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Friday, September 19, 2008

Heads are still in the sand on this one

Rising Foe Defies Hospitals' War On 'Superbugs' by LAURA LANDRO is an article found in the Wall Street Journal's "THE INFORMED PATIENT" on SEPTEMBER 17, 2008.

Another related article is from Science Daily, and both are included below.

I am sitting here shuddering and thinking of these little critters that seem to be wreaking havoc world wide, with no relief in sight.
I have been following this issue of MRSA and C. diff along with the infection control crisis hospitals and other health facilities are facing, with little in the way of success, since the early 1990s.

Today I can only say, after reading these two articles, new to my currently very thick folder of articles I've collected for the last 8 years, that those in mainstream medicine (MSM) are just plain stupid!

I've put out a challenge to MSM on this single topic for close to a decade now and haven't seen one serious effort to explore the issues with me.

I worked in ICU, managed critical care units and taught critical care nursing in college level programs. I take infection control issues and people's lives very seriously.

I'm just wondering why others in health care are not on the same track.

As a graduate student in the mid 70s at the University of Pennsylvania one of my nursing instructors wrote a comment on a paper I wrote, "Too much of your own thinking."

I always thought grad school was for this purpose; honing your ability to engage in critical thinking. However, in one of the several classes that were a part of my graduate program I was taking at the Wharton School, I figured out that the only thing I needed to do was to parrot the instructor and I'd be sure to get an 'A'.

The same in their College of Nursing.

Of course, if you follow my BLOG and read on my web sites, or subscribe to my newsletter, you probably know I am not much for status quo. I am more for getting to the core of the problem and finding the solution(s).

Maybe more in health care need to think like me. After all, the life they save might be their own.

On a personal note, I was saddened to read about Hy Lit in the WSJ article. In addition to sitting in on med school classes and watching surgery as a young child at the side of my physician and surgeon father at Thomas Jefferson, I listened to Hy Lit on the radio as a teen. My condolences go out to his family. It is a death that could have been prevented.

If anyone out there is listening, reading or paying attention, and you are interested in what could be done differently, contact me and I will be pleased to continue the discussion.

World Faces Global Pandemic Of Antibiotic Resistance, Experts Warn

ScienceDaily (2008-09-18) -- Vital components of modern medicine such as major surgery, organ transplantation, and cancer chemotherapy will be threatened if antibiotic resistance is not tackled urgently, warn experts. ... > read full article

from The Informed Patient - Shortly after being admitted to a Cleveland-area hospital with severe abdominal pain, 52-year-old Maureen O'Hearn was transferred to intensive care. An intestinal infection had distended her abdomen so badly she appeared to be six months pregnant. To save her life, a surgeon had to remove her colon.

The cause of Ms. O'Hearn's illness was an epidemic strain of Clostridium difficile -- C. diff for short -- that is fast emerging as one of the most dangerous and virulent foes in the war against antibiotic "superbugs." C. diff is spawning infections in hospitals in the U.S. and abroad that can lead to severe diarrhea, ruptured colons, perforated bowels, kidney failure, blood poisoning and death.

Katie Lancey follows special procedures for cleaning a patient's room at SSM St. Joseph Hospital West in Lake Saint Louis, Mo.

Even as hospitals begin to get control of other drug-resistant infections such as MRSA, a form of staph, rates of C. diff are rising sharply, and a recent, more virulent strain of the bug is causing more severe complications. The Centers for Disease Control and Prevention estimates there are 500,000 cases of C. diff infection annually in the U.S., contributing to between 15,000 and 30,000 deaths. That's up from roughly 150,000 cases in 2001.

"We've been trying to sound the alarm repeatedly since 2004 that the trend is continuing upward," says Cliff McDonald, a CDC epidemiologist. He adds that C. diff, once mainly a concern for older patients, is now a growing risk for pregnant women, children and healthy adults.

Many patients get C. diff infections as an unintended consequence of taking antibiotics for other illnesses. That's because bacteria normally found in a person's intestines help keep C. diff under control, allowing the bug to live in the gut without necessarily causing illness. But when a person takes antibiotics, both bad and good bacteria are suppressed, allowing drug-resistant C. diff to grow out of control.

As a result, hospitals are more closely monitoring and limiting their use of antibiotics. It's a strategy that also has shown some success in preventing the spread of other drug-resistant bacteria. Once patients do contract a C. diff infection, hospitals sometimes can treat them with certain "last ditch" antibiotics, such as vancomycin, but many patients relapse after treatment.

