Key result
Blood samples from sick pigs tested positive for classical swine fever viral genes 5'UTR and E2 by RT-PCR, confirming the cause of the fatal outbreak.
Why the study?
Classical swine fever is a highly transmissible viral disease causing significant economic losses, and cross-breed pigs raised on managed farms may have experienced an outbreak.
Observational (n=220)
No
RT-PCR confirmed an outbreak of classical swine fever in an organized pig farm in Madurai, Tamil Nadu.
Due to high mortality and reproductive issues, classical swine fever (CSF) is a highly transmissible viral illness that affects pigs and causes significant economic losses. In the current investigation, cross-breed pigs raised on managed farms may have experienced a swine flu outbreak. All of 220 pigs of various ages, thirty-three perished in a span of two to three days. It was then discovered that these animals had not had a CSF vaccination. Clinical manifestations of the illness were fever, huddling, conjunctivitis, acute respiratory distress, and purpura of the chest and abdomen. Reverse transcriptase polymerization chain reaction (RT-PCR) was used to employ the presence of the classical swine fever viral genes 5'UTR and E2 in blood samples taken from the suspicious animals. Blood samples from sick animals tested positive for both genes.
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Murugan et al. (2024) conducted an observational in Classical swine fever (n=220). Classical swine fever virus (CSFV) exposure was evaluated on Detection of classical swine fever viral genes 5'UTR and E2 by RT-PCR. Blood samples from sick pigs tested positive for classical swine fever viral genes 5'UTR and E2 by RT-PCR, confirming the cause of the fatal outbreak.
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