My 10 Suppressed Natural Cancer Cures

As I have been saying in previous articles the medical/pharmaceutical owned and controlled cancer establishment do not want you to know that ever since time immemorial there has been cheap, natural and non-toxic cures for cancer.

If any of these non-patentable cures were allowed to be known to the public at large then, as a result, they would seriously undercut the medical/pharmaceutical owned and controlled cancer establishment's business. So, whether it has been through making these successful alternative cures with their related practitioners illegal or paying off the mainstream media to blackout, ignore or ridicule, even when knowing they do in effect cure cancer, the establishment have shown that money is more important to them than truth.

The establishment's treatment of cancer: chemotherapy, radiation and surgery largely achieve poor results and cancer is therefore only a major life-threatening illness because of the suppression of the highly effective cheap, natural and non-toxic cures.

So here's my list of 10 suppressed natural cancer cures. Indeed, this is not an exhaustive account and you may know others. Either way I encourage you to do your own research but beware of the deliberate misinformation media sources with their weak arguments and purposely left out relevant information to make the case against cheap, natural and non-toxic alternative cures look stronger or plausible. Some of them are secretly cancer establishment sponsored!

1. Royal (William) Rife's Cancer Machine

In the 1930's California microbiologist Royal Rife after many years put together a 'universal microscope' basically designed to focus on cancer cells by identifying their wave frequency of vibration being different to normal cells... The universal microscope could then be used to send beams of a specific frequency from a ray tube which zapped and killed the cancer cells. This Rife called the mortal oscillatory rate which was very successful in destroying cancer in patients. So successful, in fact, Rife's machine cured 16 out of 16 cancer patients and some had been hopeless cases.

However, into the 1940's and 50's well into the manufacture of the cancer machines, having established treatment clinics, Rife found himself caught up in a legal wrangle with the establishment's big boys such as the American Medical Association. In spite of Rife winning court cases... his equipment was finally laid to rest, seized by the authorities for illegal alternative practices in medicine.

2. Laetrile Cancer Treatment

Ernest Krebs learned that the isolated indigenous Hunsas people living at the foot of the Himalayas lived to very high ages before death. He found that apricot kernels was very much used in their diet, containing high vitamin B17 levels, which he theorised was responsible for contributing to no cancer recorded in this area. He made a refined (distilled) version of vitamin B17 and called it laetrile. It was found that laetrile or B17 destroyed the enzyme beta-glycosidase in the cancer cell's metabolic pathway and thus could cure cancer when using it as a therapy.

Bad science (deliberate?), politics, corporate greed and adverse publicity basically destroyed this great discovery from getting deserved recognition at large...

3. Harry Hoxey's Herbal Remedies

Successful businessman Harry Hoxey after curing his horse with cancer used the same paste-applied herbal remedy on people. His herbal formula had achieved 80% success over 80 years. In the 1960's his clinic in Texas was shut down for illegal practices... All for curing people of cancer. A former nurse working with Hoxey's remedy took the treatment to Mexico which still survives today.

4. Metabolic Nutritional Therapy

This is the idea that certain anti-cancer foods can be used as a strict dietary regime. Again this has been highly successful but the cancer establishment seldom mention nutrition: No money to be made there...

5. Gerson Therapy

This follows on from 4 in the respects that it is a form of metabolic nutritional therapy, using body detoxification to assist in the process. Gerson therapy originally devised by Max Gerson was fully recognised in congress from hearings in the 1920's but was later struck of the record. One can only assume because of the threat it posed to undercutting the medical/pharmaceutical's businesses and less governmental revenues... if got to the public at large.

6. Otto Warburg Oxygen Therapy

Another great individual with his pioneering work in the 1930's was biochemist Otto Warburg. He was unjustly ridiculed by the establishment for coming up with the finding that oxygen is an environment that cancer cells don't like. Warburg said that cancer cells manifest in an oxygen deprived environment. Why do you think you never hear of cancer of the heart? It's because the heart contains oxygen rich blood... This has been ignored by the establishment.

7. John Baird Proteolytic Enzyme Therapy

At the turn of the 20th century Scottish doctor Baird noticed that during early foetal development the mother's placental cells behave like cancer cells in that they show rapid growth. By pregnancy day 56, when the foetus has formed its pancreas, it produces pancreatic enzymes that switch off this rapid growth. So basically Baird theorised, given that these placental cells behave like cancer cells in that they exhibit rapid growth, like the foetal cells, could the cancer cells be switched off by pancreatic enzymes? The answer is yes! Yes, cancer could be successfully treated using pancreatic enzymes. However, in spite of its success, the treatment was laid to rest invalidated and radiation therapy was chosen by the establishment instead...

8. Tullio Simoncini Cancer Therapy

Brilliant tenacious Italian doctor Tullio Simoncini has been subjected to huge pressures from the establishment to succumb: In spite of the ridicule and attempts at legal action he continues his work today focussing on treating cancer as a fungus called Candida resulting from a poor immune system. Simoncini found that antifungal treatment did not work. The solution was not only cheap but simple. He gave patients sodium bicarbonate internally through an endoscope (tube). This allows the bicarbonate to go directly to the cancer. As mentioned above this great cancer breakthrough has however been largely ignored by the cancer establishment.

9. Stanislaw Burzynski Antineoplastons

There is a movie available to see on U-Tube called "Cancer Is a Serious Business." This award winning scandalous true story movie made my cry. It shows how a medical man &biochemist Dr Stanislaw Burzynski discovered a cancer cure using gene therapy, but had to deal with the mite of the American Food and Drug Administration who tried to criminalise him for his practices. A 14 year 60 million dollar US tax payer's money legal battle ensued... The fact that he had help saved many lives, curing sometimes even hopeless cancer cases was never the issue! The real issue was the fact that Dr Burzynski was undercutting the cancer establishment's business...

