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Texas Tech scientist aims to reduce impact of ketosis in dairy cows

Article-Texas Tech scientist aims to reduce impact of ketosis in dairy cows

Shutterstock black and white dairy cows eating from feed trough
According to Strieder-Barboza, ketosis may affect up to 80% of early lactation dairy cows.

A Texas Tech veterinary research scientist has received a $300,000 grant from the USDA's National Institute of Food and Agriculture for the purpose of understanding the mechanisms leading to the development of ketosis dairy cows. Ketosis is the natural metabolic process of burning fat cells to produce energy when carbohydrates are not available. 

Clarissa Strieder-Barboza, an assistant professor with a dual appointment in Tech's Department of Veterinary Sciences and the Texas Tech School of Veterinary Medicine in Amarillo, aims to improve production in dairy cows by reducing the impact of ketosis.

"Our ultimate goal is to reduce economic losses associated with decreased milk production, reproductive performance and welfare in cows that develop ketosis after calving," Strieder-Barboza says.

By obtaining fat tissue from early lactation cows, both with and without ketosis present, and using novel genomics techniques such as single-cell RNA sequencing analysis, Strieder-Barboza believes her research can form the basis for developing new methods of preventing metabolic diseases.

"We expect to reveal how ketosis affects specific cell subtypes in adipose tissues using highly innovative techniques," she says. "This work will be the basis for developing new nutritional and therapeutic interventions to prevent metabolic disease."

According to Strieder-Barboza, ketosis may affect up to 80% of early lactation dairy cows. Understanding how ketosis affects fat tissue function, including its ability to break down during energy shortage, is crucial in developing preventative measures to help offset economic losses.

"The first step toward developing tissue- and cell-specific therapies against ketosis is identifying which cell subtypes are involved in fat tissue dysfunction," she says. "It's similar to what is being developed in human medicine to prevent and treat obesity and Type 2 diabetes."

Source: Texas Tech University, which is solely responsible for the information provided, and wholly owns the information. Informa Business Media and all its subsidiaries are not responsible for any of the content contained in this information asset.

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