PDF-BbOMW DMfgdQ HQeQdhQKaPQdTUWW FMdV &ecbdfe cUfOTQe& SdbgaPe

IL1DI51CgYNWQe HbMPCgYNWQe HbMPCgYNWQe HbMPCgYNWQe HbMP3MefWQ 1hBMaSWMaP HbMPGgQQae HbMPHbfTQdeWMPQ HbMPBMaSWMaP 2Mk HP HbfTQdeWMPQ 3MefWQfba 1d JQaaUeSdQQa CUaU SbWRSMdPQae iMWV JQaaUe DMfgdQiMW. Poliovirus(PV),thecausativeagentofpoliomyelitis,isahumanenterovirusbelongingtothefamilywhichincludeshumanrhinovirusandfoot-and-mouthdiseasevirus(FMDV).Thesevirusesserveasusefulmodelsforstudy-ingtheunc mAbs. to FMDV/A and application in a . cELISA. for the detection of FMDV/A antibodies . Dr. M. Yang . National Center for Foreign Animal diseases. /Canadian Food Inspection Agency. Introduction . Foot-and-mouth disease (FMD) . Foot - and - in Vietnam: What can we learn? Carla L. Huston, DVM, PhD, Dipl. ACVPM Beef Extension and Outreach MSU College of Veterinary Medicine NIAA Emerging Diseases Council 2013 Presentation O cELISA. for the detection of FMDV/A antibodies . Dr. M. Yang . National Center for Foreign Animal diseases. /Canadian Food Inspection Agency. Introduction . Foot-and-mouth disease (FMD) . remains one of the world’s . . Maria Gullberg. 1. , Louise Lohse. 1. , Anette Bøtner. 1. , Gerald M. McInerney. 2. , Alison Burman. 3. , Terry Jackson. 3. , Charlotta Polacek. 1 . and Graham J. . Belsham. 1. 1. DTU National Veterinary Institute, Technical University of Denmark, . Zhidong. Zhang. State Key Laboratory of Veterinary Etiological Biology, Lanzhou Veterinary Research Institute, Chinese Academy of Agriculture Sciences(CAAS), China. Lanzhou Veterinary Research Institute, Chinese Academy of Agriculture Sciences. Haryana Vet. 53 (1) Research Article , 1998). Although, the literature on 3AB3 NSP-., 1997; Sorensen ., 1998; Yakovleva DIVA (Chung Five Year Plan in selectiveFatehabad, Hisar, Jhajjar, Jind, Rohtak, Syncerus. . caffer. ): Differences in host responses between SAT 1,2 and 3 in experimentally infected and contact infected individuals. Brianna . Beechler. , Eva Perez, Bryan Charleston, Caroline Glidden, Nick . K. Fukai, T. Nishi, N. Shimada, K. Morioka, M. Yamada, K. Yoshida, R. Kitano, R. . Yamazoe. , M. . Yamakawa. Exotic Disease Research Station, National Institute of Animal Health, National Agriculture and Food Research Organization, Japan. Ashley Gray, Valerie Mioulet, Britta Wood, Elizabeth Reid,. . Lissie Henry, Barsha Thapa, Donald King. Virus isolation remains key component in FMDV diagnostics. Cells currently used in the WRL:. Primary bovine thyroid. and SAT2 in Egypt. Amir A. . Shehata. FMD distribution pattern. FMD situation in Egypt. O/ME-SA/Egy-72. . A/Africa/G-VII (2006 & 2009). O/ME-SA/. PanAsia. 2. . . A/Asia/Iran-05 . Bar-08. (2010). P. rovince . — An LOA Project in PRC Implemented under the ADB RETA-8163. Project Summary: . The project was designed in alignment with the Trans-boundary Animal Disease Zoning Trial Program in Yunnan Province, a long-term program approved by the Ministry of Agriculture, the Ministry of Commerce, the General Administration of Customs, and the General Administration of Quality Supervision, Inspection and Quarantine of China. The purpose of this project was to identify the major cattle and buffalo movement pathways between China and neighbor countries of Lao PDR and Myanmar, with particular focus on tracing animals entering Yunnan from these countries and transiting to other destinations within the PRC. It was also intended that the study would inform the identification of key counties along major animal movement corridors in Yunnan Province for the targeting of control measures to reduce the risk of FMD spread. The project was implemented by YASVI between July 2015 to June 2016 and a total grant of USD60,000 was received..