mindpotion Blog
Wednesday, 18 June 2014
Teenager overcomes terminal brain cancer with raw foods
Mood:  bright
Topic: Cancer

 

It's hard to believe that the healthy and radiant 17-year-old Megan Sherow was facing a terminal cancer diagnosis just a few years ago. "Uh, I guess sometimes it can happen..." was the bewildered response Megan received from her doctors when they discovered that her cancer had gone into full remission.

Doctors were not at all optimistic, Megan sought other options

Diagnosed at 13 with stage 3 brain cancer, Megan was told that she was going to die unless she turned to an aggressive treatment of chemotherapy and radiation.

And even with painful chemo, doctors were not at all optimistic about her odds. They told her she also needed brain surgery. After going through two brain surgeries that failed to help, Megan was finally convinced that it was time to try something else.

Healing disease with raw food

Fortunately, she was able to learn about the raw food diet and how other people had managed to heal themselves by doing nothing else but sticking to a daily menu of raw fruits and vegetables. No pills, no potentially deadly brain surgeries and no chemo.

And so she did. Fast-forward a year and a half later, her cancer was in remission and she was feeling more energetic than ever before.

These days, the talented Megan is bursting with life: at only 17, she attends college, is involved in several theater productions while also writing her first novel and still has the energy to pursue photography and other outdoor activities.

Megan Sherow's simple cancer diet

The diet that rid her of cancer is entirely raw and vegan but also simple, convenient and affordable.

For breakfast, Megan typically likes to eat a banana whip with mangoes and strawberries; while for dinner, she loves to eat fresh romaine lettuce. At lunch, she likes to have another banana whip or sometimes a pineapple and banana smoothie, which she may later complement with various fruits and vegetables, depending on her daily challenges.

For example, in preparation for a theater performance, she gets her amazing energy by consuming nutrient-rich dates.

About the author:

A science enthusiast with a keen interest in health nutrition, Antonia has been intensely researching various dieting routines for several years now, weighing their highs and their lows, to bring readers the most interesting info and news in the field. While she is very excited about a high raw diet, she likes to keep a fair and balanced approach towards non-raw methods of food preparation as well.

Learn more: naturalnews.com/


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 MEST
Updated: Wednesday, 18 June 2014 01:49 MEST
Monday, 16 June 2014
William Li: Can we eat to starve cancer?
Mood:  chatty
Topic: Cancer

William Li presents a new way to think about cancer treatment: angiogenesis, targeting the blood vessels that feed a tumor. The crucial first (and best) step: Eating cancer-fighting foods that beat cancer at its own game.

 


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 MEST
Updated: Monday, 16 June 2014 01:17 MEST
Friday, 14 March 2014
Cancer patients who have chemotherapy have a less peaceful death
Mood:  not sure
Topic: Cancer


Cancer patients who receive chemotherapy during the last stages of their life are more likely to die in hospital rather than their preferred location at home, a study has shown.

The research showed that many doctors have a hard time initiating end-of-life conversations with their patients, especially the young, even after cancer has spread to different parts of the body.

Such patients were also less likely to have discussed their final wishes with their doctors, meaning many were placed on a ventilator and had a less peaceful death than those who ended treatment early.

Dr. Alexi Wright, an assistant professor of medicine at Dana-Farber Cancer Institute, and the study’s lead author, told the Boston Globe: 'There’s a subtle dance that happens between oncologist and patient.

'Where doctors don’t want to broach the subject of dying, especially in younger patients, because it makes those patients think we’re giving up on them.'

Wright and her team of researchers studied 386 terminally ill cancer patients. They found that the 56 percent that had chemotherapy tended to be younger, better educated, richer, and more optimistic about their outlook.

The patients died within an average of four months after participating in the study.

Sixty-five percent died in their preferred place; compared to 80 percent of those who chose to stop treatments.

The researchers found that those taking chemotherapy were more likely to die in a hospital intensive care unit rather than at home and were more likely to get placed on a ventilator.

Read more: dailymail.co.uk


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 MEST
Updated: Friday, 14 March 2014 02:52 MEST
Wednesday, 12 March 2014
Revealing the Connection Between Sugar and Cancer…Again
Mood:  don't ask
Topic: Cancer


An estimated 12.5 million people had some form of cancer in 2009, according to the American Cancer Society. Another 25.8 million have diabetes. These two preventable diseases are responsible for millions of deaths worldwide each year. In the constant battle to stay healthy, many of us know that too much sugar in the blood can lead to diabetes and that by controlling our diets we can both prevent and even reverse the disease. But, could the same be said for cancer?

According to researchers, sugar and cancer are indeed connected.

