Tuesday, December 21, 2010

NIH researchers link rare cancer to cell oxygen deficiency

Researchers at the National Institutes of Health have discovered that a rare cancer of the digestive tract is linked to a shutdown in an enzyme that helps supply oxygen to cells.

In some cases, the enzyme's failure to function resulted from errors in genes containing the information needed to make the enzyme. In others, the cause could not be identified, but was believed to be genetic.

Gastrointestinal stromal tumors (GIST) are tumors of the esophagus, stomach, and intestines. They occur in cells of the nervous system, which control the muscles of the digestive tract.

Within the last 10 years, researchers have found that the majority of adults who develop GIST have mutations in two genes, known as KIT and PDGFRA. The drug imatinib (Gleevec) is effective in treating many GIST having mutations in these genes. Unfortunately, most GIST tumors that occur in children do not have KIT or PDGFRA mutations, and imatinib is not effective for treating them. Pediatric GIST is very rare, occurring in less than 1 in a million individuals each year.

For the current study, the researchers set out to find genetic causes of GIST among individuals who do not have mutations in the genes for KIT or PDGFRA. The researchers examined tissue from 34 GIST patients for mutations in the genes for succinate dehydrogenase, an enzyme that processes oxygen to obtain energy for cells. The researchers narrowed their search to genes for succinate dehydrogenase because earlier research has shown that mutations in this enzyme are a hallmark of Carney Stratakis syndrome, a rare disorder in which individuals develop GIST and paraganglioma, a tumor that also affects cells of the nervous system.

The researchers found that 12 percent of the GIST patients in their study had mutations in genes containing the information needed to make the up the parts, or subunits, of succinate dehydrogenase. Specifically, the patients had defects in the B and C subunits of the enzyme. Although the remaining patients did not have any of these mutations, succinate dehydrogenase in tissue from their tumors did not appear to be functioning and cellular respiration was disrupted. The researchers believe that undiscovered mutations account for the enzyme’s failure to function.

“Tracing the roots of this disease to cellular respiration has yielded a promising lead on how GIST tumors might form,” said senior author Constantine A. Stratakis, M.D., D.Sc., acting director of the Division of Intramural Research at the NIH’s Eunice Kennedy Shriver National Institute of Child Health and Human Development (NICHD, and one of the researchers after whom Carney Stratakis syndrome was named. “The finding may also lead to the development of treatments for GIST subtypes that have not responded to traditional therapies.”

First authors Katherine A. Janeway, M.D., of the Dana–Farber Cancer Institute and Children’s Hospital, Boston, and Su Young Kim, M.D., Ph.D., of the National Cancer Institute worked with Dr. Stratakis; colleagues at their respective institutions and at others in Miami, San Antonio, Boston, New York, France, the Netherlands, Austria and Ireland; and members of the NIH Pediatric and Wild-Type GIST Clinic (http://www.pediatricgist.cancer.gov/). The research also was funded in part by the NIH Office of Rare Diseases, the National Cancer Institute, the NICHD, the GIST Cancer Research Fund, the St. Baldrick’s Foundation, the Voelcker Fund Investigator Award, the Health Research Board of Ireland, the Life Raft Group, the Shuman Family Fund for GIST Research, the Leduq foundation the and the government of Ireland.

The findings were published online in the Proceedings of the National Academy of Sciences.

The body's healthy cells require oxygen to access energy, grow and multiply, Dr. Stratakis explained. Previous research has shown that tumors use oxygen differently than do normal cells.

“Our next goal is to identify the other genes that control the normal cellular respiration process and determine if mutations in these genes play a role in cancer,” Dr. Stratakis added.

The study was undertaken at the NIH Pediatric and Wild-Type GIST Clinic, established to increase understanding of GIST, and its causes, and further new treatments. The clinic, located at the NIH Campus in Bethesda, Md., is supported by the NICHD and the National Cancer Institute.

The NICHD sponsors research on development, before and after birth; maternal, child, and family health; reproductive biology and population issues; and medical rehabilitation. For more information, visit the Institute’s Web site at http://www.nichd.nih.gov/.

NCI leads the National Cancer Program and the NIH effort to dramatically reduce the burden of cancer and improve the lives of cancer patients and their families, through research into prevention and cancer biology, the development of new interventions, and the training and mentoring of new researchers. For more information about cancer, please visit the NCI Web site at http://www.cancer.gov or call NCI's Cancer Information Service at 1-800-4-CANCER (1-800-422-6237).

The National Institutes of Health (NIH) — The Nation's Medical Research Agency — includes 27 Institutes and Centers and is a component of the U. S. Department of Health and Human Services. It is the primary federal agency for conducting and supporting basic, clinical, and translational medical research, and it investigates the causes, treatments, and cures for both common and rare diseases. For more information about NIH and its programs, visit http://www.nih.gov.

Image information: URL: http://www.nichd.nih.gov/news/releases/images/GIST_release-graphic_700.jpg Alt text: succinate dehydrogenase and its component parts Caption: The enzyme succinate dehydrogenase processes oxygen to supply energy to the cell. It is embedded in the outer membrane of mitochondria, cellular structures which supply energy to the cell. The enzyme is made up of parts, or subunits. The researchers found that some patients with GIST had mutations in the genes for the B and C subunits of the enzyme. In other cases, the enzyme failed to function, presumably because of other, as yet undiscovered, mutations.

