Dr Mahesh Kumar | Vice President, Global Biologics Research
Zoetis | United States

Dr Mahesh Kumar, Vice President, Global Biologics Research, Zoetis

Mahesh Kumar received his Bachelor of Science degree in Biochemistry from India.  He moved to the United States to pursue his post-graduate education in Microbiology.  He obtained his Master of Science degree from the University of Maine and his Ph.D. from the University of Minnesota in 1990. After graduation, Dr. Kumar was hired by Maine Biological Laboratories in R&D. During his tenure at Maine Biological Labs, he developed several key products including live and inactivated Salmonella vaccines and the bursal tissue origin line of infectious bursal disease virus containing vaccines among others.  After 7 years at MBL where he was the Head of R&D and Regulatory Affairs, he moved to Fort Dodge Animal Health.
 
At Fort Dodge, he led the global poultry research and development activities licensing several key products for the food safety, hatchery and breeder segments. Notable vaccines developed by Dr. Kumar are E. coli and avian influenza including a global approval for use against the Asian H5N1 strain. He has several publications in avian health and is an inventor or co-inventor on several patents.
 
In 2007, he moved to the Netherlands to head the regional technical office responsible for EuAfME approvals of pharmaceutical and biological products for all species.  He was also part of the regional management team providing guidance and diligence on all technical R&D issues.
 
After the merger with Pfizer, Dr. Kumar was appointed to lead a new line dedicated to biologics research in animal health based in Kalamazoo, Michigan. In 2013, Pfizer spun off the animal health division as Zoetis where he currently serves as the Vice President of Global Biologics and Diagnostics R&D responsible for the development of biologics and diagnostics for all species including vaccines against emerging infectious diseases.

Appearances:



DC Co-conference Day 2 April 4 @ 09:10

Rational design of veterinary vaccines, is it less established than human vaccines?

  • Strategy when conventional vaccines don’t work
  • Can vaccines alone eradicate? The need to combine treatments outside of vaccines with alternative approaches

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