Seal Shield Announces World's First Dishwasher Safe Cell Phone

Seal Shield LLC today announced the new SEAL CELL(TM) Waterproof Cell Phone. The product is the world's first cell phone to be washable and antimicrobial. The Seal Shield(TM) SEAL CELL(TM) phone is easy to clean. Regular cleaning in the sink or dishwasher can help prevent the spread of germs, viruses and bacteria, which are known to harbor on frequently touched surfaces.

The SEAL CELL(TM) has been created to help reduce the risk of worldwide cross contaminations, including H1N1, Norovirus and the "superbug," MRSA. Dr. Charles Gerba, University of Arizona, tested numerous common surfaces and found cell phones are the highest carrier of bacteria with 25,000 germs per square inch, or 500 times more bacteria than the average toilet. Unlike any other cell phone, the Seal Shield(TM) SEAL CELL(TM) phone combines Seal Shield(TM) waterproof technology and SILVER SEAL(TM) technology for antimicrobial protection of the product, making it dishwasher safe and resistant to mold, mildew and odor causing bacteria.

The SEAL CELL(TM) is Dual SIM, Dual Holding Quad Band GSM compatible and features a 2.0 megapixel camera with video and torch light, GPRS, MMS, background noise elimination, walkie-talkie function, Bluetooth 2.0, GPS and a ruggedized touch screen. The SEAL CELL(TM) is waterproof to international IPx7 standards and is completely dishwasher safe. The phone also contains SILVER SEAL(TM) technology for antimicrobial protection.

SEAL SHIELD(TM) will be demonstrating the new SEAL CELL(TM) phone at the international Consumer Electronics Show (CES) in Las Vegas, January 7th-11th. The product is scheduled to begin shipping in early 2010. Pricing has not yet been released.

U.S. researchers say they are learning to stop methicillin-resistant Staphylococcus aureus before it starts.

Jeff Brinker of the University of New Mexico and Sandia National Laboratories says the application of a simple protein can halt the switch of MRSA and other bacteria from a harmless to a virulent form. The control of such strains of MRSA has been a formidable problem in hospitals, Brinker says.

Brinker research team's nonantibiotic approach may make it easier to treat staphylococci strains like MRSA that have become drug resistant.

"The good news is that by inhibiting the single cell's signaling molecules with a small protein, we were able to suppress any genetic reprogramming into the bacterium's more virulent form," Brinker said in a statement. "Our work clearly showed the strategy worked."

The findings, published in Nature Chemical Biology, shows the Staphylococcus aureus bacteria isolated in individual, self-assembled nanoscale compartments. Isolation of an individual bacterium previously had been achieved only computationally, leaving open questions of how a physically and chemically isolated bacterium would actually behave.

The study also demonstrates that it was the release of signaling peptides from a single cell that acted as a trigger to reprogram that same cell so that it released toxins.

John Hopkins Center For Water and Health Warns About Antibiotic Abuse By Factory Farms

The link between antibiotic use on factory farms and resistance to treatments for infections like MRSA is gaining ground with big time researchers.   The latest to weigh in on the subject is the prestigious John Hopkins Center for Water and Health. 

Consider these quotes from Center Director Kellogg Schwab as reported in the Baltimore Chronicle:

"There were 10 million E. coli per liter [of sampled waste]. Ten million. And you have a hundred million liters in some of those pits. So you can have trillions of bacteria present, of which 89 percent are resistant to drugs. That's a massive amount that in a rain event can contaminate the environment."

He adds, "This development of drug resistance scares the hell out of me. If we continue on and we lose the ability to fight these microorganisms, a robust, healthy individual has a chance of dying, where before we would be able to prevent that death." Schwab says that if he tried, he could not build a better incubator of resistant pathogens than a factory farm.”

Schwab heads the center, a unit of John Hopkins Bloomberg School of Public Health. He says the danger of breeding resistant pathogens is not widely enough accepted.

