Staph bacteria can be removed from hospitals
1. Select two Staph-laden rooms (Room A and Room B).
2. Obtain swab/swipe samples and culture test both rooms to establish baseline data.
3. Treat one of the rooms (Room B). Designate the day of the treatment as "DAY 0."
4. Culture test at various locations in the rooms daily for a period of time.
5. Compare the results. Expect results as shown below, for illustration.
6. Proceed with other rooms when PROOF OF RESULTS have been established to the satisfaction of the hospital adminstrator and the medical staff.
For more information on the StaphWash Test Kit now, CLICK HERE
For information about StaphWash Room Shield, click on the following link to view a PDF file: www.PhillipsCompany.4t.com/rooms.pdf
Editorial -- Daytona Beach News-Journal --
Looming health crisis -- Unite to battle merciless bug
Hospital officials recognize that methicillin-resistant staphylococcus aureus is nothing new. But a recent study detailing the prevalence of the bug (commonly known by its initials) could shock even the most cautious of health-care practitioners.
The Association of Professionals in Infection Control and Epidemiology took a two-month snapshot of MRSA at more than 1,200 facilities across the country and found roughly 10 times more cases of drug-resistant bacteria than expected. According to the study, released in June, up to 30,000 American hospital patients at any given time are infected with the superbug, and as many as 119,000 patients die each year from MRSA infections. If that number is correct, it could mean more patients die of drug-resistant infections than of diabetes.
The association's research expands greatly on statistics published by the federal Centers for Disease Control, which estimated that fewer than four in 1,000 hospital patients were infected with MRSA. The APIC study found that on average, 34 patients in every 1,000 had active MRSA infections and another 12 were "colonized" with the bug, meaning it was present in their bodies but not actively causing problems.The ironic force behind the germ explosion: Antibiotic overuse. Over the past 50 years, Americans have come to expect antibiotics as routine treatment for many health complaints, including viral infections, which antibiotics won't cure. And it's common for patients to start a course of antibiotics, then stop taking them as they start to feel better. Antibiotic use in livestock is also widespread.
As a result, many strains of bacteria have mutated so that common antibiotics -- or even the most powerful ones, like vancomycin -- won't kill them. In some cases, MRSA infections can only be treated with amputation of affected limbs. Other patients must undergo other extreme treatments, like surgical placement of antibiotic inserts.
Increasingly, officials are pressuring hospitals to implement stricter cleaning protocols that can help stop the spread of infection -- measures ranging from hand-washing to more thorough overall sanitation and careful use of antibiotics among surgical patients. These measures are important -- but should be linked to an overall strategy to control infections, not just in hospitals but in the community. (Notably, 77 percent of the infections cataloged in the June study showed up within 48 hours of admission to a hospital, suggesting that the patient may have carried MRSA into the hospital with them.)
Hospitals need help in fighting drug-resistant bacteria. When Medicare officials announced Monday that the program will stop paying for treatment of some hospital-acquired infections, they moved in the wrong direction. Instead, Medicare and state health officials should be pushing for greater surveillance of hospital-related infections, while providing support for better sanitation and training. Increased funding for research into new germ-killing technology could end up saving federal health-care budgets millions of dollars, and protecting thousands of Americans from horrific infections.
Medical officials take these tiny pathogens seriously. But an effective fight against drug-resistant bacteria can not be waged without strong federal commitment, including national protocols and organized research.
By the Numbers
2% = In 1972, the percentage of hospital-acquired infections that were drug-resistant.
50%-70% = In 2006, the percentage of hospital-acquired infections that are drug-resistant.
30% = The percentage of Americans who "carry" staphylococcus aureus harmlessly in their nasal passages.
2 million = The number of hospital-acquired infections in the United States each year.
23% = The mortality rate among patients whose blood becomes infected with a strain of staphylococcus aureus that's resistant to common antibiotics.
10 days = The average time a hospital stay is extended when a patient contracts an antibiotic-resistant infection.
