Skip Navigation

Scout Archives

Home Projects Publications Archives About Sign Up or Log In

Bacterial Foodborne Disease: Medical Costs and Productivity Losses

This USDA Economic Research Service Report (AER-741, available in Adobe Acrobat [.pdf] format only), discusses cost-of-illness methods and cost-of-illness estimates for six microbe-borne diseases, including E. Coli, which receives a chapter of its own. The report can be downloaded by chapter or in its entirety.

Escherichia coli refers to a diverse family of hundreds of bacteria, many of which are permanent residents of human intestines, serving a beneficial purpose in digestion. The potentially deadly strain that has received recent publicity was first described in 1982, and is known as E. coli O157:H7. This strain of the bacteria produces a substance known as Vero-cytotoxin, which can cause severe illness, characterized by bloody diarrhea and occasional kidney failure in children and the elderly. Symptoms normally appear between three to six days after ingestion of the bacteria. Most illness associated with E. coli has been traced to eating undercooked, contaminated ground beef, although it can also be transmitted via person-to-person contact, by eating raw milk, contaminated vegetables or apple cider, and by swimming in or drinking sewage-contaminated water. The organism lives in the intestine of healthy cattle, and meat can become contaminated during slaughter. Because grinding mixes the bacteria into the product, ground meats represent a greater threat than do whole cuts. Contaminated meat looks and smells normal. Raw milk can be contaminated from bacteria present on a cow's udder. It appears that even small amounts of this organism can cause severe illness.

Alternate Title
Agricultural Economics Report No. 741.
Archived Scout Publication URL
Date Issued
1997
Data Type
Language
Date of Scout Publication
September 17th, 1997
Date Of Record Creation
April 3rd, 2003 at 4:46pm
Date Of Record Release
April 3rd, 2003 at 4:46pm
Resource URL Clicks
8

Internal

Cumulative Rating
0
Add Comment

Comments

(no comments available yet)