"It's not appreciated until it's your mother, or your son, or you trying to fight off an infection that will not go away because the last mechanism to fight it has been usurped by someone putting it into a pig or a chicken."

For much more about what the John Hopkins researchers are up to, check out the Baltimore Chronicle.

Manuka Honey Resists MRSA, According To Australian Researchers

This sounds too good to be true, but you never know.   Might it be possible to successfully combat MRSA with honey?  Well, a special type of honey made by bees down-under.  It seems the bees involve rely on flowers that grow on the Manuka bush.  The Manuka bush grows in both New Zealand and Australia.  So, its the Manuka honey that's the MRSA fighter.

Here's more from the NZ-based site, Stuff:

Australian researchers have identified a type of bacteria-blasting honey capable of taking on the superbugs that have infected the nation's hospitals.

It's well known that honey has anti-bacterial properties but scientists from the University of Sydney say a particular type derived from native tea tree is especially potent.

They believe it could offer a solution to the growing resistance of bacteria, such as the superbug known as MRSA, to conventional antibiotics.

"Most bacteria that cause infections in hospitals are resistant to at least one antibiotic and there is an urgent need for new ways to treat and control surface infections," says Associate Professor Dee Carter, of the university's School of Molecular and Microbial Biosciences.

"But bugs that are resistant to a huge variety of antibiotics are not resistant to honey ... we've never seen an organism that has any kind of intrinsic resistance."

Dr Carter, working alongside Dr Shona Blair, tested honey produced by bees that fed on Leptospermum, commonly known as tea tree.

She said the honey worked against bacteria in a number of ways.

It was a bad growth environment for bacteria because it was mildly acidic with high sugar levels.

It also contained a precursor chemical to hydroperoxide and the molecule methylglyoxal, both toxic to bacterial cells.

And the honey appeared to have properties, not yet understood, which prevented bacteria from developing a resistance despite tests designed to induce such a response.

In particular, staphylococcus bacteria -- such as MRSA or methicillin-resistant staphylococcus aureus -- were "very sensitive" to the honey and seemed to suffer "multi-system failures," Dr Carter said.

"Our research is the first to clearly show these honey-based products could, in many cases, replace antibiotic creams on wounds and equipment such as catheters," she said.

"Using honey as an intermediate treatment could also prolong the life of antibiotics."

Medicinal applications involving honey, such as impregnated bandages, have been developed but Dr Carter said they were not yet widely used in hospitals.

"People think, 'Honey? That's a bit of a joke'," she said.

"If it had more of a chemical (sounding name) ... it would probably get better acceptance.

"But it's not just a homemade recipe, it's got scientific validation behind it."

The research is published online in the European Journal of Clinical Microbiology and Infectious Diseases.

Great Train Robber Ronnie Biggs Suffering From MRSA; Straw Vetoes Release From Prison

Ronnie Biggs lived most of his life as a free man, and the English government has never been happy about that.

Today, Biggs is “fast deteriorating” with the MRSA superbug in the British hospital near the prison that was suppose to release him last Friday.

However, he remains in custody “riddled with MRSA” after Justice Minister Jack Straw vetoed parole for the 79-year old Biggs.

MRSA victim Ronnie Biggs, you see, was part of the gang that pulled off the Great Train robbery of 1963. In today’s terms, the Great Train robbery was like taking $56 million.

Most of the gang were captured, put on trial, and locked up in prison. But Biggs escaped in just 15 months. He fled to France, Australia, and finally Brazil. Living in Rio de Janeiro, Biggs was outside the extradition power of British authorities.

At 71, Biggs went home on his own because he wanted to “walk into a Margate pub as an Englishman and buy a pint of bitter.” In poor health after three strokes, he knew he would be arrested upon return and he was.

He is now being treated for pneumonia and fractures of the hip, pelvis and spine at a hospital near his prison in Norwich.

'The pneumonia is extremely strong in his body at the moment,' said son Michael Biggs.

