Drug-Resistant Staph: What You Need to Know

man cleaning a high school locker roomCustodian Don Watkins disinfects a high school locker room in Sarasota, Fla., last week after three area students were diagnosed with staph infections. (Chip Litherland/The New York Times)

For years health authorities have warned of the growing threat posed by drug-resistant bacteria, but most of us have been half-listening. Not anymore.

A virulent strain of bacteria that resists many antibiotics appears to be killing more people annually than AIDS, emphysema or homicide, taking an estimated 19,000 lives in 2005, according to a study published last week in the Journal of the American Medical Association. The recent death of a 17-year-old high school football player in Virginia is a tragic reminder that methicillin-resistant Staphylococcus aureus, or MRSA, can prey on otherwise healthy people.

The best defense against the potentially deadly infection is common sense and cleanliness. “We need to reinvent hygiene for the 21st century,’’ said Dr. Charles Gerba, professor of environmental microbiology at the University of Arizona at Tucson. “You go to a grocery store, and hundreds of thousands of people have touched those surfaces every day. Microorganisms are evolving very rapidly.’’

Here are answers to common questions about community-acquired staph infections, or CA-MRSA.

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What does CA-MRSA look like?

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CA-MRSA is primarily a skin infection. It often resembles a pimple, boil or spider bite, but it quickly worsens into an abscess or pus-filled blister or sore. Patients who have sores that won’t heal or are filled with pus should see a doctor and ask to be tested for staph infection. They should not squeeze the sore or try to drain it — that can spread the infection to other parts of the skin or deeper into the body.

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Who is at risk?

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The vast majority of MRSA cases happen in hospital settings, but 10 percent to 15 percent occur in the community at large among otherwise healthy people. Infections often occur among people who are prone to cuts and scrapes, such as children and athletes. MRSA typically spreads by skin-to-skin contact, crowded conditions and the sharing of contaminated personal items. Others who should be watchful: people who have regular contact with health care workers, those who have recently taken such antibiotics as fluoroquinolones or cephalosporin, homosexual men, military recruits and prisoners. Clusters of infections have appeared in certain ethnic groups, including Pacific Islanders, Alaskan Natives and Native Americans.

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What can I do to lower my risk of contracting MRSA?

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Bathing regularly and washing hands before meals is just a start. Wash your hands often or use an antibacterial sanitizer after you’ve been in public places or have touched handrails and other highly trafficked surfaces. Make sure cuts and scrapes are bandaged until they heal. Wash towels and sheets regularly, preferably in hot water, and leave clothes in the dryer until they are completely dry. “Staph is a pretty hardy organism,’’ said Dr. Gerba.

Remind kids and teenagers that personal items shouldn’t be shared with their friends, he added. This includes brushes, combs, razors, towels, makeup and cell phones. A teenager in Dr. Gerba’s own family once contracted MRSA, he said, and he eventually traced the bacteria to her cell phone. She had shared it with a friend whose mother worked in a nursing home. Dr. Gerba went on to discover MRSA on the friend’s cell phone and makeup compact and on a countertop in her home.

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Where does MRSA lurk?

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Staph bacteria may be found on the skin and in the noses of nearly 30 percent of the population without causing harm. Experts believe it survives on surfaces in 2 percent to 3 percent of homes, cars and public places.

But the bacteria are evolving, and the statistics may already underestimate the prevalence of MRSA. Be especially vigilant in health clubs and gyms — staph grows rapidly in warm, moist environments. The risks of infection and necessary precautions should be explained to student athletes, particularly those in contact sports who often suffer cuts and spend time in locker rooms. When working out at the gym, make sure you wipe down equipment before you use it. Many people clean just the sweaty benches, but Dr. Gerba notes that MRSA also has been found on the grips of workout machines. And if you have a scrape or sore, keep it clean and bandaged until it heals. Minor cuts and scrapes are the way MRSA takes hold.

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What is the single best thing I can do to protect myself from MRSA?

