增反映了对美洲生物安全和疾病管理必要性的认识。 Where there were only a handful of shrimp disease diagnostic laboratories a decade ago, there are 40 or more such laboratories serving the industry today. Diagnostic methods may be applied to determining the cause of disease(s) that are adversely affecting the culture performance or survival of farmed shrimp stocks or they may be used for surveillance purposes to screen for the presence of specific pathogens in otherwise healthy shrimp for the purpose of disease control. As diagnostic methods have improved and become more widely available, the interest in culturing specific pathogen-free (SPF) shrimp stocks in biosecure facilities has increased markedly in many regions in the Americas. The methods being used in shrimp disease diagnostic laboratories in the Americas were recently surveyed. Of the 40 laboratories contacted, 27 responded to the survey. Approximately 75% of the labs responding to the survey provide diagnostic services using both molecular (PCR, RT-PCR and gene probes) and classical (routine histology and microbiology) methods, while nearly all (93%) of the diagnostic labs offer diagnostic testing and screening services based on molecular methods (i.e. assays with gene probes and PCR/RT-PCR). 星期二,2002年1月1日00:00:00 GMT http://hdl.handle.net/10862/1988 2002-01-01T00:00:00Z 海福德水产养殖部门海洋鱼病毒疾病诊断技术的进展及现状 http://hdl.handle.net/10862/488. Lio-Po,GILDA D的海洋鱼病毒疾病诊断技术的进展与现状。Cruz-Lalierda,Erlinda R。de lapeña,Leobert d。Maeno,Yukio;尼苏,yasuo。尼苏,Yasuo;Cruz-Lalierda,Erlinda R.越来越多地观察到菲律宾海洋鱼鱼中未解释的死亡事件的发生率。考虑到在许多国家报告了影响其他培养的海洋鱼类等病毒感染的病毒感染,在许多国家报告了一个综合的诊断计划,以满足挑战的挑战是在东南亚渔业开发中心(Seafdec-AQD)的资金中的挑战日本信托基金鱼病项目。该活动进一步推动日本农业科学研究中心(JIRCAS)。 Overall, the program involved the staff of the marine finfish hatchery and the Fish Health Section. Cases of unexplained mortalities observed in the hatchery were referred to the Fish Health Section. Detailed information on the culture histories of each case were provided by the hatchery staff. Diagnostic tests were performed on each case and those with potential indication of viral etiology were processed for virus detection. Presumptive diagnosis of viral infections was based on typical signs, cell culture isolation histopathology and in-vivo pathogenicity tests. Confirmatory tests to identify specific viruses include RT-PCR, FAT and electron microscopy. The highlights of outbreaks of viral nervous necrosis and other virus-associated infections among marine finfish at SEAFDEC-AQD are presented. 星期二,2002年1月1日00:00:00 GMT http://hdl.handle.net/10862/488. 2002-01-01T00:00:00Z