Böhnel H, Lohavanijaya P, Rungin S, Schnug C, Seifert H S
Institute for Applied Biotechnology in the Tropics, Goettingen University.
Berl Munch Tierarztl Wochenschr. 1999 Aug;112(8):289-95.
Mechanisms of host defence in Crustaceae and vibriosis in shrimp and methods for its prevention are discussed as introduction. The own work deals with the development of a site-specific multivalent anti-vibrio vaccine and its application in Thailand. The vaccine was produced in a continuous bioreactor system from field strains of Vibrio alginolyticus, V. harveyi, V. parahaemolyticus and V. vulnificus, purified through ultrafiltration, and inactivated by formalin. It was applied to Penaeus monodon PL prior to release into the ponds via artemia larvae. As mean result from numerous trials carried out under commercial field conditions in Eastern Thailand it was shown that the PL tolerated the vaccine perfectly. Due to technical problems only few of the field trials could be monitored until harvest. The data available allow claiming an obvious protective effect of the vaccine.
作为引言,讨论了甲壳类动物的宿主防御机制以及虾类弧菌病及其预防方法。本人的工作涉及一种位点特异性多价抗弧菌疫苗的研发及其在泰国的应用。该疫苗是在连续生物反应器系统中由溶藻弧菌、哈维氏弧菌、副溶血性弧菌和创伤弧菌的野外菌株生产的,通过超滤纯化,并用福尔马林灭活。在经由卤虫幼体放入池塘之前,将其应用于斑节对虾无节幼体。作为在泰国东部商业田间条件下进行的大量试验的平均结果表明,无节幼体对疫苗耐受性良好。由于技术问题,只有少数田间试验能够监测到收获期。现有数据表明该疫苗具有明显的保护作用。