Other efforts to stop the spread of C. diff include isolating infected patients; suiting workers and visitors from head to toe with scrubs, masks and gloves; and blasting patient rooms with super-strength bleach solutions. Milder "green" cleaners don't kill C. diff, undermining some hospitals' efforts to use these products.
Spreading Spores

One problem: C. diff produces spores that can dry out after cleaning and hang around on hospital cart handles, bed rails and telephones for months. Hand cleaning with alcohol, many hospitals' standard practice for keeping staff from spreading infection, can actually help disperse C. diff spores. Many hospitals now have special rules requiring staff to wash their hands with antibacterial soap when dealing with C. diff patients.
[Clostridium difficile spores can last a long time and make the bug hard to kill.] Photo Researchers

Clostridium difficile spores can last a long time and make the bug hard to kill.

Katie Lancey, lead environmental services aide at SSM St. Joseph Hospital West in Lake Saint Louis, Mo., says she spends up to an hour cleaning a room after a C. diff patient leaves. She wears protective garments and wipes down everything in the room with a bleach solution, including the TV, pillows, mattress and lower structure of the bed. "Anything you can think of, you make sure you wipe it down thoroughly," she says.

If a patient coming in to SSM St. Joseph is suspected of having C. diff infection -- severe diarrhea is one symptom -- they are put in isolation even before lab tests come back, says James Hinrichs, the infectious-disease specialist charged with the hospital's C. diff-prevention program. He says that when C. diff patients are discharged, he advises them to eat yogurt with so-called pro-biotics to help restore a healthy balance of bacteria in their intestines. He also tells families to follow strict cleaning and hand-washing rules at home.

The efforts, along with more careful use of antibiotics, have helped SSM St. Joseph reduce the rate of C. diff infections to 0.5 cases per 1,000 patient days currently from 2.5 cases in 2006, Dr. Hinrichs says.

C. diff was first recognized in the 1970s, when it was readily treatable. The more virulent strain was first identified at the University of Pittsburgh Medical Center in 2000, killing 18 patients. By 2004, the new C. diff strain was reported elsewhere in the U.S. and around the world, and studies showed it was producing 20 times more toxin than older strains.

Carlene Muto, medical director of infection control at the University of Pittsburgh, says the hospital was able to reduce its C. diff infections by 50% after the 2000 outbreak and has sustained that rate since then. It instituted strict cleaning practices, restricted its use of antibiotics and began relying on its electronic medical-record system to quickly flag lab tests of patients most at risk so they can be isolated. "You have to be constantly vigilant," Dr. Muto says.

Only 3% to 5% of healthy, non-hospitalized adults carry C. diff in their gut, but that rate is much higher in hospitals and nursing homes, where carriers can spread the bacteria to others. Studies at several hospitals in recent years have shown that 20% or more of inpatients were colonized with C. diff, and a 2007 study of 73 long-term-care residents showed 55% were positive for C. diff. Even though the majority had no symptoms of disease, spores on the skin of asymptomatic patients were easily transferred to the investigators' hands.

The CDC is launching a national surveillance effort to gather more precise data about the prevalence of C. diff. It is working with states to identify local outbreaks. It also is working with Medicare and the Environmental Protection Agency to develop new guidelines for fighting C. diff.
Nursing Home Infections

Ms. O'Hearn, the Cleveland-area patient, says she took an antibiotic for a sinus infection and then visited a nursing home, where she may have picked up the C. diff bug. During her hospital treatment, Ms. O'Hearn says she suffered an irregular heartbeat and dehydration, and required additional surgery to temporarily attach her small intestine to the abdominal wall to bypass the large intestine. "It was the worst nightmare that anyone could imagine," says Ms. O'Hearn, a nurse by training. Though she has returned to work and a more normal lifestyle, she continues to have digestive troubles, and must take medications to regulate her heart.

Kettering Medical Center near Dayton, Ohio, had 305 cases of C. diff last year and has had 165 cases so far this year. Even newborn babies have gotten the disease from their mother during birth, says Rebekah Wang-Cheng, Kettering's medical director for clinical quality. She says that among other measures, the hospital has cut its post-operative antibiotic doses for all joint-replacement surgeries to two from three to avoid C. diff infections. Patients who come into the hospital with suspected pneumonia now get an antibiotic within six hours, instead of four hours previously, to allow more time to assess the need for drugs.
Fecal Transplants

One controversial strategy: fecal transplants. For one patient with recurrent C. diff, Kettering suggested a stool transplant from a relative, to help restore good bacteria in the gut. But Jeffrey Weinstein, an infectious-disease specialist at the hospital, says the patient "refused to consider it because it was so aesthetically displeasing."