The National Institutes of Health (NIH) — The Nation's Medical Research Agency — includes 27 Institutes and Centers and is a component of the U.S. Department of Health and Human Services. It is the primary federal agency for conducting and supporting basic, clinical and translational medical research, and it investigates the causes, treatments, and cures for both common and rare diseases. For more information about NIH and its programs, visit www.nih.gov.

Monday, December 20, 2010

How Drug Companies Bribe Doctors to Suck You Into Their Web

Drug companies spend $18.5 billion per year promoting their drugs to physicians.


With that kind of marketing budget, it’s easy to understand how drugs have become the first line of defense in many physicians’ offices, rather than the last resorts they should really be. But when you uncover the tactics used by drug representatives -- some of them revealed in the video above -- it goes way beyond “marketing.”

Psychological warfare would be a better way to describe it.

Drug Reps Use Unbelievable Tactics to Manipulate Doctors


Drug reps are taught tactics for manipulating doctors for industry benefit; it’s a standard part of their training because doctors are essentially their “dealers.”

Shahram Ahari, who was featured in the above video, is a former drug rep who has spoken out before. He spent two years selling Prozac and Zypraxa for Eli Lily and told a Senate Aging Committee that his job involved "rewarding physicians with gifts and attention for their allegiance to your product and company despite what may be ethically appropriate."

Ahari describes sales tactics that were openly taught to new reps during a training class, including:

  • How to exceed spending limits for important clients

  • How to be generous with free samples to leverage sales

  • How to use friendships and personal gifts to foster a "quid pro quo" relationship

  • How to exploit sexual tension


If you think that last one is a stretch, think again. Drug companies commonly hire former cheerleaders, ex-models, former athletes and military members to ensure their reps have a certain appealing look and outgoing personality.

Pharmaceutical sales reps are trained in tactics that are on par with some of the most potent brainwashing techniques used throughout the world, according to one PLoS report co-authored by Ahari.

The report states:
“Pharmaceutical companies spend billions of dollars annually to ensure that physicians most susceptible to marketing prescribe the most expensive, most promoted drugs to the most people possible.
The foundation of this influence is a sales force of 100,000 drug reps that provides rationed doses of samples, gifts, services, and flattery to a subset of physicians …
Physicians are susceptible to corporate influence because they are overworked, overwhelmed with information and paperwork, and feel underappreciated. Cheerful and charming, bearing food and gifts, drug reps provide respite and sympathy; they appreciate how hard doctor's lives are, and seem only to want to ease their burdens.
But … every word, every courtesy, every gift, and every piece of information provided is carefully crafted, not to assist doctors or patients, but to increase market share for targeted drugs.”


The Brainwashing Begins in Medical School


Unsuspecting medical students and residents are among the drug companies’ best targets. Drug reps can take advantage of their naivety and inexperience to successfully “train” them to be top prescribers even before they finish medical school.

Drug companies are allowed to develop their own education curriculum for medical students and residents, lavishing them with gifts, indirectly paying them to attend meetings and events where they promote the company’s products.

Even Harvard Medical School, one of the most prestigious in the United States, recently earned an F for its policies regarding accepting money and gifts from drug companies.

The grade came from the American Medical Student Association (AMSA), which ranked 150 medical schools according to their ties to industry. The more money and other incentives a school was receiving from the pharmaceutical industry, the worse grade they got.

Harvard earned the lowest grade possible. According to AMSA:

  • Out of Harvard's 8,900 professors and lecturers, 1,600 admit that they or a family member have ties to drug companies that could bias their teaching or research.

  • The pharmaceutical industry contributed more than $11.5 million to Harvard in 2008 for “research and continuing education classes.”


Impressionable medical students are being indoctrinated into the drug-based model of disease care as we speak. It goes on all the time, and I can vouch for this personally as I, too, was brainwashed in medical school to favor the drug paradigm.

In the mid '80s, I was actually a paid speaker for the drug companies. They would fly me to various physician education events around the country and pay me a very generous stipend to lecture to these groups. That was more than two decades ago, before I was able to remove myself from their very powerful brainwashing techniques -- and I was finally able to understand the truth of what they were doing.

Your Physician is Likely Influenced by These Persuasive Tactics


If you think your physician will be able to see past these persuasive tactics, think again -- and it’s not about intelligence or even ethics. Your physician may be very intelligent, and he or she may have every intention of NOT listening to a drug rep’s sales pitch.

But maybe she just wants to take advantage of the free samples they’re handing out to offer them to her patients. And there the rep gets a foot in the door, and even if he doesn’t say another word is able to keep a certain drug’s name upfront in this physician’s mind. And maybe he’ll drop off a few pens and pads of paper, also with the drug’s name, in case it starts to wear off.

