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![]() The latest international health news and analysis from TIME's Christine Gorman, Simon Robinson and Bryan Walsh
Monday, Jan. 22, 2007 Iraqibacter Bug Threatens Wounded Troops Florence Nightingale could have predicted this. A growing number of antibiotic-resistant germs are turning up in the war wounds of U.S. combat troops in Iraq. Along with the usual drug-resistant staph and strep varieties, there is now a major hospital-bred version of Acinetobacter that has become resistant to all traditional antibiotics. At first doctors assumed the germ was being forced into soldiers' wounds along with all the dirt from the explosion of improvised explosive devices, according to Steve Silberman’s comprehensive look at Acinetobacter in February’s Wired Magazine. But then, Silberman says, an investigation by military doctors and others showed that the source of the drug-resistant bug—informally known as Iraqibacter—was probably the Pentagon’s own faulty infection control procedures. That conclusion certainly makes sense when you consider the natural history of other drug-resistant bugs—like multi-drug resistant tuberculosis or methicillin-resistant Staphylococcus aureus. Antibiotics are tremendous life savers but their widespread use can also accelerate the emergence of drug-resistant germs. And, as Florence Nightingale showed back in the 1800s, you’ve got to keep even combat medical hospitals scrupulously clean. —By Christine Gorman/New York « Previous Entry | Back to Main | Next Entry » |
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Reader's Comments
Does such a vulnerability create an opportunity for terrorists and widen the risk for US citizens stemming from soldiers returning from the war in Iraq?
posted by: Jon Dunnemann | January 23, 2007
Not surprising.I have always suspected that many outbreaks of disease have come from these kinds of circumstances.I think it may be possible that AIDS came from military testing in the 60's and somehow became centered in the gay sector in the western world............. is very suspicious that it would have this kind of unknown spreading pattern ........unless there had been something else helping it into that direction.I don't know why or how or even if it might have just been some kind of warfare testing that somehow went terribly wrong.................but it does look very suspicious and I would be surprised if this war doesn't end up having similar long lasting and slow to appear results.
posted by: Jack Hammond | January 23, 2007
THEY DON'T NEED ANTIBIOTICS THEY NEED SILVER. COLLOIDAL WASHED WOUNDS HEAL. SO SIMPLE TO MAKE AND SO SIMPLE TO USE. AND OUR TROOPS COULD BE SAVED. GET THIS TO WHERE IT NEEDS TO BE. DON'T CARE IF YOU PUT THIS ON THE BLOG OR NOT. JUST GET THE INFO WHERE IT CAN HELP OUR TROOPS.
posted by: PAT CUNNINGHAM | January 23, 2007
Very interesting topic. However, you really supply little information. How many soldiers suffer from this, 3 or 3,000? Since when has it been occuring, one month or two years ago? What is the likely path for treatment or improvement, just use clorox when mopping the floors?
What kind of poor quality reporting is this? You should expand a bit, or is this just an intentional case of a blog supply a glob of useless information.
posted by: Doug Petersen | January 23, 2007
This is too important an article to have fualty spelling!
posted by: Carol Rowlett | January 23, 2007
war wounds dont kill people medical procedures do?
posted by: Todd Mejor | January 23, 2007
Did you mean "acinetobacter?" If you're going to talk about a pathogen, please spell it correctly so readers are able to look up more information on the topic, instead of being stymied by an atrocious misspelling.
posted by: Kathy Dix | January 23, 2007
This is just one of the outcomes of a war that is not supposed to in effect and this is what happens when you are disobident to God. Everyone suffers even the innocent
posted by: Melva Sanders | January 23, 2007
Bacteria are very smart and resilient. Its not suprising at all that multi drug resistant strains are emerging. In the next 25 years, we will lose antibiotics as an effective medical tool. As a physician, I have already seen growth of more virulent and resistant organisms.
One of the greatest reasons for the modern boost to longevity are antibiotics. The thought of losing them is frightening. Get drug resistant pneumonia when your 42 and you will likely die. Get a bad finger infection with multi drug resistant organisms and you might lose the whole arm.
This is the way life (and death) was for centuries.We take antibiotics for granted, and its scary to think that they are just a passing fancy.
Don't think that we can just make more antibiotics...they are getting more difficult to create and even more expensive to manufacture. As soon as you release the new antibiotic to the world, the bacteria start working on how to resist them. We will lose the battle in the long run.
It's just plain scary to really think about, isn't it?
posted by: Greg Rafijah, MD | January 23, 2007
fualty? tell parsons to make sure to keep at least a couple copy editors around!
posted by: R.M. | January 23, 2007
MRS A (methicillin-resistant Staphylococcus aureus)is the new threat to Hospital recoveries in North America. Why should we be suprised that MRS A (my Stephen King play on words for this terrible infection)surfacing in battle hospitals surprise anyone. It was only a matter of time.
posted by: Federico Santi | January 23, 2007
While I was deployed to Iraq and Afghanistan, my comrades and I had antibiotics forced on us from every direction. Daily pills, weekly pills, and injections for anything and everything real or feared. This practice is commonplace and widespread throughout the armed forces. I wonder whether over-use of these drugs might contribute to the emergence of resistant bacteria. I would not presume to claim that this is definitely the case but I have had a nagging suspicion since I posed the question to an Army doctor a year ago. He shrugged his shoulders and replied, "I don't know. I guess it's possible."
posted by: rmb173rd | January 23, 2007
On such a short article, you would think you could proof read it - or at the very least run a spell check. You misspelled faulty.
posted by: Rene Gade | January 23, 2007
My apologies on the misspellings. They're now fixed.
posted by: C. G. | January 23, 2007
Christine, thank you so much for the link to my article in Wired (http://wired.com/news/wiredmag/0,72532-0.html). Doug, you'll find all the information you need in the article itself -- one can't expect Christine to be able to boil down 7,000 words into 70! And Federico, while MRSA is a huge problem too, Acinetobacter baumannii is not MRSA, but a different kind of bacteria.
Thanks for reading!
posted by: Steve Silberman | January 23, 2007
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