Farms.com Home   News

'Mad Cow' Disease Case Identified In Netherlands

'Mad Cow' Disease Case Identified In Netherlands

Dutch officials have identified a single case of bovine spongiform encephalopathy, commonly known as "mad cow disease", in a cow carcass, the agriculture ministry said Wednesday.

The animal, an eight-year-old cow, tested positive for an "atypical" variant which arises sporadically in animals and is believed to pose less risk to humans, it said.

It is the first such case in the Netherlands since 2011.

The infected cow "did not enter the food chain and did not pose a risk to food safety," Agriculture Minister Piet Adema said.

BSE is linked to the fatal human condition Creutzfeldt-Jakob disease if contaminated meat is ingested.

The atypical variant of BSE sporadically occurs in older cows, while the classic form is spread when farmers feed cattle with the meat and bone meal of dead and infected animals.

The classic form poses more danger to humans.

Dutch officials had sealed off the affected farm in the South Holland province, and were culling a calf as well as animals that spent their first year growing up with the infected cow.

"In total, 13 bovines have been traced and will now be culled and tested," for BSE, the ministry said in a statement.

Click here to see more...

Trending Video

Pandemic Risks in Swine - Dr. John Deen

Video: Pandemic Risks in Swine - Dr. John Deen

I’m Phil Hord, and I’m excited to kick off my first episode as host on The Swine it Podcast Show. It’s a privilege to begin this journey with you. In this episode, Dr. John Deen, a retired Distinguished Global Professor Emeritus from the University of Minnesota, explains how pandemic threats continue to shape U.S. swine health and production. He discusses vulnerabilities in diagnostics, movement control, and national preparedness while drawing lessons from ASF, avian influenza, and field-level epidemiology. Listen now on all major platforms.

"Pandemic events in swine systems continue to generate significant challenges because early signals often resemble common conditions, creating delays that increase spread and economic disruption."