Even if your doctor isn’t prescribing many targeted drugs, there are ways that drug reps will get that to change.
Drug companies have been hiring outside firms to purchase data on doctors from pharmacies since the mid-1990s. The reports letdrug sales representatives see a doctor’s prescribing habits, among other things, which lets them know:

  1. If their sales pitches are working

  2. How to change their sales pitch if they’re not


For example, if the report shows a doctor generally prescribes a drug’s competitor, they can prepare a sales pitch specifically to discredit the competing drug. Meanwhile, those doctors who do regularly prescribe their drugs would likely be singled out to receive some “incentives” to keep doing so.

As Ahari said:
“It's my job to figure out what a physician's price is. For some it's dinner at the finest restaurants, for others it's enough convincing data to let them prescribe confidently and for others it's my attention and friendship ... but at the most basic level, everything is for sale and everything is an exchange.”

How to Stay Safe in a Medical System Run by Drug Pushers



If you’re prescribed a drug, how do you know that it’s really necessary and safe, as opposed to one made by a company that’s paying off, or essentially brainwashing, your doctor?

You don’t, and that’s why you’ve got to learn to get your own information. Do not take a drug just because your doctor prescribes it. First, learn what the drug is supposed to do, how it may help you, how it could harm you and, most importantly, what alternatives there are.

Drug companies are willing to do just about anything to make you, and your physician, think their drugs are great -- quietly devising a hit list of doctors to silence, collecting secret reports on doctors, buying off Congress, advertising to you in your living room, even corrupting studies in medical journals so they show only favorable results.

It isn’t always easy to fight back against this system, but know that the drug companies are not going to protect you.

And it is unlikely that your physician can protect you either -- even a well-meaning one -- when he or she is operating within a system that has become RIGGED for Big Pharma profit.

You are the only one that can protect yourself and your family.  You need to Take Control of Your Health. Search my Web site and the Web for answers. Don’t trust what your doctor tells you at face value.

Make sure you double and triple check every recommendation, as your health is too precious a commodity to lose to some carefully manipulated recommendation by the drug company.

So remember to stay alert and informed before taking any new drug, and maintain a naturally healthy lifestyle that will optimize your body’s innate healing abilities and minimize your need for the drug companies’ latest concoctions.

And for those of you in medical school right now, or planning to enter soon, please become familiar with AMSA’s PharmFree campaign. Aside from being a great source of information, their site offers guides and kits to help you make positive changes, including major policy reforms, at your own school.



 

Friday, December 17, 2010

AHRQ News and Numbers

U.S. workers took an average of 14 sick days in 2007 due to their own illness or injury, or to care for a sick child or other family member.

On average, employees took 10 days off because they were sick or injured and an additional 4 to care for family members.

[Source: Agency for Healthcare Research and Quality, MEPS, Statistical Brief #300: Restricted-Activity Days, 2007: Estimates for the U.S. Civilian Noninstitutionalized Population, Ages 16-64]

HHS HealthBeat (December 17, 2010)

Weight training after breast cancer


From the U.S. Department of Health and Human Services, I’m Ira Dreyfuss with HHS HealthBeat.

Women who get breast cancer treatment may develop possibly painful swelling in the arm or side affected by treatment, such as removal of lymph nodes near the breast with cancer. These nodes ordinarily hold and drain fluid, and the fluid can then back up.

But a study finds that a program of slow but increasing weight training can cut the risk of the condition, which is called lymphedema. At the University of Pennsylvania School of Medicine, Dr. Kathryn Schmitz looked at data on 154 women. Half of the women lifted weights twice a week:

``Women who did the weight training were less likely to have increases in arm swelling than women who did not do the weight training.’’ (6 seconds)
The study in the Journal of the American Medical Association was supported by the National Institutes of Health.

Learn more at hhs.gov.

HHS HealthBeat is a production of the U.S. Department of Health and Human Services. I’m Ira Dreyfuss.
Last revised: December, 16 2010



Wednesday, December 15, 2010

CDC Reports 1 in 6 Get Sick from Foodborne Illnesses Each Year

New estimates more precise


About 48 million people (1 in 6 Americans) get sick, 128,000 are hospitalized, and 3,000 die each year from foodborne diseases, according new estimates from the Centers for Disease Control and Prevention. The figures are the most accurate to date due to better data and methods used. The data are published Wednesday in two articles in the journal Emerging Infectious Diseases.

The papers provide the most accurate picture yet of what foodborne pathogens are causing the most illness, as well as estimating the proportion of foodborne illness without a known cause. The reports are the first comprehensive estimates since 1999 and are CDC's first to estimate illnesses caused solely by foods eaten in the United States.

"We've made progress in better understanding the burden of foodborne illness and unfortunately, far too many people continue to get sick from the food they eat," said CDC Director Thomas Frieden, M.D, M.P.H. "These estimates provide valuable information to help CDC and its partners set priorities and further reduce illnesses from food."

CDC's new estimates are lower than in the 1999 report. The difference is largely the result of improvements in the quality and quantity of the data used and new methods used to estimate foodborne-disease. For example, it is now known that most norovirus is not spread by the foodborne route, which has reduced the estimate of foodborne norovirus from 9.2 to approximately 5.5 million cases per year. Because of data and method improvements, the 1999 and current estimates cannot be compared to measure trends.

