Showing posts with label DOCTOR. Show all posts
Showing posts with label DOCTOR. Show all posts

Thursday, September 1, 2011

Hospital garb harbors nasty bacteria | 60 percent of uniforms tested positive


They might look quite clean, but the white coats, pastel uniforms and colorful surgical scrubs worn by doctors and nurses actually may harbor a host of nasty, potentially dangerous bacteria, a new study finds.  
More than 60 percent of health workers’ uniforms sampled by researchers tested positive for pathogens, including the germs that can cause pneumonia, bloodstream infections and drug-resistant infections such as MRSA.
That’s according to a study of hospital attire published today in the American Journal of Infection Control. Israeli researchers collected samples from the sleeves, waists and pockets of 75 registered nurses and 60 doctors at a busy university-based hospital to confirm the germs.
Half of the samples tested positive for one or more pathogens; potentially dangerous bacteria were isolated from at least one site on 63 percent of the uniforms. Of those, 11 percent of the bugs were resistant to multiple front-line antibiotics.
“These data suggest that personnel attire may be one route by which pathogenic bacteria are transmitted to patients,” concluded the researchers, led by Dr. Yonit Wiener-Well of the Shaare Zedek Medical Center in Jerusalem.
To be sure, the study doesn’t verify a link between the germy garb and actual patient infections, the authors say. But it does raise enough questions to reignite conversations about the ick factor of hospital uniforms and scrubs — especially when health workers wear them in public: out to grocery stores, say, or to sandwich shops.
Workers shouldn't wear scrubs home 
AORN is among several groups and hospital systems that seek to limit potential infection by suggesting rules for hospital workers' attire. AORN guidelines say that hospitals should provide laundry services for surgical doctors and nurses to ensure proper cleaning and that health workers should be barred from wearing scrubs outside of their hospitals.
“Since we know these pathogens are present on attire, our job is to reduce exposure to as low a level as we can,” Conner said.
At the University of Rochester Medical Center in Rochester, N.Y., hospital policy calls for staff to don only scrubs laundered at a hospital-owned facility and to refrain from wearing them outside the premises, said Ann Marie Pettis, director of infection prevention.
“I do cringe,” said Ramona Conner, a registered nurse and manager of standards and recommended practices for the Association of periOperative Registered Nurses. “We do know that antibiotic-resistant organisms have been found to survive for extended lengths of time on hospital materials including clothing and linens.”


"The compliance with the policy, however, is less than perfect, unfortunately," Pettis admitted in an e-mail.

Previous studies in Britain and the United States have suggested that hospital worker attire — including neckties, long-sleeved shirts or coats, and watches, rings and other jewelry — could harbor bacteria that might be passed on to patients.  
But other infection experts say that there are some contamination sources that are far more worrisome than clothing or accessories.
“Uniforms could be a source of contamination, but there is more concern about other surfaces around the patients,” said Russell N. Olmsted, president of the Association for Professionals in Infection Control and Epidemiology.
“What we don’t want to do is direct a lot of energy to sterile attire,” he added.
In the new study, the bacterial burden detected on the sleeves, waists and pockets of the uniforms was apparent, but also fairly low, serving mostly as a warning of possible worse contamination nearby, Olmsted said. For instance, there were 89 isolates of Acinetobacter, a potentially nasty bug, with between one and 36 potential colonies, the study found.
“There are surfaces around the person that have a higher bacterial load. There could be 100 colony-forming units to 1,000 units on a bedrail, for instance,” said Olmsted, an epidemiologist in infection prevention and control services at St. Joseph Mercy Health System in Ann Arbor, Mich.
Experts said the germs detected on the uniforms likely reflected poor hand-washing practices, an intractable problem at most hospitals, where between one-third and one-half of health workers fail to follow good hand hygiene, studies have shown.
The Israeli researchers found, not surprisingly, that contamination increased the longer health workers wore their garb. The rate of contamination with multi-resistant organisms was 29 percent on attire changed every two days, compared with 8 percent in uniforms changed daily, the study found.
They recommended that health workers change into clean uniforms daily, boost their hand hygiene practices and use plastic aprons for messy jobs that may involve splashing or contact with bodily fluids.
That’s good advice, agreed Olmsted and Conner, who both said that decreasing the opportunities for bacteria to hitch a ride on hands, clothing or other objects is the key to infection control.
“Our first response to everything is to err on the side of caution,” Conner said.
By JoNel AlecciaHealth writer | msnbc.com Reprints
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Tuesday, February 8, 2011

Germs Coat Hospital Badges, Says Study

Germs Coat Hospital Badges, Says Study


Helen Carter, ABC Science Online
http://dsc.discovery.com/news/2007/03/19/idgerms_hea.html?category=health


Identification Badges and Badge Holders
March 19, 2007 — Healthcare workers' lanyards and name badges can harbor pathogens including antibiotic resistant 'superbugs', an Australian hospital study has shown for the first time.

