Cancer Research Surprise:
Tetanus Shots Can Help Fight Brain Cancer

April 19th, 2015 by Holly Cornish

I’m sure you’ve heard plenty about the vaccine controversy. Critics have challenged the effectiveness of vaccines and highlighted their dangers for years.

But recent research suggests at least one vaccine may have a valuable application no one ever imagined. Researchers looking into better ways to protect the brain have discovered a surprising new life-saving use for a vaccine that has been around since the 1920s.

Their work shows that a tetanus shot can boost survival rates among people battling a type of brain cancer that’s been considered a sure death sentence until now. Keep reading, it’s a remarkable story. . .

Continued below…

 

Toxic chemical condemned 8 men to die

of prostate cancer

. . .but one of them escaped. Here’s how he did it!

John S. watched helplessly as 7 of his Vietnam platoon buddies died of prostate cancer, one by one. They were exposed to chemicals during the war that caused them to get cancer when they reached middle age. Then, in 2002, John found out it was his turn. He got opinions from three different doctors and they all told him the same thing: he’d need a miracle to survive.

John found the miracle he needed. Four years after his diagnosis, he told us, “I am healthy and happy with no symptoms of the disease.” He actually wishes he’d gotten the disease sooner so he could have told his Army buddies this secret. It might have saved their lives.

We’re ALL exposed every day to chemicals similar to the ones that killed these veterans. A man is just about certain to get prostate cancer if he lives long enough. That means John’s life-saving secret is big news for men everywhere. Click here and keep reading. . .

 

This variety of brain cancer, glioblastoma, is diagnosed in 20,000 Americans a year. It’s the brain cancer that killed Senator Ted Kennedy.

This difficult-to-treat cancer kills most victims in about twelve months. It’s usually inoperable and often attacks a part of the brain where radiation treatment is difficult, adjacent to neurons involved in memory and motor skills.

Calling on the Immune System

Your risk for this disease increases as you age. In the latest round of research about how to treat glioblastoma, the most promising treatment is proving to be immunotherapy, a technique that ramps up the immune system’s arsenal against cancer cells.

When cancer strikes, the cells in tumors often suppress the immune response, allowing malignant cells to escape attack by the body’s defenses. During immunotherapy, injections are given to people who are already stricken with cancer, in an effort to reawaken the immune response.

In the case of glioblastoma, studies show that the cancer cells are home to an activated form of cytomegalovirus (CMV), something that is not present in normal cells. Consequently, researchers have tried to boost the immune response to CMV in an effort to wipe out tumors.

To do this, scientists first take a blood sample from patients and culture what are called dendritic cells. Dendritic cells are immune cells that function like tiny detectives. Their job is to locate and identify viruses the body should be attacking and then convey an immunological “wanted poster” to cells called T cells.

Once T cells get the message, they form an immune cell posse that tracks down and kills the designated pathogens. (The type of wanted poster communicated by dendritic cells doesn’t say “Wanted: Dead or Alive;” it’s more like “Wanted: Dead and more Dead.”)

In the initial immunotherapy research, the mean survival time for cancer patients receiving the treatment was only about a year. But when a tetanus shot was added to the treatment, the patients generally lived from four to eight years.

“Patients with glioblastoma usually survive for little more than one year. However, in patients who received the immunotherapy (with the tetanus shot), half lived nearly five years or longer from their diagnosis, so the findings are promising and significant,” says researcher John Sampson, chief of the Division of Neurosurgery at Duke University Medical Center.

The reasons remain mysterious

Many of the details of exactly why the tetanus shot helps improve the immune response to cancer remain unknown. In lab tests, scientists did uncover the fact that the tetanus shot increases the production of a protein called CCL3 that apparently sends more of the injected dendritic cells into the body’s lymph nodes. When more of those cells get into the lymph nodes, they can interact more abundantly with T cells, sending them to attack cancer cells that contain CMV.

As you grow older, your risk for glioblastoma grows. But this new use for a tetanus shot means your chances of surviving this disease are growing, too.

I haven’t had a tetanus shot in years, and I don’t plan to get one. The disease is so rare it’s not worth worrying about. But I believe I WOULD get a tetanus shot if I had glioblastoma brain cancer and was planning to received immunotherapy.