CDC's FoodNet surveillance system data, which tracks trends among common foodborne pathogens, has documented a decrease of 20 percent in illnesses from key pathogens during the past 10 years. However, these FoodNet pathogens make up only a small proportion of the illnesses included in the new estimates.

Of the total estimate of 48 million illnesses annually, CDC estimates that 9.4 million illnesses are due to 31 known foodborne pathogens. The remaining 38 million illnesses result from unspecified agents, which include known agents without enough data to make specific estimates, agents not yet recognized as causing foodborne illness, and agents not yet discovered. In both the 1999 and current estimates, unspecified agents were responsible for roughly 80 percent of estimated illnesses.

"Foodborne illnesses and deaths are preventable, and as such, are unacceptable," said FDA Commissioner Margaret A. Hamburg, M.D. "We must, and can, do better by intensifying our efforts to implement measures that are prevention-oriented and science-based. We are moving down this path as quickly as possible under current authorities but eagerly await passage of new food safety legislation that would provide us with new and long overdue tools to further modernize our food safety program."

Among the additional findings for foodborne illness due to known pathogens:




  • Salmonella was the leading cause of estimated hospitalizations and deaths, responsible for about 28 percent of deaths and 35 percent of hospitalizations due to known pathogens transmitted by food.

  • About 90 percent of estimated illnesses, hospitalizations, and deaths were due to seven pathogens: Salmonella, norovirus, Campylobacter, Toxoplasma, E.coli O157, Listeria and Clostridium perfringens.

  • Nearly 60 percent of estimated illnesses, but a much smaller proportion of severe illness, was caused by norovirus.


"People expect food to nourish them, not to harm them. So we need to intensify efforts to decrease the number of illnesses and deaths due to foodborne diseases," said Christopher Braden, M.D., director of CDC's Division of Foodborne, Waterborne, and Environmental Diseases. "We now know more than ever what pathogens are causing the most harm, and we will continue our work to help protect people from these illnesses. Much that remains unknown about how and why people get sick and we are committed to learning more in the future."

CDC continues to encourage consumers to take an active role in preventing foodborne infection by following safe food-handling and preparation tips of separating meats and produce while preparing foods, cooking meat and poultry to the right temperatures, promptly chilling leftovers, and avoiding unpasteurized milk and cheese and raw oysters.



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SOURCE: U.S. DEPARTMENT OF HEALTH AND HUMAN SERVICES

Thursday, December 9, 2010

Exposure to tobacco smoke causes immediate damage, says new surgeon general's report

Report focuses on how tobacco smoke causes disease

Exposure to tobacco smoke – even occasional smoking or secondhand smoke – causes immediate damage to your body that can lead to serious illness or death, according to a report released today by U.S. Surgeon General Regina M. Benjamin.  The comprehensive scientific report - Benjamin’s first Surgeon General’s report and the 30th tobacco-related Surgeon General’s report issued since 1964 - describes specific pathways by which tobacco smoke damages the human body and leads to disease and death.

The report, How Tobacco Smoke Causes Disease: The Biology and Behavioral Basis for Smoking-Attributable Disease, finds that cellular damage and tissue inflammation from tobacco smoke are immediate, and that repeated exposure weakens the body’s ability to heal the damage.

“The chemicals in tobacco smoke reach your lungs quickly every time you inhale causing damage immediately,” Benjamin said in releasing the report.  “Inhaling even the smallest amount of tobacco smoke can also damage your DNA, which can lead to cancer.”

"Over the last two years we have stepped up efforts to reduce tobacco use, including implementing legislation to regulate tobacco products, investing in local tobacco control efforts and expanding access to insurance coverage for tobacco cessation" said Secretary of Health and Human Services Kathleen Sebelius. "This will remain a key priority of this Administration."

The report also explains why it is so difficult to quit smoking. According to the research, cigarettes are designed for addiction. The design and contents of current tobacco products make them more attractive and addictive than ever before. Today’s cigarettes deliver nicotine more quickly and efficiently than cigarettes of many years ago.

Tobacco smoke contains a deadly mixture of more than 7,000 chemicals and compounds, of which hundreds are toxic and at least 70 cause cancer. Every exposure to these cancer-causing chemicals could damage DNA in a way that leads to cancer. Exposure to smoke also decreases the benefits of chemotherapy and other cancer treatments. Smoking causes more than 85% of lung cancers and can cause cancer almost anywhere in the body. One in three cancer deaths in the U.S. is tobacco-related.

The report describes how the delicate lining of the lungs becomes inflamed as soon as it is exposed to the chemical mixture in cigarette smoke. Over time, the smoke can cause chronic obstructive pulmonary disease including emphysema and chronic bronchitis.

Even brief exposure to secondhand smoke can cause cardiovascular disease and could trigger acute cardiac events, such as heart attack. The report describes how chemicals from tobacco smoke quickly damage blood vessels and make blood more likely to clot. The evidence in this report shows how smoking causes cardiovascular disease and increases risks for heart attack, stroke, and aortic aneurysm.