He also said his father was 'extremely disappointed' to be denied his freedom by justice secretary Jack Straw. “I would urge Mr Straw to come down to the hospital and see him. He cannot read or write. He cannot eat or drink.”

Straw went against a parole board recommendation to release Biggs as he said he had shown no remorse for his crimes.

Biggs is looking into the possibility of overturning the decision via a judicial review of his father's case.

To be free again, Ronnie Biggs will have to be free of MRSA first.

MRSA Fears Could Block Pennsylvania's Transfer of State Inmates To Centre County Correctional Facility

 A decision by the Centre County Board of Commissioners to begin housing State of Pennsylvania prisoners in the local jail has bought out concerns that the newly arriving inmates could spread diseases like hepatitis C and MRSA or Methicillin Resistant Staphylococcus Aureus.

Commissioner Steve Dershem supported the deal to take up to 25 state prisoners a day at $55 per day because the providing the service to the state could end up putting $250,000 a year into the county's coffers. He warned about the difficult economic times facing Centre County.

Commission Chairman Jon Eich, however, fought back after being on the losing end of an initial vote to take the state inmates. And, one of the issues he brought up was the likelihood of spreading disease.

In addition to expressing concerns over drugs and gangs from outside criminals establishing contacts with local residents doing time at the jail, Eich said:

“The fourth point which I neglected to mention, but is just as important, are illnesses that inmates from outside Centre County bring with them, particularly, hepatitis C and MRSA (staph),” he said. “I am concerned that our staff and inmates will be exposed to additional inmates carrying these illnesses — and that the county would end up paying for the treatment.”

Centre County has run its own prison since 1800.  The latest version was built over 24 "sink holes" in 2005 and today holds 259 inmates wearing the orange jumpsuits of the "Centre County Correctional Facility."  It is located at Bellefonte, PA, with a state prison nearby.

More about the dispute over MTSA fears can be found in the Centre Daily.

MRSA - methicillin-resistant Staphylococcus aureus - The risk to our food supply and to us.

Our Pigs, Our Food, Our Health,” , is an Op-ed by Nicholas D. Kristof.  It was published in The

New York Times on March 11, 2009.

His Op-ed is the story of “[t]he late Tom Anderson, the family doctor in this little farm town in northwestern Indiana,” who uncovered in his town a truth that is becoming more and more apparent, or should be – “The larger question is whether we as a nation have moved to a model of agriculture that produces cheap bacon but risks the health of all of us. And the evidence, while far from conclusive, is growing that the answer is yes.”

Some 50 people in Dr. Anderson’s town contracted MRSA , or “’pimples from hell,’ he called them — and quickly became lesions as big as saucers, fiery red and agonizing to touch. They could be anywhere, but were most common on the face, armpits, knees and buttocks. Dr. Anderson took cultures and sent them off to a lab, which reported that they were MRSA, or staph infections that are resistant to antibiotics.” And, then Dr. Anderson died.

 Andrew Schneider, Senior Correspondent for the Seattle Post-Intelligencer post on his "Secret Ingredients" blog: that Tara Smith, an assistant professor at the University of Iowa Department of Epidemiology, and her graduate researchers found MRSA in more than 70 percent of the pigs they tested on farms in Iowa and Illinois. In what is apparently the first testing of swine for MRSA in the U.S., Smith and her team swabbed the noses of 209 pigs on 10 farms. They also found the bacteria among livestock workers employed by those hog operations. The research tested 20 workers at the Iowa swine farms and found that 45 percent carried the same MRSA bacteria as the pigs.

As they say in my business – “the evidence is mounting” - what are we going to do about it? 

Cattlenetwork Inteview - MRSA on the horizon

Chuck Jolley of Cattlenetwork interviewed Bill Marler on  February 3, 2009.  To quote Mr. Jolley, the interview had two main themes (1) What the hell is going on? And (2) What will be the effects on the cattle industry?  MRSA comments are in bold.