In our last issue, we shared some startling new information about the dangers of dairy products. If you missed this important article, we’re running it again just below this.


Is This ‘Nature’s Perfect Food’ or a Banquet for Hormone-Related Cancers?

The cancer returned for the fifth time.

After radical mastectomy, thirty-five doses of radiotherapy and twelve chemotherapy sessions, the battle was lost as far as her oncologist was concerned. 42-year-old scientist Jane Plant was given only three months to live.

That was 28 years ago. Today Jane, professor of geochemistry at Imperial College London, is free of cancer.

As she states in her book Your Life in Your Hands, “Having no alternative but to die or find a way out myself, I decided to find a way out. I determined to take control of my situation using my training as a natural scientist.”
This was her way out. . .
.

Continued below…

Feeling Off? “Fire Foods” Can Be to Blame

Did you know that over 80% of your entire immune system is found inside your gut? It’s shocking to discover that just one particular food you are eating can totally wreck your immune system?

Dr. Keith Scott-Mumby calls this phenomenon “fire in the belly.” It’s when your gut is so out of whack it becomes completely inflamed.
And when that inflammation spreads… it can create serious health problems for you. The good news is: it’s easily reversible.

There is absolutely no reason why you need to suffer from “fire in your belly.” You can instead experience vibrant health and well-being. It’s time for you to fight back…find out how, right here.

The clue comes from China

After looking at a range of factors that included genetic predisposition, estrogen, fat intake, stress, and personality type — and ruling them out of the equation — she finally hit on a clue as to why she came down with breast cancer and what she could do about it.

At one time she had worked with Chinese scientists and they had given her a book called The Atlas of Cancer Mortality in the People’s Republic of China.

She was struck by the low rates of breast and prostate cancer among the Chinese. Americans were eight times more likely to contract breast cancer and two hundred times more likely to develop prostate cancer than people living in rural China.

When the Chinese adopt a Western lifestyle, as they might do if they live in Hong Kong or move to a Western country, over time their cancer rates become similar to those found in their adopted homes.

So Professor Plant reasoned there must be some environmental factor at work, but what could it be?

Then it hit her.

The native Chinese don’t eat dairy products – and she was a big eater of such foods.

She immediately stopped consuming milk, butter, cream, cheese and any foods containing them. This included commercial soups, biscuits, cakes, sunflower or olive oil spreads and soya margarine. It’s surprising how many food products contain dairy.

Within days a secondary tumor on the back of her neck started to shrink. Six weeks later it was gone.

“None of my doctors….had expected someone with my type and stage of cancer (which had clearly spread to the lymph system) to have survived, let alone be so hale and hearty.”

Americans are big consumers of dairy foods

Americans consume 614 pounds of cows’ milk products per year (USDA, 2012). This works out to 1.68 pounds per person per day. That’s a huge amount — for a food that was only designed for babies.

But that in itself does not mean milk can’t be good nutrition for adults. What evidence is there that it could be a risk factor for cancer?

According to Professor Plant, the hormones and growth factors in milk increase your risk for all hormone-related cancers – breast, prostate, ovary and testicular.

From a young age we no longer need the hormones and growth factors found in milk because the body produces and regulates its own requirements.

The concern is that ingesting additional quantities of these highly bioactive chemicals designed to stimulate cell growth in the young could result in unwanted growth and differentiation of adult tissues – in other words, cancer.

And there are lots of hormones in milk. At least 35 different kinds — plus 11 growth factors. Many of these have been linked to cancer.

For instance, excessive amounts of luteinizing hormone releasing hormone (LHRH) stimulates the secretion of luteinizing hormone and follicle stimulating hormone which have been implicated in testicular, prostate and ovarian cancer.

Prolactin and epidermal growth factor have been shown to enhance breast and prostate cancer.

Testosterone and other androgens have been linked with increased prostate cancer risk.

Of particular concern is insulin-like growth factor (IGF-1).

IGF-1 stimulates cancer growth

Stanford University researchers reported in 1990 that IGF-1 promotes prostate cancer cell growth. Five years later the National Institutes of Health reported that IGF-1 plays an important role in some children’s cancers as well as in prostate, breast, pancreas, small cell lung and melanoma cancers. Other researchers in the 1990s found that the growth factor was linked to breast, prostate and colon cancers.