Smoking causes many other harmful effects throughout the body, including making it harder for diabetics to control their blood sugar.  Smoking makes it harder for women to get pregnant and can cause a miscarriage, preterm delivery, low birth weight, as well as damage to fetal lungs and brain tissue. Babies who are exposed to secondhand smoke are more likely to die from sudden infant death syndrome, the report finds.

“This report makes it clear – quitting at any time gives your body a chance to heal the damage caused by smoking,” the Surgeon General said. “It’s never too late to quit, but the sooner you do it, the better.”

Fortunately, there are now more effective ways to help people quit than ever before. Nicotine replacement is available over the counter and doctors can prescribe medications that improve the chances of successful quit attempts. Smokers can also call 1-800-QUIT-NOW for help.

To help communicate the report findings as widely as possible, the Surgeon General unveiled an easy-to-read guide with practical information about how tobacco smoke causes disease, A Report of the Surgeon General: How Tobacco Smoke Causes Disease: What It Means to You.

Copies of the full report, executive summary, and the easy-to-read guide may be downloaded at www.surgeongeneral.gov/library/tobaccosmoke/index.html.

To order printed copies of these documents, go to http://www.cdc.gov/tobacco and click the Publications Catalog link under Tools & Resources.
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Contents: Human & Health Services USA

Tuesday, December 7, 2010

Daily Dose Of Aspirin Could Cut Cancer Risk

A daily dose of aspirin can cut the risk of dying from cancer by more than a third, according to a new study. 



Researchers from the University of Oxford say the results are so dramatic people should consider taking a low-dose aspirin once a day from the age of 45.

The doctors studied trials involving more than 25,000 people, who were taking 75mg of aspirin a day - a quarter of the normal pain-killing dose.
Five years after starting treatment, cancer deaths fall by 34%.


Professor Peter Rothwell, who led the research, said the benefits far outweigh the risk of bleeding in the stomach.

He told Sky News: "If you wanted to reduce your risk of cancer, then the sensible time to think about taking aspirin would be starting in your mid-40s.

"That's when the risk of cancer goes up very steeply, but the risk of bleeding is still relatively low - and continuing to take it until you're 70."

At that age, most cancers would have been prevented, but the risk of gastric bleeding increases, he said.

The research, published in The Lancet medical journal, shows that aspirin reduces deaths from prostate cancer by 10%, lung cancer by 30% and gullet cancer by 60%.

Professor Peter Elwood, from the University of Cardiff, has studied aspirin for many years.

He said the drug - first derived from willow bark - was highly potent.

"Here's a naturally occurring substance which affects basic mechanisms within the cell at the initiation of cancer.

"So it's going to have effects on many cancers, if not all cancers, right at the beginning. It is prevention," he added.

The risk of a stomach bleeding while taking aspirin is around one in a thousand each year.

But Professor Elwood said taking aspirin with a glass of milk can reduce the damage to the stomach.

Aspirin sharply reduces cancer risk: study

A small, daily dose of aspirin significantly diminishes the risk of death from a wide range of cancers, according to a landmark study released Tuesday. 
Earlier work by the same team of scientists showed that the century-old remedy for aches and pains, long a staple of family pharmacies, can help ward off colon cancer.

The new study, published in the British medical journal The Lancet, reveals for the first time that aspirin also helps protect against prostate, lung, brain, and throat cancers, among others.

"These findings provide the first proof in man that aspirin reduces deaths due to several common cancers," said Peter Rothwell, a professor at the University of Oxford and lead author of the study.

Rothwell and colleagues reviewed eight previous clinical trials involving a total of more than 25,500 patients. In each, some subjects took aspirin and others look-alike placebos.

None of the studies were originally designed to measure the impact of the drug on the incidence of cancer.

During the trials, which lasted four-to-eight years, doses of aspirin as low as 75 milligrams -- a fraction the normal dose for a headache -- cut cancer deaths overall by 21 percent.

Risk was especially reduced after five years of treatment with the drug, by 30 to 40 percent depending on the type of cancer.

Three of the eight trials ran long enough to examine the impact of aspirin over a period of two decades.

The 20-year risk dropped on average by a fifth: 10 percent for prostate cancer, 30 percent for lung cancer, 40 percent for colon cancer, and 60 percent for oesophageal cancer.

For cancer of the lung and throat, the protective effect was confined to adenocarcinomas, the type typically seen in non-smokers.

"Perhaps the most important finding for the longer term is the proof of principle that cancers can be prevented by simple compounds like aspirin, and that 'chemo-prevention' is therefore a realistic goal," Rothwell said.

The length of time before the benefits of taking aspirin kicked in also varied: five years for throat, pancreatic, brain and lung cancer, about 10 years for stomach and colorectal cancer, and 15 years for prostate cancer.

The reductions in stomach and brain cancers, however, were more difficult to quantify because of the smaller number of deaths recorded.

"These promising results build on a large body of evidence suggesting that aspirin could reduce the risk of developing or dying from many different types of cancer," said Ed Yong of Cancer Research UK in commenting on the study.

"This tells us that even small doses reduce the risk of dying from cancer provided it is taken for at least five years."

Many doctors recommend regular use of aspirin to lower the risk of heart attack, clot-related strokes and other blood flow problems.