$21,394 = The average additional cost for treating a drug-resistant infection (as opposed to a hospital-acquired infection easily treated with antibiotics).
$45 billion = The estimated national total costs associated with treating hospital-acquired infections.
SOURCE: 2007 study by the Association of Professionals in Infection Control and Epidemiology
Full text of article available at http://www.news-journalonline.com/NewsJournalOnline/Opinion/Editorials/opnOPN17070807.htm
For more information on the StaphWash Test Kit now, CLICK HERE
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According to the article below, MRSA infections accounted for 2 percent of staph infections in 1974, and then grew to 22 percent in 1995 and 63 percent in 2004, data from the federal Centers for Disease Control and Prevention show.
Shelly Diaz, a CDC spokeswoman, said 126,000 Americans a year are hospitalized with MRSA, and the CDC has stepped up surveillance among hospitals.
Posted on Sat, Jul. 14, 2007
HEALTH CARE TRENDS
Hospitals try to curb spiraling staph strain
By Steve Palisin - The Sun News
Staff at area hospitals are washing their hands more and taking other measures to fight the spread of a growing strain of staph infection that is resistant to antibiotics.
Dr. John Charles, medical director at Grand Strand Regional Medical Center in Myrtle Beach, called the methicillin-resistant staphylococcus aureus bacteria a common staph infection that has built a resistance to most antibiotics, including penicillin.
MRSA infections accounted for 2 percent of staph infections in 1974, and then grew to 22 percent in 1995 and 63 percent in 2004, data from the federal Centers for Disease Control and Prevention show.
Shelly Diaz, a CDC spokeswoman, said 126,000 Americans a year are hospitalized with MRSA, and the CDC has stepped up surveillance among hospitals. The higher MRSA incidence rate could reflect patients' misuse of antibiotics, she said, as well as improper hand hygiene in hospitals.
Charles said MRSA has evolved in the past 10 years from a problem seen primarily in health care settings to one also affecting such community activities and institutions as school sports teams, nursing homes and day-care centers.
Charles stressed many people might have come into contact, or colonized, with MRSA, but that doesn't mean an infection has been contracted. That's where the extra attention on staffwide hand hygiene, testing incoming patients deemed to carry a high risk for it, and wearing gowns, gloves and masks come into play to curb the circulation of MRSA.
Kathleen Paranada, a doctor in Myrtle Beach with the Charleston-based Lowcountry Infectious Diseases clinic, said an increase in MRSA presence started in the 1990s, but most clinical cases seen are skin problems instead of life-threatening illnesses.
'Gel in, gel out'
Amy Myers, spokeswoman for Brunswick Community Hospital in Supply. N.C., said the request to "gel in, gel out" with hand-sanitizer dispensers applies to anyone going in or out of a patient's room.
A hand-hygiene committee formed last year at Brunswick, with representatives from every hospital department, continues to brainstorm ways to improve and monitor infection control, Myers said.
Julie Rajotte, spokeswoman for Conway Medical Center, said, "MRSA has been on our radar screen for a while. ... Anyone can be a carrier."
She said managing the 160-bed hospital includes a multiple-component "bundles" approach to curb transmission of MRSA, such as constantly observing staff hand hygiene procedures and watching ventilators and respirators as infection sources.
Mary Lynne Magnus, infection control coordinator at Waccamaw Community Hospital in Murrells Inlet, said visitors might not understand why they're asked to wear a paper mask and gown and latex gloves, as staff do, in the room of a patient with higher vulnerability for a staph infection.
Such extra covering, Magnus said, helps cut down on carrying MRSA elsewhere in the 111-bed hospital, part of Georgetown Hospital System.
Celeste Bondurant-Bell, spokeswoman for Loris Community Hospital, said hand washing remains a never-ending campaign among its 105 beds, extending to all employees and the public in their family lives.
"It's a simple everyday methodology of keeping the germs at bay," Bondurant-Bell said.