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Without question, people need to show far more respect for antibiotics. Misuse of antibiotics allows bacteria to evolve and develop resistance to drugs. But parents often pressure pediatricians to prescribe antibiotics even when they don’t help the vast majority of childhood infections. When you do take an antibiotic, finish the dose. Antibiotic resistance is bad for everyone, but your body can also become particularly vulnerable to resistant bacteria if you are careless with the drugs.

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How do I find out more?

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One of the most useful Web sites is a MRSA primer from Mayoclinic.com. The Centers for Disease Control and Prevention offers a useful Q&A about MRSA in schools. A patient website called MRSA Resources lists a few stories of patients affected by MSRA. Recent Stanford University grad Nick Yee chronicles his struggle with MRSA on his Web site, which includes graphic videos of his wound and treatment. (I couldn’t get through them.) And if you have the stomach for it, a number of people have — inexplicably — posted videos of their MRSA wounds on YouTube.

Comments are no longer being accepted.

So the biggest thing we can do is to show far more otics but then it’s recommended that we use anti-bacterial sanitizier??? I thought the massive (over)use of anti-bacterial products is part of the problem.

eds note: Hand sanitizers contain alcohol, not antibiotics and do not contribute to the resistance issue. Thanks to the many many readers below who have further commented on this question. tpp

I hope that those antibacterial sanitizers do not contain antibiotics thereby increasing the development of more resistant bacteria. Lots of soap and water is the answer.

We have the same problems in the UK, but I think that there should be a lot more done about contraction via airborne means.

1. A letter written to the Times by N.A. Simmons Emeritus Consultant Microbiologist at the Guy’s and St. Thomas’ Hospital Trust. says

“To be truly effective, measures to contain MRSA must block airborne transmission” This link used to work and The Times having accidentally deleted it are trying to put it back so here it is //www.timesonline.co.uk/tol/com…icle418262.ece

2. The Royal College of Nursing – Continuing Professional Development – Infection Control

“Airborne Pathogens cannot travel through the air unless carried on airborne particles. Transmission occurs via:

i. Respiratory droplets – coughing and sneezing may transmit large or small droplets such as in Mycobacterium tuberculosis and influenza.

ii. Dust, which contains skin cells and can carry bacteria such as Staphylococcus aureus, or spores such as Clostridium difficile and Aspergillus.”
//www.e-co.uk.com/infectioncontrol.pdf

There is no antibiotic in hand sanitizer. It is just alcohol. The alcohol kills any bacteria on your hands. The overuse of antibiotics (i.e. prescriptions, not germ killing hand sanitizer) is causing bacteria to get used to them, therefore reducing their effectiveness. Hand sanitizer has nothing to do with drug-resistance. It may actually be your only hope to be sure you don’t get any germs on your hands, or if you do, that they will be killed by the hand sanitizer.

Antibacterial sanitizers do not contain antibiotics, but rather kill organisms with alcohol. They will not promote resistance to antibiotics, and they work better than soap and water to kill bacteria on hands. I use them before and after each patient, and also wash my hands when dirty. Keep them in the car for after the supermarket or after handling money.

no -they contain alcohol – not antibiotics. they don’t increase resistance.
Any sanitizer that is at least 62% alcohol works.
Also, wash with soap and water.

I have no answers but pray boffins are already working overtime on this.
张三丰

ITS IN MY SCHOOL WHAT SHOULD I DO.

im scareddddddd :[[[[[[

Just to help a few of you reading this…antibacterial sanitizers, like the germ x or purell, do not contain antibiotics. These sanitizers are primarily alcohol which kills a lot of the common bacterias that we come in contact with each day. I hope this helps…

The (reputable) hand sanitizers contain alcohol, which kill organisms through a physical method. Repeated use of alcohol will keep killing more organisms. While alcohol kills biota, it *is not* an antibiotic.

If your hand sanitizer is alcohol based and does not contain triclosan then it will not contribute to the problem of drug resistance.

Hand sanitizers are made from alcohol, there are no antibiotics in them.