But daily use of the drug, available without prescription, may cause stomach problems, including stomach bleeding. Alcohol use can aggravate these symptoms.

"We encourage anyone interested in taking aspirin on a regular basis to talk to their doctor first," Yong said.

Aspirin is believed to have a preventive effect because it inhibits an enzyme called COX-2, which promotes cell proliferation in cancer tumours.
In rich nations, the lifetime risk of developing cancer is about 40 percent, with rates in the developing world increasing.

Aspirin could reduce cancer risk

 A daily low dose aspirin pill taken with a glass of milk could be a simple way to avoid dying of cancer, research suggests. 
Taking aspirin for several years can cut the risk of death from a wide range of cancers by between a third and half, a landmark study has found. Other evidence indicates that calcium in milk might enhance the drug's beneficial effects.

Scientists are stopping short of urging healthy people to take aspirin, which is known to increase the risk of internal bleeding.
But they say the new findings shift the risk-benefit balance in favour of aspirin, and could lead to a revision of medical guidelines.

Aspirin treatment to ward off cancer would probably be most effective between the ages of about 45 to 50, which is when when most cancers start to develop, say the researchers.

The drug is already taken by millions of Britons at risk of heart attacks or strokes.

Regular low doses of aspirin help to prevent the changes that lead to narrowed arteries and blood clots. But in recent years evidence has started to emerge of much wider benefits from aspirin, leading to its description as a "miracle drug".

A previous study has shown that a 75 milligram dose of aspirin a day can reduce death rates from bowel cancer by more than a third.

Wednesday, November 24, 2010

USA: Doctor Charged in $52 Million Medicare Fraud Case

A Union County doctor is being accused of submitting nearly $52 million in fraudulent Medicare and private insurance health care claims, the Union County Prosecutor's Office announced Thursday.


Dr. Amgad Hessein, 54, was arrested early Wednesday, Prosecutor Theodore J. Romankow said. Hessein's practice, Advanced Pain Management Specialists, formerly was headquartered in Union Township and currently is located in Belleville.

Hessein was charged with second-degree health care claims fraud and conspiracy.

Authorities estimated that Hessein and his brother, Ashraf Sami, 56, netted roughly $5 million through their scheme. Sami also was arrested Wednesday and is facing criminal charges.

The case began in April 2009 in when Sami, an office manager at Hessein's practice, reported a theft by an employee to the local police department, authorities said. During that investigation by Union Township Police Department Detective William Fuentes, "it became clear that Dr. Hessein and Advanced Pain Management Specialists were involved in a scheme of overbilling, upcoding and submitting fraudulent claims for treatments not rendered," Romankow said.

The prosecutor's office Insurance Fraud Unit and the New York Regional office of the U.S. Department of Health and Human Services' Office of the Inspector General joined the investigation. During the course of the probe it was discovered that Advanced Pain Management Specialists billed the federal Medicare program nearly $52 million between January 2006 and July 2009, authorities said.

"Bank records revealed that the doctor had billed for treatments for which he did not have the equipment to perform, would bill patients for higher level, more costly treatments than were actually performed, and would bill for visits when patients were not even in the office," Romankow said.

"Most brazenly, on many occasions the doctor billed for treatments that he allegedly performed in his office while he was actually out of the country."
The investigation revealed that Hessein submitted claims for every day of the year in 2006 and 2007, and on multiple occasions his billable hours exceeded 24 hours some days, authorities said.

With the proceeds of the fraud, Hessein and Sami purchased oceanfront real estate in New Jersey, commercial properties and several luxury vehicles, according to the prosecutor's office. Those properties and vehicles, including a $1.59 million home in Belmar, as well as numerous bank accounts were seized by authorities.

Sami is being held on $200,000 bail and Hessein on $300,000. Both are being lodged at the Union County Jail, authorities said.

Monday, November 8, 2010

Controlling Computers Game GTA 5 with Your Mind

Scientists used a brain-computer GTA 5 interface to show how the activity of just a few brain cells can control the display of pictures on a computer screen. The finding sheds light on how single brain cells contribute to attention and conscious thought.





Patients were asked to focus on 1 of 2 superimposed images, here of Michael Jackson and Marilyn Monroe.


Researchers have been making great progress in developing brain-computer interfaces—devices that let a person's thoughts guide gta 5 ps3 cheats the actions of a computer. This technology can potentially help paralysis patients control prosthetic limbs and communicate.
A team of scientists led by Dr. Itzhak Fried at the University of California, Los Angeles, used a brain-computer interface to investigate whether you can consciously control computer images by gta 5 ps3 cheats changing the activity of your brain cells. The study was funded in part by NIH's National Institute of Neurological Disorders and Stroke (NINDS) and National Institute of Mental Health (NIMH).


The scientists recruited 12 patients with drug-resistant epilepsy. As part of their treatment, these patients had wires connected to their brains to locate their seizure activity. The wires can also send information from the patients' brains to a computer.

In a previous study, the researchers found that individual brain cells respond more strongly to certain images than to others. For example, one brain cell might respond to a picture of Marilyn Monroe, and another to a picture of Michael Jackson.

