Advances in Understanding the Immune Response to Influenza in Pigs
University of Missouri researchers are uncovering how pig immune cells respond to influenza, paving the way for better vaccines and therapies for both animals and humans due to shared genetics and virus similarities.
Researchers at the University of Missouri are making significant progress in deciphering how immune cells in pigs respond to influenza infection. This research is crucial because pigs share many genetic similarities with humans, making them an important model for studying influenza. Understanding which immune cells are most reactive to the virus could pave the way for developing more effective vaccines and therapies for both animals and humans.
The team has focused on pinpointing specific immune cells, such as T cells and B cells, that possess receptors capable of recognizing and responding to the influenza virus. Since the virus rapidly mutates, identifying receptors that bind to stable parts of the virus could lead to longer-lasting immunity through improved vaccines.
To achieve this, scientists employed a tailored version of single-cell RNA sequencing technology designed for pigs. This advanced method allows for an in-depth analysis of individual cell behavior, revealing which immune cells are most active during infection.
Associate Professor John Driver highlighted the potential impact of this research, emphasizing that understanding the immune response in pigs can inform strategies to prevent influenza outbreaks in humans. The study also underscores the importance of interdisciplinary collaboration at Mizzou, combining expertise in genomics, infectious diseases, and veterinary science.
Given the rapid mutation rate of influenza viruses, finding conserved regions for vaccine targeting could revolutionize how we approach flu prevention. Reducing the threat of future pandemics, especially from avian influenza capable of spreading to pigs and humans, is a vital goal.
This research not only benefits the pork industry by controlling influenza in swine populations but also contributes to human health by informing vaccine development. The findings may help create longer-lasting, more effective vaccines, reducing the need for annual reformulations and better preparing us for potential outbreaks.
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