Decals on mirrors
Myers said decals on washroom mirrors in Brunswick hospital, with its 60 beds, carry catchy slogans such as "Come clean, wash up" or "Send germs where they belong."
Magnus recounted other sayings on mirrors at Waccamaw: "Friction rubs out germs," the first letters of which form an acronym for the frog pictured alongside; "Live long and prosper: Clean your hands"; and "Don't get caught germy handed."
"We try to change them around so people don't start to ignore them over time," Magnus said.
Winona McLamb, a registered nurse epidemiologist, oversees health and education, including infection control, at Grand Strand Regional, which has 219 beds.
She said nasal swabs are taken to screen for MRSA cultures in incoming patients assessed with higher risk, such as those undergoing back or open-heart surgery or joint replacement, nursing home residents and individuals with intravenous needs.
Charles said he remembers 10 years ago, when one or two patients a month in the emergency department would have MRSA infection, while McLamb said she recently had counted five cases in a week.
When a patient is identified as a carrier or infected with MRSA, contact precautions include having gowns and gloves hanging on the door, McLamb said, to streamline safety for doctors, who often are in a hurry going room to room.
McLamb said her 19-year-old daughter recovered from MRSA three years ago, when she played on a volleyball team.
Charles said a high school official contacted him in 2005 after two wrestling team members picked up MRSA, so in an environment that includes contact among competitors and touching mats, extra awareness matters.
Myers said at health fairs, Brunswick Hospital's booth welcomes the public to place their hands under a glow-germ machine, a black light that shows where individuals miss spots with soap, such as under fingernails.
"Sometimes we think we're doing enough when we're really not," Myers said.
Staphylococcus aureus, or staph, is a type of bacteria than can cause skin infections that look like pimples or boils. Some staph, known as methicillin-resistant staphylococcus aureus, are resistant to certain antibiotics, making it harder to treat.
People are more likely to get a staph infection through:
Skin-to-skin contact with someone who has a staph infection
Contact with infected items and surfaces
Openings in their skin such as cuts or scrapes
Crowded living conditions
Poor hygiene
Steps to prevent spreading a staph infection include:
Washing hands often or using an alcohol-based hand sanitizer
Keeping cuts and scrapes clean and covering them with bandages
Not touching other people's cuts or bandages
Not sharing personal items such as towels or razors
Source: www.cdc.gov/ncidod/dhqp/ar-mrsa.html
Full text of article at http://www.myrtlebeachonline.com/news/local/story/128137.html
For more information on the StaphWash Test Kit now, CLICK HERE
For information about StaphWash Room Shield, click on the following link to view a PDF file: www.PhillipsCompany.4t.com/rooms.pdf
Here is what to expect when StaphWash Room Shield is used to remove staph bacteria from your hospital room: The vertical scale (on the graphs below) is proportional to the average colony count for samples taken from a hospital room and cultured. The room should be expected to remain staph-free for weeks if it is not re-innoculated (re-contaminated) by humans. If humans do NOT practice anti-bacterial safety proceedures carefully, the room is expected to be re-contaminated by humans. The recontamination prospects are totally dependent on practices of humans in the room following our decontamination.
Hospital Room StaphWash Test Kit
To evaluate StaphWash for hospital room decontamination, you can use our Hospital Room StaphWash Test Kit. It is available, direct from the manufacturer. We do not charge you for shipping and handling. Tax is included in the price; no extra tax add-on charges.The Test Kit includes:
- One hand-held sprayer filled with StaphWash (5 mL).
- Directions for use on one square foot of surface area.
Directions for use:
The purpose is for hospital personnel to evaluate spray-on StaphWash to demonstrate that it will kill 100% of the staph bacteria on surfaces in hospital rooms.
For more information on the StaphWash Test Kit now, CLICK HERE
For information about StaphWash Room Shield, click on the following link to view a PDF file: www.PhillipsCompany.4t.com/rooms.pdf