The Sugar-Cancer Connection

Obesity and high blood sugar are risk factors for diabetes. And diabetics have an estimated double risk of suffering a colon or pancreatic cancer diagnosis. Scientists say that the two facts are connected and that blood sugar could play a role in the development of cancer.

In one study published in the journal Molecular Cell, a team of researchers under Dr. Custodia Garcia-Jimenez, have identified how sugar could directly increase the cancer risk.

During digestion, cells in the intestine identify sugar and tell the pancreas to release insulin (the hormone responsible for blood sugar regulation). The sugars in the digestive system do this with the use of a hormone called GIP which assists in the insulin release. Dr. Garcia-Jimenez found that a specific protein known as β-catenin controls the ability of the intestines to release GIP and this protein is dependent on sugar levels.

“Increased activity of β-catenin is known to be a major factor in the development of many cancers and can make normal cells immortal, a key step in early stages of cancer progression. The study demonstrates that high (but not normal) sugar levels induce nuclear accumulation of β-catenin and leads to cell proliferation. The changes induced on β-catenin, the molecules involved and the diversity of cancer cells susceptible to these changes are identified,” Science Daily reports.

Simplified: increased blood sugar levels could lead to increased production of this protein which is known to impact cancer risk.

Read more: naturalsociety.com


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 MEST
Updated: Wednesday, 12 March 2014 02:33 MEST
Thursday, 6 March 2014
Dr. Mercola and Dr. LaValley Discuss Curcumin
Mood:  bright
Topic: Cancer

http://articles.mercola.com/sites/art... Natural health expert and Mercola.com founder Dr. Joseph Mercola interviews Dr. William LaValley about how curcumin, a derivative of turmeric spice, can help in cancer treatment.

 


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 CET
Updated: Thursday, 6 March 2014 01:26 CET
Friday, 28 February 2014
Has Cancer Been Completely Misunderstood?
Mood:  chatty
Topic: Cancer


A Failed War On Cancer

Ever since Richard Nixon officially declared a war on cancer in 1971 through the signing of the National Cancer Act,[i] over a hundred billion dollars of taxpayer money has been spent on research and drug development in an attempt to eradicate the disease, with trillions more spent by the cancer patients themselves, but with disappointing results.

Even after four decades of waging full-scale “conventional” (surgery and chemo) and “nuclear” (radiotherapy) war against cancer, one in every four Americans will be diagnosed with the disease within their lifetimes – and this number is projected to grow – unabated — not unlike the process of cancer itself.

Could this colossal failure reflect how profoundly misunderstood the condition is, and misguided are our attempts to prevent and treat it?

The Question That Must Be Answered Anew: What Is Cancer?

Perhaps we need to return back to the fundamental question of ‘What Is Cancer’?  After all, until we find an accurate answer to this question, all attempts to ‘prevent’ and ‘treat’ a disease we do not understand are doomed to fail.

For the past half century, the “Mutational Theory” has provided the prevailing explanation for the cause of cancer, where, as the story goes, accumulated mutations within our cells lead a few susceptible ones to “go berserk,” their “insane” and “violent” behavior a result of multiple destructive events to the intelligent code within the cell (DNA) that normally keep them acting in a ‘civilized’ manner relative to the larger multicellular community as a whole (i.e. the body). In this view, these rogue cells replicate incessantly and form a tumor which spreads outward in a cancerous manner (cancer = Greek for “crab”), in many ways simulating the characteristics of an infectious process within the host, until the growths obstruct vital processes, resulting in morbidity and death.

According to this theory, which was heavily influenced by the Darwinian theory of evolution and is sometimes called “Internal Darwinism,” what drives the evolution of the healthy cells into cancerous ones is a process very similar to natural selection, i.e. random mutations beneficial to the survival and reproduction of cancerous cells in a tumor are naturally selected for and conserved, driving them towards malignancy. Damage to the DNA can occur either through inheriting defective DNA sequences (“bad genes” in the family) or exposures to DNA-damaging chemicals (e.g. tobacco) or radiation.

While this view has some explanative value, it can also be quite misleading.  For instance, a fundamental tenet of evolution is that random mutations are almost always harmful, resulting in immediate cell death. Cancer cells, however, seem to get quite ‘lucky’ because they appear to thrive on them.  Rather than dying like normal cells when faced with random mutations, they exhibit the exact opposite response: they become immortalized, incapable of undergoing the programmed cell death required of healthy cells.

Is randomness and chaos, then, really at the root of the transformation of healthy cells into cancer?

