Health In Motion

March 27, 2008

New Drug-Resistant Superbug Seriously Aggressive

Filed under: Drugs - Medical, Health Care, Infections, Superbugs — Jorg Mardian RHN, CPT @ 6:31 pm

Editors Comment: We’ve finally come to the point where the creation of these new superbugs is hitting even healthy people with a wallop. I state “created” because these are not natural bugs, but come about because of the way we treat patients – too many anti-biotics; drugs; germ killing elements. Nature is merely hitting back hard.

Our vaunted scientific field is hapless in the face of such an assault. Even if they manage to get a hold of this new one, another more virulent strain will develop. I wonder when we will learn that we are on the wrong track and that the medical model is inherently wrong!

Please read the article posted below to get an idea of how bad this superbug really is.

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Superbug’s March Shocking

Source: The Gazette (Montreal) 2008

17.jpgThe number of cases of a superbug that spreads through the body, causing everything from painful boils to bleeding in the lungs, is increasing in Canada and while most are acquired in a hospital, one in six is now coming from the wider community – infecting otherwise healthy people, even children.

This represents a new means of infection for a disease that has been in hospitals for years, but has been largely unknown beyond their walls.

What’s more, the new community strain of drug-resistant staphylococcus aureus (known as methicillin-resistant staphylococcus aureus) is a different kind of animal, doctors say – a “fully-loaded,” more virulent, more aggressive pathogen than the “old-style” hospital germ and one that’s capable of causing more severe infections.

“This really worries me. This is very serious stuff,” said Dick Zoutman, director of infectious diseases at Kingston General Hospital in Ontario. “It tends to be resistant to some drugs, but not all. It attacks very aggressively and makes very healthy people in the community very sick.”

The superbug can cause aggressive infections of the bone and spine as well as severe pneumonia. Zoutman said he’s hearing “shocking stories” from colleagues in the U.S. – where community-acquired MRSA is spreading rapidly – of what the bug is capable of doing to otherwise healthy children, including severe soft-tissue infections and infections in multiple joints.

Deaths have been reported in Texas involving teens who developed a rare form of pneumonia because of MRSA, including a healthy 14-year-old Dallas boy who died last year, four days after he went home from school with a mild fever.

Now, the latest results from the national surveillance for MRSA to be made public today – based on data from 48 large adult and pediatric hospitals in all provinces except Prince Edward Island – show that for every 1,000 people admitted to hospital in Canada, eight are either infected with or carrying MRSA.

The survey included five Quebec hospitals.

The Public Health Agency of Canada has not identified which hospitals were included in the survey, to encourage them to continue reporting their infection rates.

Overall, there were 5,787 “newly identified” MRSA cases during the 2006 surveillance period, of which 3,561, or 62 per cent, were acquired in the hospital, seven per cent in other acute care hospitals and eight per cent in long-term care facilities.

Community-acquired MRSA accounted for 893, or 15 per cent, of the reported cases, meaning the patients arrived at the hospital already infected. The remaining seven per cent of cases were of unknown origin, according to the report being issued by Public Health Agency of Canada.

“Whichever way you cut it, whether you look at it per 1,000 admissions, per 10,000 patient days, the overall rates of MRSA that we’re seeing in our Canadian hospitals from coast to coast is increasing. There’s no two ways about it,” said John Conly, professor of medicine, microbiology and infectious diseases at the University of Calgary and Calgary Health Region.

“We’re seeing more cases of infection and more cases of people who are carrying or colonized.”

The infection begins with what looks like a spider bite, a red, very tender area that rises up and comes to a head just like a small boil. If not treated promptly, the lesions can develop into large, spreading abscesses in the soft tissues that can grow to the size of a baseball, or even a grapefruit.

People develop fever, malaise and flu-like symptoms. In some cases, MRSA can cause hemorrhagic pneumonia, or bleeding in the lungs.

The strain contracted in hospital, which causes wound infections and pneumonia, tends to be resistant to a number of antibiotics and it colonizes more patients than it infects, Conly said.

The new community strain, on the other hand, appears more nimble and seems to spread more readily. It’s also moving out of traditional risk groups, such as intravenous drug users, the homeless, prisoners, people infected with HIV and members of the military. It has infected college and high-school athletes, and schools in Chicago and Boston have reported students infected with MRSA.

The bug is spread through physical contact, through open cuts and scrapes, poor hygiene and sharing soap, towels, creams, razors and other personal items. About one-third of the population carries the staph germ, whether it’s drug-sensitive or drug-resistant. It’s the most common cause of boils and infected cuts, scrapes and surgical wounds.

The community bug is starting to creep into hospitals, Conly said. He said doctors will report, at an coming meeting in Montreal of infectious disease specialists, that a small cluster of cases occurred in an intensive care unit in Calgary within the past year.

Some hospitals have starting swabbing all patients to check for MRSA.