 Q. Bill, despite changes in federal rules and regs and your decade-and-a-half of court room work, food borne illnesses still seem to be piling up year-after-year. Let’s look at the Salmonella illnesses that began appearing half a year ago. It took five months to link it to King Nut peanut butter’s Blakely, GA plant. Why did it take so long and what did it cost in deaths and illnesses?

A. The PCA facility was in bad shape. They were shipping product for about 2 years that they knew was bad. So far, 120 people have been hospitalized and 8 have died. According to published reports, over 540 have been sickened in 43 states. We know our surveillance isn’t perfect, though. For every reported case, maybe 40 are missed so we could be looking at many more hospitalizations and deaths and over 20,000 illnesses.

It was an epidemic, but we figured it out only after it had just about run its course. After the tomato, spinach and ground beef problems, we need to put more effort into catching these things sooner rather than later and throwing a whole industry under the bus.

Q. Peanut butter spiked with Salmonella is the hottest news item these days but I’ve read reports of trace amounts of mercury found in High Fructose Corn Syrup, antibiotic-resistant staph bacteria in CAFO pigs and you’ve been quoted as saying we’re losing the fight against E. coli – a contaminant found in meat and produce. With all of the federal, state and local organizations charged with overseeing the safety of our food, why are we unable to move the dial on this thing?

A. We have a real failure in our ability to survey bacterial and other food borne illnesses. The problem is each state has its own skill sets at finding and tracking these outbreaks. Some states are very good, some states are abysmal. We have too many organizations, too, that don’t communicate well with each other.

Q. With a new administration in place and new hands like Tom Vilsack on deck at the USDA, do you see a chance for improvements – a new emphasis on food safety - at the federal level?

A. I sent an open letter to the FSIS with some suggestions. It’s posted on my blog (http://www.marlerblog.com/). In it, I said:
• ‘Improve surveillance of bacterial and viral diseases. First responders - ER physicians and local doctors - need to be encouraged to test for pathogens and report findings directly to local and state health departments and the CDC promptly.’
• ‘These same governmental departments, whether local, state or federal, need to learn to “play well together.” Turf battles need to take a back seat to stopping an outbreak and tracking it to its source.’
• ‘Require real training and certification of food handlers at restaurants and grocery stores. There also should be incentives for ill employees not to come to work when ill. We should impose fines and penalties on employers who do not cooperate.’
• ‘Stiffen license requirements for large farm, retail and wholesale food outlets, so that nobody gets a license until they and their employees have shown they understand the hazards and how to avoid them.’
• ‘Increase food inspections. While domestic production has continued to be a problem, imports pose an increasing risk, especially if terrorists were to get into the act. Points of export and entry are a logical place to step up monitoring.’
• ‘Reorganize federal, state and local food safety agencies to increase cooperation and reduce wasteful overlap and conflicts. Reform federal, state and local agencies to make them more proactive, and less reactive.’
• ‘There are too few legal consequences for sickening or killing customers by selling contaminated food. We should impose stiff fines, and even prison sentences for violators, and even stiffer penalties for repeat violators.’
• ‘We need to use our technology to make food more traceable so that when an outbreak occurs authorities can quickly identify the source and limit the spread of the contamination and stop the disruption to the economy.’
• ‘Promote university research to develop better technologies to make food safe and for testing foods for contamination. Provide tax breaks for companies that push food safety interventions and employee training. Greatly expand irradiation of raw hamburger and other high-risk products.’
• ‘Improve consumer understanding of the risks of food-borne illness.’

Q. Let’s talk about existing laws and regulations. Peanut Corporation of America was not required to inform the FDA or state food-safety agencies that its products had tested positive for Salmonella. They merely went ‘lab shopping,’ had the product re-checked, then placed it into commerce. A Georgia state dismissed the practice when he said, "It's just basically a loophole that has been there." How many loopholes are out there and why do they exist?

A. A few companies are less concerned about food safety – more concerned about their profit margins. They crank up line speeds and reduce labor. Everyone suffers. The problem is a lack of organization and turf battles among competing inspection systems at the federal, state and local levels.