10. Anti-Oxidants

The late great scientist twice Nobel Prize winner Linus Pauling was turned down when he tried to get funding with his colleagues for further research on vitamin C and its role in fighting cancer: He found that leukaemia sufferers had low levels of vitamin C. When these sufferers were given frequently high doses of vitamin C they went into remission (recovery)... Pauling also discovered that frequent vitamin C high dosing stops the migratory pathways that cancer cells use to metastasise (spread). It is inconceivable to me that this could be ignored but has been (and still is).

In summary

The above clearly shows that the medical/pharmaceutical establishment has the upper hand in controlling cancer. Power, political gain and profit are indeed the ulterior motives. I would encourage the reader to do his/her own study and learn to discern: For example, look at the mass media reports on cancer and ask yourself does this have vested interest. Ask yourself who stands to gain..?

By Paul A Philips

The Cancer-Test Kid

After a family friend died of pancreatic cancer, high school sophomore Jack Andraka invented a diagnostic strip that could detect the disease in its early stages:

In the spring of 2011, 15-year-old Jack Andraka had a lot on his mind. A close friend of the family, a man who was like an uncle to Andraka, had recently died of pancreatic cancer. Reading up on the disease, the then high school freshman discovered that around 85 percent of pancreatic cancers are diagnosed too late, when patients have less than a 2 percent chance of survival. The reason, Andraka learned, was that the best tools for early detection are both expensive and woefully inaccurate.

“I was like, ‘There has to be a better way than this really crappy test,’” says Andraka, currently a sophomore at North County High School in Glen Burnie, Maryland.

A typical teenager might have left it there, but Andraka dove deep into the scientific literature. He learned about a popular biomarker called mesothelin, a protein in the blood that’s overexpressed in patients with several types of cancer, including pancreatic cancer, even in the earliest stages. Andraka was also thinking about carbon nanotubes—tiny cylinders, around 1/50,000 the diameter of a human hair, with amazing mechanical and electrical properties, which he describes as “the superheroes of materials science.”

Then, while learning about antibodies in biology class, Andraka was struck with an idea. “I thought maybe if I lace mesothelin-specific antibodies into a network of carbon nanotobes I would have a network that reacts only to mesothelin [in a blood sample] and would change its electrical properties based on the amount present.” As the mesothelin proteins attach to the antibodies, the gaps between nanotubes widen, weakening the network’s conductivity—a signal detectable with a simple ohmmeter.

Andraka wrote up a detailed research proposal and e-mailed it to scientists at Johns Hopkins University (JHU) and the National Institutes of Health. He received a raft of rejections—and one maybe, from Anirban Maitra, a pathologist at JHU. “It was remarkable because he sent a very specific, 30-page protocol including reagents and pitfalls and everything,” says Maitra, who, after meeting (and grilling) Andraka, invited the teenager to work in his lab.

Almost every day for the next 7 months Andraka’s mom picked him up after school and drove him to JHU, where he often worked long into the evening. It was a steep learning curve, and there were tearful moments—not least when a month’s worth of cell-culture samples exploded in a centrifuge. But by January 2012 Andraka’s dedication was beginning to pay off. In a series of pilot studies, he demonstrated that his dip-coated filter paper test strips—hooked up via electrodes to a $50 ohmmeter from Home Depot—were capable of measuring mesothelin levels in the blood of transgenic mice with human pancreatic tumors, and in a limited number of human serum samples.

COURTESY OF JACK ANDRAKA“It’s important to note that this is still very much at a preliminary stage,” says Maitra. “We have to do a larger series of patient samples, and we have to prove that in human serum, where you have low levels of mesothelin in early-stage patients, you can still detect it.” Andraka is not the first to coat carbon nanotubes with antibodies. In fact, researchers have already developed similar tests for breast and prostate cancer. But Andraka’s is the first attempt to use the method to diagnose early-stage pancreatic cancer—and, if all goes according to plan, he could be the first to demonstrate that the approach is sensitive enough for such purposes.

Nevertheless, Maitra says, “it’s extremely impressive for a 15-year-old kid to come up with such a cogent idea and then to work through it in the lab with such dedication. He’s a very bright kid, but he had to work hard, and he never gave up.” Maitra also notes that this was all Andraka’s own work. “I gave him a corner of my lab, with a postdoc to supervise him—because he’s a kid, so that’s required by law—but he truly did everything on his own. This is not someone else’s project that he piggybacked on.”

Andraka’s work won him the grand prize at the 2012 Intel International Science and Engineering Fair in Pittsburgh, which comes with $75,000 in scholarships. “It was a dream come true,” says Andraka, who was cast into the national spotlight with a subsequent appearance on ABC World News Tonight. He has since delivered six TED talks, sat on a panel of luminaries at the 2012 Clinton Global Initiative annual meeting, and attended the recent State of the Union Address as a guest of President Obama. Andraka seems to be taking his newfound fame in stride. “It can be overwhelming at times, but I’m enjoying it,” he says. “I have to balance it with being a normal high school student.”

For now, Andraka will continue to do just that. But Maitra says he’s sure his young protégé will achieve great things. “He’s a remarkable kid,” Maitra says. “Whatever he goes into, he will excel, but hopefully we can keep him in biomedical science.

Courtesy:the-scientist.com