Theory: Mad Cow From Human Remains
Posted on: Friday, 2 September 2005, 15:00 CDT
Two British researchers have a theory mad cow disease might have been transmitted via importation of bone meal contaminated by human remains.
Alan Colchester of the University of Kent, Canterbury and his daughter, Nancy, a veterinary medicine specialist at the University of Edinburgh, Scotland, suggest the Hindu funeral practice of partially cremated bodies cast into the Ganges, only to be scavenged and recycled, led to contamination in India of animal bone meal, the Times of London reported Friday.
Some of the people may have died of variant Creutzfeldt-Jakob disease vCJD in India, and if so, bone meal contaminated with vCJD could have entered the animal food chain in Britain.
The contaminated animal meal might have caused the outbreak of bovine spongiform encephalopathy, commonly known as mad cow disease, in cattle, which was then transferred to people as vCJD, the human equivalent of BSE.
The study, published in the Lancet, said evidence is circumstantial, but the theory was strong enough to justify further research, according to the authors.
Two Indian Creutzfeldt-Jakob disease experts said even if human waste contaminated exported bone meal, the dilution would have been too enormous.
Source: United Press International
Related Articles
- The Therapeutic Benefits of the Human-Animal Bond
- American Humane(R) Certified - Nation's Top Farm Animal Welfare Label -Rolls Out Online and On-site Humane Animal-Handling Program
- Target gene ID'd in bone marrow disease
- Gene Could Lead To New Therapies For Bone Marrow Disease
- Mars, Incorporated Commits Over $2 Million to Federal Agency for Human-Animal Interaction Research
- American Humane Certified to Launch Online Training of Humane Animal Care for Food Producers
- Alethia Biotherapeutics Inc. And Emerillon Therapeutics Inc. Announce Collaborative Agreement for Target Discovery in Bone-Related Diseases
- Research Mingling Human, Animal Cells Continues to Evolve
- Genetic Mingling Mixes Human, Animal Cells
- Host Cell Modulation By Human, Animal and Plant Pathogens
User Comments (0)

RSS Feeds