But new studies suggest the community strain tends not to be found in the nose, but rather in the groin or rectal areas, “so if they’re relying on nose cultures, they may be missing a large number of them,” Conly said.

Zoutman said Canada urgently needs more systematic surveillance of infection rates. Surveillance for MRSA, which started in 1995, is based only on a sampling of Canadian hospitals.

“This needs to become a big-budget item,” Zoutman said. “This needs to happen nationally so that people who are trying to control these diseases have the information.”

February 27, 2008

Seawater Spray Effective Against Colds

Filed under: Cleansing, Immune System, Infections, Salt — Jorg Mardian RHN, CPT @ 9:46 pm

15.jpgA nasal spray made from Atlantic Ocean seawater eased children’s cold symptoms, and slowed their return, according to 12 week study involving nearly 400 children between the ages of 6 and 10 who had uncomplicated cold or flu symptoms.

European researchers said some children received nasal decongestants or other standard treatments, while others received a saline nasal wash that had ions and trace elements at levels comparable with those in seawater.

Children who were given the nasal spray had less stuffy and runny noses, along with fewer severe sore throats, coughs, nasal obstructions and secretions, than those given standard treatments.

Further, those who used the nasal spray missed fewer school days, were sick less often and used fewer fever-reducing drugs, decongestants and antibiotics.

The researchers are not sure why the saline solution was effective, but suggested it could be due to a mechanical clearing of mucus, or could have something to do with the trace elements in the water.

Saline nasal washes have long been used as a treatment for colds, but evidence supporting their effectiveness is scarce.

Sources:

Reuters January 21, 2008

Archives of Otolaryngology January 2008;134(1):67-74

One of the main components in seawater is salt, which – in its natural form — has many therapeutic properties when inhaled or used as a soak. I suspect that the nasal spray used in this study was so effective because of the combination of natural salt and the many beneficial properties of seawater.

Barring sea water, if you or your child has a cold or nasal problem, a nasal wash using a few grains of crystal salt in 1/4 cup of warm water may also help. And another great tool for treating colds and flus is simply putting a few drops of hydrogen peroxide in your child’s ears. It’s safe, very effective and inexpensive — simply use the common 3% hydrogen peroxide that you can find in any drug store.

February 26, 2008

Are Antibiotics Useful For Sinus Infections?

Filed under: Drugs - Medical, Infections — Jorg Mardian RHN, CPT @ 3:59 am

22.jpgAntibiotics are commonly used to treat sinus infections, but a new study found that they work no better than a placebo. Further, prescribing antibiotics to sinus patients may cause harm by increasing their resistance to the medications.

In the study, researchers followed about 200 patients with sinusitis. Of the 100 who received an antibiotic, 29 percent had symptoms that lasted 10 days or more. Another 107 received a placebo, and 34 percent had similarly lasting symptoms. The difference was statistically insignificant.

The effectiveness of a nasal steroid spray for sinus infections was also tested in the study, and found to work the same as the placebo (except among a group of patients with milder symptoms, when it was slightly beneficial).

The researchers suggested that the antibiotic did not help the sinus infections because it couldn’t penetrate the pus-filled sinus cavities.

Unnecessary prescribing of antibiotics has led to enormous problems with drug resistance. Antibiotics were recently found to be ineffective against ear infections and bronchitis as well.

The researchers say the results should encourage more patients to forgo antibiotics for sinus infections.

“With a little bit of patience, the body will usually heal itself,” said Dr. Ian Williamson, the study’s lead author.

Sources:

Journal of the American Medical Association December 5, 2007;298(21):2487-2496

Houston Chronicle December 5, 2007

Americans spend nearly $6 billion annually on health care costs related to sinusitis, according to the National Institute of Allergy and Infectious Diseases. How do sinus infections occur? When the mucous membranes in your nose and sinuses become irritated by a cold, allergy, pollutants or exposure to dry or cold air, the membranes become inflamed and stimulate your mucous glands to secrete more mucus than usual. This can cause the sinuses to become infected.

Now do you want to know the real cause?

Most infections occur when health principles are not followed. A proper diet, avoiding stress, and getting enough relaxation are crucial to avoiding this problem. These  strengthen the immune system and do not allow bacteria and fungus to take hold in your nose and sinuses.

Fortunately, there are natural treatments for sinus infections:

1. Drink hot liquids, such as tea or hot chicken soup. It will help moisturize your mucous membranes, speeding up the movement of your cilia and thus washing mucus out of your sinuses more quickly.

2. Apply warm compresses to your face, three times a day for five minutes: A small towel soaked in warm water, placed over your face below and between your eyes, will help increase the circulation in your sinuses, which will also help speed up the movement of your cilia.

3. Irrigate your sinuses: Make your own preservative-free saline solution, add one teaspoon of table salt to one pint of distilled water. Nettie pots are readily available and can help facilitate nasal irrigation.

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