The hand sanitizers usually contain alcohol, much like rubbing alcohol. Purell makes such a product and is an example of a hand sanitizer. These kind of sanitizers are easy to use and very effective.

What nonsense. If one could pick up MRSA from handrails or by sharing gym equipment we would have seen far more than the estimated 95,000 cases in 2005. This is clearly harder to transmit or acquire than a cold virus or the flu.

Kudos to Stanley and C. Jellinek for pointing out the contradiction in this advice.

What about high school wrestlers who are constantly in a high risk situation?
Should the mats be cleaned daily?

3 weeks ago the times ran a large article on how the routine administration of the Prevnar vaccine to young children is breeding greater concentrations of Staph and antibiotic-resisitant staph infections, yet the paper is not connecting these two. While hand sanitizers that contain alcohol won’t breed this bacteria – bacterial vaccines like Prevnar will. Don’t worry though – Wyeth is working on another vaccine to cover strain 19A! Great how one vaccine leads to the need for another, and so on, and so on…Gee, who wins in this situation?

While it is the case that alcohol-based hand sanitizers do not contribute to antibacterial resistance, many common antibacterial liquid soaps do contain triclosan. Cleansing agents containing triclosan are often prescribed for individuals infected with MRSA. Everyday usage of products that contain lower concentrations of triclosan may promote resistance. Other products that contain triclosan include toothpastes, facial cleansers, and deodorants.

A friend caught it in a gym and it played havoc with his leg. Hospitals are full of it. Patients coming in from nursing homes very often have it. I just moved and was going to join the local community center/gym but I’m going to pass. My advise based on what I’ve seen in hospitals is if you have the misfortune of being hospitalized crawl out of the place as soon as you can and convalesce at home.

Im a high school student and im scared of getting the infection what can i do to prevent it i dont even want to go to school any more cuz its going around!

We have protective bacteria on our skin. Simple non antibacterial soaps wash dirt off, and don’t remove these “good” bacteria. The alcohol products don’t really do that much to halt MRSA. I don’t consider them very useful. If you get a cut, WASH IT! Lysol type products are good to spray furniture and public seating. Don’t be shy in doing that, especially when visiting hospitals.

Medicine and Pharmaceutical industry have it screwed up from the beginning. All carbon based life form use Levorotary form of chemical and when antibiotics are manufactured they have dextro and levo compounds. It is the dextro form which enables bacterias to develop the resistance. So long as we have these compounds in the antibiotic mix there will always resistance to antibiotics no matter how new they are?.

My 31 year old son is confined to a Nursing Home and has been in and out of the hospital due to MRSA which he got at one of those environments. He is now very suseptable to infections everywhere in his body. The hospital confines him to a room by himself and everyone must wear gowns and gloves–sometimes masks. The Nursing Home does not take these precautions and I believe they should, not only to protect my son, but to protect other residents in the home. Use lots of water and soap even after removing gloves.

Im scared to,I have a 7year old & 15.I prey everyday they dont catch it.I also prey for the ones that did.MY HEART goes out to all the familys that are going through this.MAY GOD be with you and everyone else……

I’ve seen more MRSA in my practice in the last 2 months than I have in 23 years of practice as a Dermatologist. Believe me, it’s not a joke and can be transmittled through mats, gym equipment, and contact sports among other things, including mats. Wrestlers have always had to contend with infections, earlier it was Herpes (and still is), then drug sensitive staph and strep (impetigo), now it’s MRSA. I think rubbing down with alcohol is not a bad idea after practice or a match. Mats are hard to sanitize. I don’t what the answer is here. Take it serious folks, it can be nasty.

Simply picking up MRSA from a surface doesn’t guarantee a reported case and furthermore doesn’t even guarantee that you mill be infected. It is always a gamble whether your body’s immune system will eliminate the pathogen before it has a chance to “get a foothold.” Also, before you get to excited by Stanly and C. Jellinek for their advice, read the numerous comments explaining how hand sanitizers DON’T contribute to the antibody resistance problem. Duncan, are you just trying to be contrary? Much of this is good, solid advice that can definitely help.