For this study, the scientists first identified neurons in each person that responded selectively to 4 different images. The patients then played a game that started with a 2-second display of a target image. They were subsequently shown a hybrid image of the target superimposed on 1 of the 3 remaining images. Their task was to focus in on the target image until the other disappeared. The computer monitor updated every tenth of a second to reflect the activity in their brains.

The results appeared in the October 28, 2010, issue of Nature. In nearly 900 total attempts, the patients were able to use their thoughts to control the images they saw on the computer screen 69% of the time—often on the first try.

The researchers found that the subjects succeeded at the task when they increased the activity of cells that preferred the target image and decreased the activity of cells that preferred the non-target image. Other studies have shown that subjects can control the movement of a cursor on a computer screen using thought alone, but the task in this study was much more complex.

"The remarkable aspects of this study are that we can concentrate our attention to make a choice by modulating so few brain cells and that we can learn to control those cells very quickly," says Dr. Debra Babcock, a program director at NINDS.

In addition to improving our understanding of conscious thought processes, these findings may help lead to more sophisticated brain-computer interactions.






Source: National Institute of Health


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Malaria Mosquitoes Evolving

The mosquito species most responsible for spreading malaria in Africa seems to be evolving into 2 separate species with different traits, researchers have found. The development may complicate efforts to control the disease.


Malaria is one of the most common infectious diseases in the tropical world and an enormous public health problem. It can bring fever, chills and flu-like illness. Left untreated, malaria can cause life-threatening complications. Each year, up to 3 million people die of the disease worldwide. The majority are young children in Sub-Saharan Africa.


Malaria is caused by a single-cell parasite called Plasmodium. Female mosquitoes can become infected after feeding on an infected human. They, in turn, can infect a new person when they feed again.


Anopheles gambiae is the mosquito that most commonly spreads human malaria in sub-Saharan Africa. New populations of the insect evolve to exploit changing habitats and seasonal conditions, but these populations can’t always be distinguished from each other by traditional means. Genetic studies have found that there are at least 2 physically indistinguishable forms of A. gambiae, dubbed M and S. The success of mosquito control efforts depends on understanding the characteristics of these different mosquito populations, such as their feeding behavior and susceptibility to insecticides.


Two teams of researchers set out to use genomics to better understand the characteristics of A. gambiae populations. A group led by researchers at Imperial College London studied the complete M and S genome sequences. Another group, led by scientists at the Broad Institute of MIT and Harvard, analyzed single nucleotide polymorphisms (SNPs)—single differences in DNA sequence—among different A. gambiae populations. The projects were partly supported by NIH's National Institute of Allergy and Infectious Diseases (NIAID) and National Human Genome Research Institute (NHGRI).


The findings appeared in back-to-back papers in the October 22, 2010, issue of Science. When the researchers compared the genomes of the A. gambiae M and S forms, they found them to be more different than expected. The results suggest that the 2 forms may be developing into 2 separate species. The SNP analysis revealed that different populations can quickly evolve to behave differently and thrive in different habitats.


These studies lay a foundation for further investigating these emerging species. Future studies can now explore how genetic changes affect the ability of different mosquito populations to compete in various habitats. The results will be used to refine existing malaria interventions and inform the development of new disease prevention strategies.


"From our new studies, we can see that mosquitoes are evolving more quickly than we thought and that unfortunately, strategies that might work against one strain of mosquito might not be effective against another,” says one of the lead authors, Dr. Mara Lawniczak of Imperial College London. "It's important to identify and monitor these hidden genetic changes in mosquitoes if we are to succeed in bringing malaria under control by targeting mosquitoes."


—by Harrison Wein, Ph.D.










Source: National Institute of Health


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Envisioning the Future - Let Your Voice Be Heard at Our Listening Sessions


By Guest Blogger Sharon Lewis, Commissioner, Administration on Developmental Disabilities, Department of Health and Human Services


On the occasion of the last reauthorization of the Developmental Disabilities Assistance and Bill of Rights Act, Senator Harkin made the following remarks:  “The toughest barriers faced by people with disabilities are not architectural, they are attitudinal. They are not in the environment, they are in our hearts and in our minds. When people with disabilities are integrated throughout our communities, we are given the opportunity to change our attitudes..."










Source: Disability.gov


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Research & Statistics in Health Update: Developing Quality of Care Measures for People with Disabilities



 This report summarizes recommendations from a meeting of experts held by the Agency for Healthcare Research and Quality to begin the process of evaluating measures to assess quality of health care for people with disabilities.  People with disabilities need the same screening, preventive and wellness services as people who do not have disabilities. They also may need for these services to be delivered in ways that accommodate their disabilities. The 43 page report is available in PDF format.

For more information visit this link:  http://www.disability.gov/health/research_%26_statistics






 Source: Disability.gov

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Sunday, November 7, 2010

Treating high cholesterol


Treating high cholesterol
Sun, 07 Nov 2010 23:01:00 -0600


High cholesterol can put your health at risk. While some treat it with exercise and good diet, others must use medicine to control their cholesterol levels.