Tumors, after all, express highly organized behaviors, seemingly impossible to induce through strictly random forces such as mutation…

A collection of cancer cells (tumors), for instance, are capable of building their own blood supply (angiogenesis), are able to defend themselves by silencing cancer-suppression genes and activating tumor-promoter genes, secreting corrosive enzymes to move freely throughout the body, alter their metabolism to live in low oxygen, high sugar and acidic environments, and know how to remove their own surface-receptor proteins to escape detection by white blood cells.  Could these complex behaviors really be a result of random mutations? And is it possible that random mutations could result in the formation of the same “lucky” set of genetic properties, each and every time a new cancer forms in a human?

Random mutations, no doubt, play a major role in the initiation and promotion of cancer, but are not alone sufficient for a complete explanation.  One group of scientists, in fact, have offered a much more compelling explanation. They view multiple mutations causing an unmasking of an ancient survival program within the cell….

Cancer as An Ancient Survival Program Unmasked

A brilliant new theory, introduced by Arizona State University scientist, Paul Davies, and Australian National University scientist, Charles Lineweaver, sheds much needed light on the true nature of cancer. According to Davies:

“Cancer is not a random bunch of selfish rogue cells behaving badly, but a highly-efficient pre-programmed response to stress, honed by a long period of evolution.”


In their seminal paper, titled “Cancer tumors as Metazoa 1.0: tapping genes of ancient ancestors,” Davies and Lineweaver propose that cancer is an evolutionary throw-back, drawing from a genetic ‘tool-kit’ at least a billion years old, and which still lies buried – normally dormant – deep within the genome of our cells.  Davies calls this subterranean genetic layer Metazoa 1.0, and it contains pathways and programs that were once indispensable for our ancient cellular predecessors and their early proto-communities to survive in a radically different environment.

Without the highly differentiated cells and specialized organs of higher multicellular/animal life (Metazoa 2.0), cells with the genetics of Metazoa 1.0 would have favored traits that enabled them to survive direct contact with what was a much different and harsher (to us) environment.

For example, 1 billion years ago atmospheric oxygen was exceptionally low, since photosynthesis has not yet evolved to produce an abundant supply. This means that cellular life at that time would have had to learn to thrive in a low or no oxygen environment, which is exactly what cancer cells do, using aerobic glycolysis for energy instead of oxidative phosphorylation.

Davies and Lineweaver summarize their view as follows

“The genes of cellular cooperation that evolved with multicellularity [animal life] about a billion years ago are the same genes that malfunction to cause cancer. We hypothesize that cancer is an atavistic condition that occurs when genetic or epigenetic malfunction unlocks an ancient ‘toolkit’ of pre-existing adaptations, re-establishing the dominance of an earlier layer of genes that controlled loose-knit colonies of only partially differentiated cells, similar to tumors. The existence of such a toolkit implies that the progress of the neoplasm [cancer] in the host organism differs distinctively from normal Darwinian evolution.”


Instead of viewing the hallmark trait of cancer, namely, incessant proliferation, as a newly evolved trait spurned by random mutations, it would be considered the default state of the cell, having been developed a billion years ago when ‘not dying’ would be the first priority.  Remember, this ancestral assemblage of cells would not have had the differentiation of cell type and specialization of tissue associated with higher animals, i.e. skin, hair, claws, etc., with which to protect themselves against the environment.

Damage to the skin in animals, for instance, results in the rapid death and sloughing off these ‘extra’ cells, to be replaced by new healthy ones.  A still barely multicellular entity would not have this luxury, and would entrench itself within genetic traits associated with resilience, the ability to resist all manner of environmental assault, and would express a highly ‘selfish’ form of behavior we now consider a fundamental property of cancer.

If cancer is an ancient survival program unmasked, this does not mean that the “Mutation Theory” does not still hold some truth. Genetic damage and mutations do in fact contribute to cancer, but rather than view them as ‘causing’ the complex set of behaviors associated with cancer, they unmask an already existent set of genetic programs [atavism].* For instance, there are over 100 oncogenes known to exist within our DNA and are shared by a vast array of different species including the fruit fly, indicating how ancient (at least 600 million years old) and universal they are (found in most multicellular organisms).

Numerous studies confirm that dinosaurs had tumors. These cancer-promoting genes are normally suppressed by more recently evolved genes (Metazoa 2.0), such as tumor-suppressor genes, but when enough damage to the more recently evolved genetic overlay occurs, the system goes into “Safe Mode” and the older genetic pathways (Metazoa 1.0) are activated once more.

