Tag: Magnetic resonance imaging

Magnetic Therapy

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Magnetic therapy is a safe, non-invasive method of applying magnetic fields to the body for therapeutic purposes. It helps to speed the healing process and improve quality of sleep without any adverse side effects. Whether used independently or as an adjunct to your current treatment, magnetic therapy is very effective for the relief of discomfort due to joint and muscle pain, inflammation, and stiffness, making it an excellent choice for everyone……..CLICK & SEE

Over the centuries, it has been well documented that many cultures, including the ancient Chinese, Greeks and Egyptians, have applied magnets to relieve pain and other symptoms. However, the size and weight of the magnets existing during that time, made them difficult to use. Today, smaller and stronger magnetic materials have led to the application of modern day magnetic therapy products used by over 120 million people worldwide.

Clinical studies in the United States have shown magnetic therapy to be an effective method for relieving pain and discomfort. Japan and many eastern European countries have conducted studies for over 30 years, and researchers continue to find that it provides tremendous benefits for a wide range of conditions. Physicians in the United States using magnetic therapy in their practices have reported many case histories showing positive benefits for their patients as well.

All physical and mental functions are controlled by electromagnetic fields produced by the movement of electro-chemicals (ions) within the body. When an injury occurs and tissue is damaged, positively charged ions move to the affected area, causing pain and swelling. In order for healing to take place, the injured site must be restored to its natural negative electromagnetic charge. Pain and inflammatory-related electro-chemicals must be removed and oxygen and nutrients transferred to the area.

The application of a magnetic field to an injured area helps restore the normal electromagnetic balance. The magnetic field relaxes capillary walls, as well as surrounding muscle and connective tissues, allowing for increased blood flow. More oxygen and nutrients are transferred to the injury site, while pain and inflammatory-related electro-chemicals are more efficiently removed. The overall process restores the normal electromagnetic balance of the area, relieving pain and inflammation, and promoting accelerated healing.

Individual response time will vary, and can range from a few minutes, to a few weeks. The effectiveness of magnetic therapy is dependent upon using the correct magnetic products, the length of time they are applied, and the type and severity of the problem.

Yes, magnetic therapy is safe. No complications have ever been reported with its proper use. Magnetic therapy products use magnets that when applied to the body, have positive therapeutic benefits.

There are certain conditions where magnet therapy should not be used. Magnetic therapy should not be used if you are wearing a pacemaker, defibrillator, insulin pump or any other implanted electro-medical device, and should not be used if you are pregnant.

The electromagnetic fields surrounding power lines and electrical appliances are a very different type of magnetic field, and have no relation to the natural, healing fields produced by Healing Magnetic Products.

According to most experts in the field, if magnetic therapy products are designed and used properly they can be 80%-90% effective. The problem is that Biomagnetics is a far more complex science than most people realize, so knowing how to accomplish this is no easy task and requires highly specialized engineering and manufacturing capabilities.

To be effective, a magnetic therapy product must produce a magnetic field of sufficient strength and size at the site of the injury or affected area. The problem is that the strength of a magnetic field drops off rapidly as the distance from the magnet increases, and an injured area can be several inches below the surface of the skin. If the product is not properly designed, the field could easily drop below therapeutic levels before it even reaches the injury site, and the product would then be ineffective.

Companies that provide insufficient product information, and incorrectly use the gauss rating of magnets to indicate the strength of their products compound the problem. The manufacturer’s gauss rating of a magnet indicates the amount of magnetic energy (residual induction) that the magnetic material can hold, but alone is not an indication of the strength of the magnet.

Since the gauss rating is identical for all magnets made of the same material, regardless of the size or number of magnets, products using smaller and fewer numbers of magnets are made to appear more effective than they really are.

To be therapeutically effective, a magnetic field must penetrate the injured area at a high enough gauss strength. There is no way to tell if the magnetic field is strong enough just by knowing the gauss rating of the magnets.

The mass (surface area and thickness) of the magnets, the number of magnets, the polarity facing the body and the gauss rating of the magnets used, all determine the strength and penetration depth of the magnetic field produced by a magnetic therapy product.

No they are not. Most products on the market use magnets that are either too small, or insufficient in number and strength to provide any real benefit. The polarity of the magnets is also a very important issue. Many products contain magnets that are facing the wrong way (the south or positive polarity is facing the body), which can increase, rather than ease discomfort. There are also products that are improperly using bipolar (both poles on the same surface) magnets in products such as mattress pads, which is completely against recommended protocols and can cause increased discomfort.

So,It is always wise to buy the products from a renowned manufacturers who maintains highest quality standards. Designed by experts in the field of biomagnetics and complementary medicine.The products should have new engineering methods developed by the company to provide maximum effectiveness and eliminate the problems existing with other magnetic therapy products.

Help taken from:HEALIOHEALTH.COM

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Tags Alzheimer's disease, Animal testing, Anno Domini, Aura (paranormal), Belgium, Electromagnetic field, Magnetic resonance imaging, United Nations, Wireless, World Health Organization

News on Health & Science

Breast cancer strikes younger women too.