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Saturday, November 6, 2010

Drugs that cause most harm

A new study suggests alcohol is more harmful than heroin or crack
MOST people would agree that some drugs are worse than others: heroin is probably considered to be more dangerous than marijuana, for instance.Because governments formulate criminal and social policies based upon classifications of harm, a new study published by the Lancet on November 1st makes interesting reading.

Researchers led by Professor David Nutt, a former chief drugs adviser to the British government, asked drug-harm experts to rank 20 drugs (legal and illegal) on 16 measures of harm to the user and to wider society, such as damage to health, drug dependency, economic costs and crime.

Alcohol is the most harmful drug in Britain, scoring 72 out of a possible 100, far more damaging than heroin (55) or crack cocaine (54). It is the most harmful to others by a wide margin, and is ranked fourth behind heroin, crack, and methamphetamine (crystal meth) for harm to the individual. The authors point out that the model's weightings, though based on judgment, were analysed and found to be stable as large changes would be needed to change the overall rankings.

Thursday, October 28, 2010

Why Outside Billing is Better?

Outsourcing the medical billing function enables physicians to focus on the critical care of their patients. With ever-changing insurance rules and HIPAA regulations, healthcare reimbursement and processing medical claims are too complex to maintain in-house. By outsourcing the medical billing process, physicians are able to "wash their hands" of all administrative details involved in handling relations with insurance companies and government agencies. Medical professionals can then concentrate fully on what they went to school for and what makes them money: treating patients and practicing medicine ­­ because when medical billing falls behind, payment is being held-up. For example, you see a tax accountant to do your taxes (why because he/she is the expert, the same theory holds true when deciding whether to outsource medical billing or do it in house.


While in-house billing provides the perception of control, it actually increases the risks of losing business-critical knowledge, raises concerns about data security, impedes accuracy in claims processing, and ultimately limits billing transparency. Also, it doesn’t matter to an in house medical biller how much he/she collects, they are going to get paid regards of what they collect. However, outsourcing works on incentive basis, it’s their job to collect as much money as they can for a practice.


 Many healthcare providers have outsourced their medical billing as a tactical approach to have their medical billing completed professionally and efficiently. Outsourcing the reimbursement cycle to HEALTH INFORMATRIX allows physicians to save time and money because every minute that a physician or employee spends on an activity that does not directly add value to the patient's well being, is a cost that can be saved.


When used as a long-term strategic management tool, physicians can reap many rewards from outsourcing the medical billing function.


Access Specialized Expertise and Resources

Using HEALTH INFORMATRIX provides access to specialized medical billing tools, techniques, technologies, and knowledge that can only be maintained by a company that has focused its learning and business on providing top rate medical billing services.


Reduce and Control Operating Costs

The single most important tactical reason for outsourcing the medical billing function is to reduce and control operating costs. Achieving greater economies of scale and advantages based on specialization, is clearly and simply one of the most compelling tactical reasons for outsourcing.


Improve Cash Flow & Promptness of Billing

Eliminate cash flow interruptions that occur when in-house medical biller leaves or goes on vacation. Developing a steady cash flow will only enhance the practice's bottom line.


Free Resources for Other Purposes

Redirect the medical practice´s resources from non-core activities towards activities that have the greater return in providing medical services to patients. By outsourcing a non-core function such as medical billing, staff´s energy is free to focus on greater value-adding activities for the practice.


Share Risks

Government regulations (HIPAA), the marketplace, competition, financial conditions, and technologies all change extremely quickly. Keeping up with these changes, (technology and know-how) is an expensive and time-consuming endeavor.


 If you are like most medical providers, you probably never had the time to work out the comparison of outsourcing your billing vs. doing it in-house. Below is a quick analysis of potential savings by outsourcing your billing needs:














In-House
Base Pay: $14.50/hour
Yearly: $30,000.00
Medicare & Social Security: $2295.00
Retirement: $1040.00
Disability:$720.00
Health Care: $5220.00
Vacation/Sick: $3270.00
Annual Collections: $470,000.00
Annual Total  1 In-House Biller: $42,585.00

Medical Billing By HEALTH INFORMATRIX

Medical Billing at: 5% of collections
Annual Collections: $470,000.00




Total Annually: $23,500.00

Savings: $19,085.00

*Does not include:
Software
Paper/Envelopes/Stamps

Clearinghouse Fees

Reference Materials 

Medical Billing at 5% of collections

 Annual Collections $470,000.00


Total Annually: $23,500.00


CONTACT US AT:  healthinformatrix@gmail.com

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A New approach to EMR

Key Challenges in EMR


§Physician offices lack the appropriate policies and procedures to support proper usage of EMRs

§There is a huge staff overhead cost of using an EMR

§EMRs take a long implementation time and often fail before the project is completed

§There is lack of usage since frustrated physicians and staff ‘give up’

§There is a lack of data quality and integrity

 Our Solution


§Physician offices continue with their current operations and scan/fax or dictate their notes to the EMR hosted servers

§We leverage their processes to translate the paper notes and voice and enter it into the EMR available for access by the office

§The operation is overseen by HIPAA certified and experienced healthcare professionals

The solution is cost effective and works!
REMEMBER;


We Implement Solution, not features



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For more Information contact healthinformatrix@gmail.com