Q. Focus on the cattle and beef industries now. What do you see as our biggest challenges in 2009 and what can we do to meet those challenges?

A. The past 15 years will show you the next 15. Emerging pathogens, new pathogens, antibiotic resistant strains – think MRSA, Methicillin-resistant Staphylococcus aureus. It’s an infection caused by a strain of bacteria that is highly resistant to treatment. They’re coming at us hard. You’ll be challenged by pathogens that didn’t exist then as they do now.

You’ll need to do everything you can to minimize end-product contamination and that will include how you raise animals. Are CAFO’s the right way, for instance? You’re faced with feeding a growing world population but you’ll have to ask if the efficiencies of CAFO’s are worth it. How will a production change affect the price and the availability of food?

There is a lack of cooperative spirit among the regulators, companies and buyers and sellers. It has to be fixed. Everyone in the food chain, every facility, needs to cooperate on science-based pathogen testing. It should be mandatory and the results must be transparent.

It’s clear that the vast majority of businesses are well-run, well-maintained and dedicated to putting out the high quality product that consumers have a right to expect. We really have to take a hard look at how plants are inspected, though. We’re using to much of the ‘poke and sniff’ techniques of the early 20th century to find pathogens that didn’t exist until a few years ago.

University of Iowa finds high levels of MRSA in pigs and farmworkers

If anyone in Seattle was eating bacon for breakfast this morning, Post-Intelligencer Senior Correspondent Andrew Schneider,made them think twice about it.

Schneider reported that Tara Smith, an assistant professor at the University of Iowa Department of Epidemiology (along with her graduate researchers) found MRSA in more than 70 percent of the pigs they tested on farms in Iowa and Illinois.

MRSA -- methicillin-resistant Staphylococcus aureus –is a potentially fatal bacteria.
Schneider reports:

In what is apparently the first testing of swine for MRSA in the U.S., Smith and her team swabbed the noses of 209 pigs on 10 farms. They also found the bacteria among livestock workers employed by those hog operations.

On Friday, at the annual meeting of the American Society for Microbiology in Boston, Abby Harper, one of Smith's graduate assistants, presented the results of the study on farmworkers. She said she and Michael Male tested 20 workers at the Iowa swine farms and found that 45 percent carried the same MRSA bacteria as the pigs.

The entire Post Intelligencer article is online.

MRSA and the Food Connection

Methicillin-resistant Staphylococcus aureus (MRSA) (usually pronounced in short as "Mursa" or spelled out as MRSA), is a bacterium responsible for some difficult-to-treat infections in humans. 

Heather Moore, senior writer for PETA (People for the Ethical Treatment of Animals), wrote a concerning Op-ed on MRSA and its relationship with antibiotics fed to animals titled “Your supper & superbugs”

Here are some of the more worrisome points:

  • Approximately 70 percent of the antibiotics used in the United States aren't given to human patients -- they are fed to farmed animals. The filthy, crowded conditions on factory farms are breeding grounds for disease.
  • One USDA study showed that 66 percent of beef samples were contaminated with antibiotic-resistant bacteria, and scientists at the Johns Hopkins Bloomberg School of Public Health have reported that 96 percent of the chicken flesh they tested was contaminated with antibiotic-resistant campylobacter bacteria.
  • Another study conducted by the CDC indicated that chicken sold in supermarkets is often tainted with potentially fatal bacteria called Enterococcus faecium. This bacterium was not even affected by Synercid, a drug commonly used to treat antibiotic-resistant bacteria.
  • A recent Belgian survey showed that MRSA has been found in 68 percent of the pig farms in that country. In 37 percent of the cases, the farmer and the farmer's family carried pig MRSA -- a variant of human MRSA.

Does MRSA come from animals?