Post author By Mukul
Post date October 30, 2006
No Comments on Breast cancer strikes younger women too.

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How to spot signs of trouble: In November 1999, Jennifer Johnson seemed to be living her dream. She was 27 years old, happily married to her college sweetheart and expecting her first child. Johnson also tried to give back to her community by volunteering for the Susan G. Komen Breast Cancer Foundation. Because of that work, she understood the importance of monthly breast self-exams. Though breast cancer is unusual in young women, she was vigilant about the task. And that was how, one day in the shower, she found what she describes as a “rock” in her left breast. It was a devastating discovery and it also saved her life.

A biopsy revealed that Johnson had invasive ductal carcinoma, which means that malignant cells had formed in a milk duct and then spread. Her tumor measured 3.5 centimeters (about 1.4 inches), she says. Once she had gotten over the initial shock of her diagnosis and begun treatment, Johnson met and joined forces with three other young women fighting breast cancer: Patti Balwanz, Jana Peters and Kim Carlos. They formed their own private support group, meeting regularly for lunch at the Nordstrom’s store near their Kansas City homes. The friendship inspired their moving new book, “Nordie’s at Noon,” published this month by Da Capo Press. “We felt such comfort in being able to talk to each other and share our stories,” says Carlos. “We felt there weren’t enough resources out there for young women.”

Breast cancer is generally considered an older women’s disease; the median age of diagnosis is 63. But younger women are not immune. In fact, according to the National Cancer Institute, one in 229 women in their 30s will be diagnosed with a malignancy in their breasts. Young women also have special concerns that don’t affect older breast cancer patients. If they haven’t had children, they worry that chemotherapy or radiation will send them into early menopause. If they are single and dating, they may have to contend with feeling less attractive after surgery. Breast cancer in younger women tends to be more aggressive, which makes early diagnosis all the more critical. But getting that early diagnosis is often difficult. In general, women with no special risk factors for breast cancer don’t start getting mammograms, the most widely used screening, until they’re in their 40s. (Before then, younger women’s denser breast tissue makes mammograms less reliable.)

Even if women do notice something suspicious during a self-exam, doctors don’t always take their complaints seriously. “The doctor will say, ‘Oh, let’s just watch that lump for three or six months or a year and see what happens’,” says Carlos. That often means that young women are diagnosed at a later stage and face a grimmer prognosis. In fact, breast cancer is the leading cause of cancer deaths among women aged 15 to 54, according to the National Cancer Institute. However, if the tumor is detected early enough, the odds are good: 83 percent of women under 45 whose cancers are found early will survive for at least five years.

Without mammograms, what’s the best tool for spotting signs of trouble? All four of the Nordie’s authors found lumps themselves. But among breast cancer groups, there is disagreement over whether self-exams should be included in screening recommendations; studies have not proven that the exams reduce deaths. However, no one disputes that self-exams help you become aware of the geography of your breast so you can detect any abnormalities early on. “The most important thing is to understand what kind of lumps or bumps are normal for you and if something is different, you need to consult a doctor,” says Randi Rosenberg, a founding member and former president of the Young Survival Coalition, a network of young breast cancer survivors(www.youngsurvival.org) (For tips on how to check your breasts, go to the Komen Foundation site,www.komen.org and click on the breast-self exam link.)

(As published in the Newsweek)

Tags Biopsy, Breast, Breast cancer, Cancer, JAMA (journal), Magnetic resonance imaging, Mammary ductal carcinoma, National Cancer Institute, United States, University of Washington

Health Alert News on Health & Science

Food may be like a drug for some

Post author By Mukul
Post date October 14, 2006
No Comments on Food may be like a drug for some

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The same brain circuits are involved when obese people fill their stomachs as when drug addicts think about drugs, a finding that suggests overeating and addiction may be linked, US researchers reported on Monday.

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The finding may help in creating better treatments for obesity a growing problem in the US and elsewhere.

“We wanted to know why, when people are already full, why people are still eating a lot,” said Dr Gene-Jack Wang of Brookhaven National Laboratory in Upton, New York.

“We were able to simulate the process that takes place when the stomach is full, and for the first time we could see the pathway from the stomach to the brain that turns “off” the brain’s desire to continue eating.”

Wang and colleagues tested seven obese volunteers who had been fitted with a gastric stimulator a device that tricks the body into thinking the stomach is full.

They used a PET scan to see which parts of the brain activated when the stimulator was activated. “We thought the activated area (of the brain) must be in the satiety centre,” Wang said. “We saw a lot of activity in all areas of the brain, especially in the hippocampus.”

The gas stimulators also sent messages of satiety to brain circuits in the orbitofrontal cortex and striatum, which have been linked to craving and desire in cocaine addicts.

“This provides further evidence of the connection between the hippocampus, the emotions, and the desire to eat, and gives us new insight into the mechanisms by which obese people use food to soothe their emotions,” said Wang.

(From the news published in The Times Of India)