Melbourne researchers showed the popular bootlace-like necklaces that clip to identification cards carry more disease-causing bacteria than standard clip-on badges, and are more likely to be contaminated with antibiotic resistant microbes.

The researchers say hospital pathogens could be transmitted from the hands or clothes of healthcare workers. And infection experts suggest cleaning lanyards and badges in light of these preliminary findings.

The researchers, from Monash Medical Center’s infection control unit, will present their findings at the Australasian Society for Infectious Diseases annual scientific meeting in Hobart.


They collected samples from the surface of lanyards plus the surface, edge and connections of badges worn by 53 nurses and 18 doctors. They isolated 18 pathogens from badges and 27 from lanyards.

The material that lanyards are made from probably made it easier for the researchers to isolate pathogens. But more research is needed to confirm this, they said. Levels of bacteria or bacterial load, were also higher on lanyards.


Of the microbes isolated overall, seven were the 'superbug' methicillin resistant Staphylococcus aureus (MRSA); 29 were methicillin sensitive S. aureus (MSSA); four were enterococci and five were aerobic gram-negative bacilli.


"These are common organisms that can cause a range of community and hospital infections," investigators said. "This is a preliminary study and the potential of these organisms to cause disease is unknown from our data.

"But hand washing is very important and we could surmise that cleaning these items would also be important."

Australasian Society for Infectious Diseases president and conference co-convener Professor Lindsay Grayson said pathogens might have come from staff clothing or linen.

"It's very unlikely these [lanyards and badges] would transmit bugs to people. Theoretically there is the potential for transmission but in practical terms these bug numbers are relatively low," he said.

"But it's interesting and reinforces that, just as you wouldn't wear a shirt for weeks without washing it, lanyards and badges should be washed or changed as they can harbor some contamination."

Grayson said MRSA is of most concern as it is resistant to some antibiotics and can cause serious infections.  MSSA, which is more common, is found on everyone's skin but could lead to infections, for example after a cut.  
Previous studies have shown similar contamination on doctors' ties, stethoscopes and mobile phones.


Sunday, February 6, 2011

DOWNLOAD INFORMATION ABOUT ANTIMICROBIAL CREDIT CARD & IDENTIFICATION BADGES

Click here for our new sales flyer: ANTIMICROBIAL-CREDIT-CARDS-IDENTIFICATION-CARDS


United States Patent Office issued patent no. 7,851,517 to Lisa Holmes for all manner of antimicrobial plastic cards and holders.


“I came upon the problem during on a site visit to Hunter Holmes McGuire Veterans Affairs Medical Center in 2005,” said Lisa Holmes. She observed a caregiver bending over a veteran patient. This VA staff member touched the patient with her government ID Badge, who then turned and touched another patient with the same badge.


The patent holder worked on infection control issues as industry rep to the American Society of Healthcare Environmental Services (ASHES). She also worked on issues relating to credentialing for the American Logistics Association. Lastly working in non medical supplies, she was aware of the recent introduction of antimicrobial pens and keyboards.


In that moment, Lisa realized that the transfer of microbes, viruses and other sources of contamination via cards or like devices (e.g., credit cards, drivers' licenses, membership cards, hotel room keys, department store cards, employee badges, name badge holders and so forth), may have  been overlooked. Card manufacturing companies have focused on safeguarding the security of the data on the card, but not the card itself. That in fact, cross-contamination could be controlled and limited by using her new invention.


As a world traveler she observed that personal items are routinely handled by numerous individuals on a daily basis. Government, airports, hospitals, restaurants, retail stores, and security jobs can handle and be exposed to hundreds of cards per day… through her work in healthcare, and consumable products she understood there could be a solution and set about to solve this problem.



Interesting FAQs:



  • Identity badges worn by hospital, government and other professions may be contaminated with pathogenic bacteria, which could be transmitted to patients, co-workers.
  • bacteria, fungi, virus or other microbes can live on the surface of an ID or credit cardfor up to 6 hours after contact
  • plastic cards can carry germs, and without precautions, you can become a host for flu and other bugs
  • some of the hardiest germs can successfully reproduce on plastic surfaces for weeks
  • employees are reluctant to clean or disinfect plastic identification cards for fear the cleaner or disinfectant will damage the card
See the following articles: 

 
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