Within the horizon of this new way of thinking, cancer can no longer be viewed as some predestined gene-time bomb setting itself off within us, nor simply a byproduct of cumulative exposures to genotoxic substances, alone.  Rather, cancer is an ancient survival response to an increasingly toxic environment, and an increasingly unnatural diet and compromised immune function.  These cells have learned to survive the constant abuse, and have flipped into survival mode, which is self-centered, hyper-proliferative (constant self-repair/replication) and aggressive (metastatic), i.e. what does not kill you makes you stronger

Cancer As Something Our Body Does To Survive

Cancer can no longer be viewed as something bad that happens to an intrinsically healthy body. Rather, cancer is something the body actively does in response to an intrinsically unhealthy cellular, bodily and planetary environment.  Instead of an expression of bodily deviance, it may be expressive of bodily intelligence, and the capability of our cells to survive in conditions that threaten to destroy cells beyond the critical threshold beyond which survival is impossible.

This perspective also sheds much needed light on the devastating nature of chemotherapy and radiotherapy. Tumors contain a broad range of cells, many of which are intrinsically benign (will never become malignant or cause damage to the organism) and some of which keep more malignant populations in check.

The invasive cells are more primordial in their genetic configuration (Metazoa 1.0) due to just how much shock/damage/poisoning they have been made to endure during their life cycles. It is exactly these cells, therefore, that are MOST resistant to the chemo, and less likely to die when exposed to it. The chemotherapy and radiation, therefore, actually kill the very cells that do not represent a threat, and select for more invasive ones.

This explains why at first the introduction of chemotherapy/radiation may cause tumor regression, but the small population that survives (including cancer stem cells) technically comes back even stronger thereafter. In the same way that antibiotics like methicillin spawned the monster that is methicillin-resistant Staphyloccocus aeureus, which creates a population of bacteria with highly up-regulated multidrug resistance proteins and genes, chemotherapy and radiation CREATE a genetically more resistant population of super-cancers, and often is the reason why the patient dies. Sadly, in these cases the death is blamed on the “chemoresistant” and “radioresistant” cancer and the victim is blamed, if you will, for being killed by the very treatment they were being told they would die much sooner without.

Cancer Is “A Symptom” And Not A “Disease.”

So, instead of a monolithic “disease,” it makes more sense to view cancer as a symptom of cellular and environmental conditions gone awry; in other words, the environment of the cell has become inhospitable to normal cell function, and in order to survive, the cell undergoes profound genetic changes, drawing ancient genetic pathways which we associate with the cancerous personality ( phenotype). This “ecological” view puts the center of focus back on the preventable and treatable causes of the “disease,” rather on some vague and out-dated concept of “defective genes” beyond our ability influence directly.

It also explains how the “disease” process may conceal an inherent logic, if not also healing impulse, insofar as it is an attempt of the body to find balance and survive in inherently unbalanced and dangerous conditions.  Fundamentally, we need to shift our thinking away from the view that cancer is something unnatural that happens to us, to one where we see that cancer is something natural our body does to survive unnatural conditions.  Change and improve those conditions, and you do more to change cancer than attacking it as if you were fighting a war against an enemy.

*Additional explanation of the cancer-atavism theory

*The concept of cancer-as-atavism can be explained this way: An atavism is an older genetic trait that is no longer used, and therefore suppressed by newly evolved genes. An example is webbed feet. Everyone in the womb has them, but as embryogenesis proceeds genetic sequences kick in that cause them to disappear. This is done through a process of ‘programmed cell death,’ also known as apoptosis. The body simply turns on the apoptosis genes in the tissue associated with webbing between the toes, and those cells peacefully disassemble themselves, resulting in normal web-free hands and feet.  Now the interesting thing is that cancer cells ARE cancerous because they DO NOT DIE.

They have either forgotten how to undergo programmed cell death (apoptosis), or, have been forced through injury (genetic damage) or environmental pressures (epigenetic changes) to suppress the genes that enable them to die.   The cancer cells, in effect, draw from an ancient genetic tool kit which its predecessors over a billion years ago used to survive what was at the time a very harsh environment, and where replicating was a much more preferred trait than dying, and where cells had yet formed highly evolved multicellular communities found within animals.

About the Author

Sayer Ji is the founder and chair of GreenMedInfo.com. His writings have been published in the Wellbeing Journal, the Journal of Gluten Sensitivity, and have been featured on numerous websites, including Mercola.com, NaturalNews.com, Infowars.com, Care2.com. His critically acclaimed essay series The Dark Side of Wheat opens up a new perspective on the universal, human-species specific toxicity of wheat, and is now available for PDF download.