Salon.com features an interesting article about Methicillin-resistant Staphylococcus aureus that focuses on the origins of MRSA and how it is spreading to humans.  Following is an excerpt from the article:

"Methicillin-resistant Staphylococcus aureus, also known as MRSA -- or, in the parlance of New York tabloids, "super staph" -- is an antibiotic-resistant version of one of the bacteria collectively known as staph. Staph, which can cause everything from skin infections to more life-threatening diseases, usually attacks older hospital patients who develop infections after surgery. The newer, often more virulent strains collectively known as CA-MRSA (community-acquired MRSA) have been all over the news in the past few weeks, as they affect people younger and healthier than the usual targets. A recent study suggested that MRSA infection was responsible for almost 19,000 deaths in the United States last year -- more than AIDS -- including the very public deaths of children and adolescents in Virginia, New York and elsewhere. Public health officials have tried to quiet fears, but the problem could get worse. MRSA remains treatable with a number of different antibiotics, but there are already signs that resistance to some of those drugs might be just around the corner.

Recently, something about MRSA -- and its epidemiology -- has been changing in ways that suggest that those changes could be taking place among livestock. Traditionally considered a disease picked up in hospitals, MRSA is now being seen more and more often in the community. And it doesn't appear that the hospital-acquired strains have just left the hospital and gone feral. The community-acquired strains of MRSA are genetically different. They're new. And though there is as of yet no definitive proof identifying livestock as the source of the major new MRSA strains, there is a growing body of evidence that suggests animals are, at minimum, reservoirs for other new strains now infecting humans.

Those studies done to date in Europe and Canada on MRSA give some credence to the involvement of livestock in MRSA's mutation. Hospitals in the Netherlands, for example, have had fantastic success at controlling MRSA. They employ a "search and destroy" policy, using aggressive screening, strict infection-control procedures, and severe restrictions on the quantity of antibiotics dispensed. They have managed to keep MRSA rates far below those in the rest of Europe. Dutch rates are so low, in fact, that Dutch hospitals list a previous visit to a foreign hospital as an MRSA risk factor.

Read the full article here.

Do MRSA Illnesses have a food connection? Methicillin-resistant Staphylococcus aureus - MRSA - found in Canadian Pigs, Farms, and Farmers

According to  All Headline News, a new study published in Veterinary Microbiology found MRSA (methicillin-resistant Staphylococcus aureus) is surprisingly common in Canadian pigs, farms and pig farmers, signaling that animal agriculture may be a source of the deadly bacteria. The Veterinary Microbiology study (Khanna et al. Veterinary Medicine 2007) is the first to show that North American pig farms and farmers commonly carry MRSA.

Researchers looked for MRSA on twenty Ontario farms, in 285 pigs.  They found MRSA at forty-five percent of farms (9/20) and in nearly one in four pigs (71/285). One in five pig farmers studied (5/25) also were found to carry MRSA, a much higher rate than in the general North American population. The strains of MRSA bacteria found in Ontario pigs and pig farmers included a strain common to human MRSA infections in Canada.

A study published in the October, 2007 issue of JAMA (the Journal of the American Medical Association) (Klevens et al: Invasive methicillin-resistant Staphylococcus aureus infections in the United States JAMA 2007; 298: 1753-1771) estimated almost 100,000 MRSA infections in 2005, and nearly 19,000 deaths in the United States. In comparison, HIV/AIDS killed 17.000 people that year.

Researchers generally believed MRSA was an opportunistic infection occurring mainly in hospitals. However more information is coming to light that finds even healthy people are developing MRSA infections and pig farms may be a possible culprit. Some experts in the in the agricultural, medical,  and environmental industries are calling for Congress to compel the US Food and Drug Administration (FDA) to study whether the use of human antibiotics in animal agriculture is contributing to the reported surge in MRSA infections and deaths in the United States.
 

"Identifying and controlling community sources of MRSA is a public health priority of the 1st order," said Richard Wood, Executive Director of Food Animal Concerns Trust and Steering Committee Chair of Keep Antibiotics Working. "Are livestock farmers and farms in the United States also sources? We don't know for sure, because the US government is not systematically testing US livestock for MRSA."