In 1998, researchers from Harvard found men under 60 with the highest IGF-1 concentrations in the blood were four times more likely to develop prostate cancer than those with the lowest levels. And for those over 60 the risk was eight times as high.

IGF-1 has growth-promoting effects in concentrations as low as 1 ng/ml, and yet milk contains 30 times as much. (1 ng is a billionth of a gram.) Three percent of the IGF-1 in cow’s milk is also in a form that’s ten times as potent.

Although the dairy industry claims that this growth factor doesn’t get absorbed into the body, research says otherwise.

A number of studies have found that the amount of milk a person consumes correlates with the amount of IGF-1 in the blood. For instance vegans who don’t eat any animal or dairy products had levels that were 9 – 13% lower than meat eaters and vegetarians and a 2005 study found “milk consumption was significantly positively related to IGF-1 levels.”

Also, the actions of IGF-1 are modulated by protective binding proteins which control their effects. However these are considerably lower in vegetarians compared to those on a vegan diet. They are therefore not only at higher levels but are more potent in dairy consumers.

Reviewing the research, Hans Larsen, M.Sc., Ch.E., said, “The evidence of a strong link between cancer risk and a high level of IGF-1 is now indisputable.”

This view has been echoed by other researchers who state that IGF-1 not only stimulates cancer cell growth but enhances metastasis and prevents apoptosis (natural cancer cell death). A European Union scientific committee concluded that this growth factor poses an increased risk of breast and prostate cancer.

Having reviewed the studies, Professor Plant states in her book Prostate Cancer that “the evidence suggests that the association between IGF-1 and cancer incidence complies with many of the accepted criteria for causality: the association is strong and specific, it demonstrates the correct temporal sequence, it is dose responsive, it has biological plausibility, and it has coherence with other documented associations.”

rBGH and VEGF – growth factors to avoid

In spite of this evidence, in 1993 the FDA approved the use of a genetically engineered growth hormone called recombinant bovine growth hormone (rBGH) to increase milk production. If you’re a longtime reader of this newsletter, you’re familiar with it.

It’s known that rBGH boosts the average concentration of IGF-1 by up to five-fold.

The European Union and many other countries do not permit the use of rBGH, but the FDA seems to have no concerns about its safety.

Could it get any worse? I’m afraid it does.

rBGH vastly increases udder infections called mastitis. The disease can affect almost half of all dairy cows in any one year. To fight the infection, cows produce Vascular Endothelial Growth Factor (VEGF). Unfortunately this also promotes the development and spread of cancer. Some classes of cancer drugs are specifically designed to block VEGF.

Soaring estrogen levels in modern milk

On top of all this, modern high production methods require cows to be milked while pregnant, which is most of the year. When pregnant they are producing vastly more estrogen and progesterone than they otherwise would.

This point was emphasized by Ganmaa Davaasambuu, M.D., Ph.D., research fellow at the Harvard School of Public Health. Her findings comparing rates of cancer in 42 countries showed a strong association between milk and cheese consumption and hormone-related cancers.

She believes the levels of at least one estrogen compound, called estrone sulfate, are 33 times greater in milk from cows in late pregnancy than in milk from non-pregnant cows.

As she puts it, “Today’s milk is vastly different from the milk your ancestors consumed 80 years ago.”

She advises us to cut down on dairy products.

Professor Plant gives the same advice, even more so since 2011. Following a hectic work schedule, she relaxed her no-dairy policy and went back to eating some milk products. The result was a lump under her collarbone and tumors in her lungs.

As well as taking a drug to suppress estrogen, she returned to her strict dairy-free diet. Several months later she was in remission for the sixth time. And this time she intends to stay cancer free.

While it may be considered un-American to advise against drinking milk, the milk produced by modern highly intensive farming methods should be avoided. Milk that’s produced this way cannot be described as nature’s perfect food.

If you can find raw, organic milk from grass-fed cows not milked during pregnancy it would be a vast improvement. However, if you are at known risk or want to reduce your risk of hormone-related cancers, then it’s best to keep dairy consumption to a minimum..

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