The Greater New York Hospital Association in March began a 40-hospital effort to halt the spread of C. diff from patient to patient. This included placing signs on patient rooms with pictures of a bottle of bleach and soap and water to remind staff the room needs special cleaning. The association also asks visitors not to use patient bathrooms.

Hospitals face growing legal concerns if they don't take such measures; relatives of 16 patients who were infected or died from a C. diff outbreak are suing a Quebec hospital, claiming that infection-control practices weren't followed.

C. diff infections can emerge days or weeks after antibiotic therapy. Earlier this year, Marcus Glover, a 40-year-old mailroom worker for the Greater New York Hospital Association, was discharged from hospital after a successful rotator-cuff surgery, which included antibiotic treatment. Ten days later, he landed in an emergency room with a C. diff infection that required another week in the hospital. Mr. Glover avoided the worst complications and was successfully treated with strong antibiotics.

But C. diff can be fatal. Philadelphia radio personality Hy Lit, 73, contracted a C. diff infection at a rehabilitation center after being treated at a hospital owned by Main Line Health System last fall. He died in another Main Line hospital two weeks later. "It was a multiple train wreck, when the bug permeated his bloodstream and his kidneys failed," says his son, Sam Lit. "It was a tragedy to lose him like that."

Main Line says it can't comment on individual patients but adds that it follows stringent prevention guidelines and is conducting ongoing initiatives to control infections in its hospitals.

Copyright 2008 Dow Jones & Company, Inc.


mary sparrowdancer said...

The superbugs might be readily treated with magnesium, which most Americans are now deficient in. In 1985, a Harvard team found that Toxic Shock Syndrome associated with tampon usage in women, resulted when certain ultra absorbent materials in some tampons absorbed the magnesium from the body. When magnesium is no longer present, Staphylococcus aureus produces “up to 20 times as much toxin.”

Anonymous said...

Hi Again

Sorry the actual mrsa blog is here

Anonymous said...

Clostridia are anaerobic and easily killed or inhibited by oxygen. Why hasn't anyone thought of using hydrogen peroxide in an enema for these patients? Once in gut, it will break down into O2 and water. I did microbiology research in college with anaerobes. If you did not keep the culture oxygen free, you had a dead culture.

prosilver said...

A great many antibiotic resistant pathogenic microbes are easily defeated with modern elemental silver nanoparticle colloids. Viridis BioPharma, of Mumbai, India, recently did a study that can be read here:

These products are available in most of the better natural food and vitamin shops, or online here:

American Biotech Labs maintains a web page with much of their published research here:

The password protected studies can be acquired by a request to

I apologize if this post comes off as spam, but there is information here that should be available and known to all. We can rest assured that this information will never be made accessible through the mainstream media.

herbalYODA said...

In the mid 80s I worte an article for one of my columns addressing Toxic Shock and thr tie to certain components used in tampons. I based my comments on some research completed in Australia, if I recall correctly. I remeber being attacked for reporting on this, but I do beleive many were helped by the information.
I agree that magnesium is deficient in most people. However it is important to determine the causative bacteria in each case, something not often done these days.
Utilizing oxygen is effective, the H2O2 titration protocol is one that has been effective for many. It's less stressful than rectal implants or enemas. Ozone is another benefit.
Colloidal Silver is something that every home should have in their medicine chest. I have something on my web site about colloidal silver that led the FDA to attack my work. Funny, the information is from medicial studies and historical research. I guess the FDA was just opposed to using silver, yet we used it always in the burn center I managed. Just politics, so I just took it all in stride. They could not answer my questions to their office about the science behind the effectiveness of colloidal silver.
There are many options for individuals, but the institutional approches are more global.
The cleaning guidelines are outdated as are the chemicals being used. Change is difficult, but trying to develop an new antibiotic makes no sense. The antibiotics we have aren't working and no one is seeing through the haze.
I encourage people to make sure they have strong immune systems and become educated as a first line of offense.
Thank you all for your comments.