Detection of PRRS virus in housefly (Musca domestica) in a pig farm in ofPontastacusleptodactylus

sid esr le sed direcly orin irectlyo theenvironment auseporcine ser us respiratoryproblem inandn ture reproductDMT iveres dues syndromemixed withvirus ein quatic environment adverse ly affect aquat c organisms and housefly (Musca domestica) in a pig farm. To know the porcine respiratory and reproductive syndrome virus circulation in the iseffectiscarredtohumansthroughhefoodchainInhis farm, 1277 blood samples, and 26 samples of oral fluids from udy oxidative stress response induced by DMT pesticide n ccontasta us leptoda tylus were nvestigated For this purpose, pigs housed in pens were taken to detect the nucleic acid of the porcine respiratory and reproductive syndrome virus using real xidativestress and antioxidantparametersThiobarbiuric acid time RT-PCR test. Three-hundred flies were collected, using an entomological net, and 50 samples of 6 flies each were formed activesubstance(TBARS),Glutathione(GSH), Superoxide smuase (SOD),catalase(CAT) andglutathionepeoxidase Data was analyzed using descriptive statistics. From the sera tested, 95.74% (1224/1277) were positive in the ELISA test. 17535and70mgL1concetratonsat24and96hours ereinvestgated. ResultsweedeterminedusngELISAkits syndrome virus was detected in 34.6% (9/26) of the oral fluids iso significat differencewasobservedinGSHlvelandSOD PCR test allowed detecting of the porcine respiratory and