Farms.com Home   Ag Industry News

Testing on pigs may reduce drug failure rates

Jul 25, 2017
By Kaitlynn Anderson
Assistant Editor, North American Content, Farms.com

Pigs have body systems more like humans than mice do, researchers say

By Kaitlynn Anderson

Farms.com

 

RGtimeline/iStock/Getty Images Plus photo

Pigs could assist in putting only the most successful drugs on pharmacy shelves, thanks to Penn State University researchers. 

With immune systems and gut bacterial profiles similar to humans, pigs can be used to test treatments for diseases that are linked to high-calorie diets.

Mice, which are often used to test drugs, do not always react to the treatments in the same way that humans would, according to Jairam K.P. Vanamala, associate professor at Penn State.

"Seven out of ten deaths in the United States are due to chronic conditions," Vanamala said in a university release on Thursday.

Despite the prevalence of disease, drugs in the marketplace still have a high failure rate, added the associate professor.

By testing treatments on pigs, researchers hope that drug failure rates for humans will decline.

"Mice models will continue to be important to study under certain conditions," Vanamala said in the release. "But, what we found is that the pig model has both a microbiome that is closer to the human microbiome and the intestinal physiology is, also, similar to humans."

The findings were published in the Cancer Prevention Research Journal.

 

 


Trending Video

How to Boost Gilt Reproductive Health & Prevent Failures - Dr. Billy Flowers

Video: How to Boost Gilt Reproductive Health & Prevent Failures - Dr. Billy Flowers

In this episode of The Swine it Podcast Show Canada, Dr. Billy Flowers from North Carolina State University shares his expertise on gilt development and longevity in swine production. He explores the challenges related to first-litter gilt productivity, the importance of gestation and lactation periods, and how genetics and nutrition affect lifetime productivity. Learn about strategies to improve gilt development and reduce early-stage reproductive failures. Tune in on all major platforms!