Source - http://wakingtimes.com


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 CET
Updated: Friday, 28 February 2014 01:04 CET
Tuesday, 25 February 2014
Study - Chemotherapy can actually increases cancer growth
Mood:  not sure
Topic: Cancer


The cancer treatment scam that is chemotherapy has once again been shown in the scientific literature to be a major cause of, rather than a cure for, cancer. According to a new study recently published in the peer-reviewed journal Nature, chemotherapy not only promotes the growth and spread of cancer cells by damaging the healthy tissue that surrounds tumors, but it also causes cancer cells to develop full-on resistance to the popular treatment, morphing them into "super" cancer cells.

Researchers from the Fred Hutchison Cancer Research Center in Seattle, Washington, learned this after observing the effects of chemotherapy on healthy cell tissue. What they found is something that NaturalNews.com have been saying for years, but that the medical system as a whole is only just now waking up to -- chemotherapy, which is a recognized poison, damages the DNA of healthy, non-cancerous cells, causing them to produce molecules that in turn produce more cancer cells.

It does not take a rocket scientist to make this deduction, of course, as simple common sense dictates that blasting healthy cells along with unhealthy cells is going to cause damage to all of the cells. But this is apparently big news up in the Northwest, where scientists are apparently baffled as to how this can be. And we are not talking about minor damage here -- according to the figures, major damage to healthy cells occurs as a result of routine chemotherapy treatments.

"[T]he researchers found that chemotherapy can cause fibroblasts (cell DNA) to increase production of a molecule called WNT16B by 30-fold in tissues surrounding a tumor," explains the group Cancer Research U.K. in a recent report on the study. "This then helps cancer cells to grow, invade neighboring cells and resist chemotherapy," it adds.

'Super' cancer cells caused by chemotherapy more deadly than ever

As if this is not bad enough, the same team found that another major side effect of chemotherapy is cancer cells grow more virulent than they were before the treatment. Like "superbugs" and "superweeds," which we now know developed resistance in response to conventional drug therapies and chemical sprayings, respectively, these "super" cancer cells no longer respond even to the most aggressive forms of chemotherapy, which means cancer itself is becoming more deadly.

"These results delineate a mechanism by which genotoxic therapies given in a cyclical manner can enhance subsequent treatment resistance through cell nonautonomous effects that are contributed by the tumor microenvironment," explains the study abstract.

You can read the fully study abstract here:
http://www.nature.com/nm/journal/v18/n9/full/nm.2890.html

Not surprisingly, at least one doctor heavily vested in the cancer industry has already come out to call not for an end to chemotherapy but rather for the development of new treatments that might alter the body's natural resistance mechanisms to better accommodate the toxic effects of chemotherapy. This is how the conventional medical system operates, of course -- simply add new drugs into the mix to cover up the side effects of other drugs, and lather, rinse, repeat.

"Most cancer patients in this country die of chemotherapy," explains Dr. Allen Levin, M.D., from the University of California, San Francisco, in his book, The Healing of Cancer. "Chemotherapy does not eliminate breast, colon, or lung cancers. This fact has been documented for over a decade, yet doctors still use chemotherapy for these tumors."

If you or a loved one suffers from cancer, there are alternatives to chemotherapy and radiation. The Gerson Therapy; Dr. Stanislaw Burzynski's antineoplastons; cannabis oil containing high levels of healing cannabinoids; and freshly-juiced marijuana leaves are all viable cancer treatment protocols that have healed many people. You can learn more about each of these methods at the following links:

http://gerson.org
http://www.burzynskiclinic.com
http://www.sfweekly.com

Learn more: www.naturalnews.com


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 CET
Updated: Tuesday, 25 February 2014 01:05 CET
Saturday, 1 February 2014
Making music videos helps young cancer patients cope
Mood:  bright
Topic: Cancer


Music therapy can help teenagers and young people cope better when faced with treatment for cancer, a study in Cancer journal suggests.

American researchers followed the experiences of a group of patients aged 11-24 as they produced a music video over three weeks.

They found the patients gained resilience and improved relationships with family and friends.

All the patients were undergoing high-risk stem-cell transplant treatments.

To produce their music videos, the young patients were asked to write song lyrics, record sounds and collect video images to create their story.

They were guided by a qualified music therapist who helped the patients identify what was important to them and how to communicate their ideas.

When completed, the videos were shared with family and friends through "premieres".

Positive effect

After the sessions, the researchers found that the group that made music videos reported feeling more resilient and better able to cope with their treatment than another group not offered music therapy.

Also, 100 days after treatment, the same group said they felt communication within their families was better and they were more connected with friends.

These are among several protective factors identified by researchers that they say help teenagers and young adults to cope in the face of cancer treatments.

Lead study author Dr Joan Haase, of Indiana University School of Nursing, said: "These protective factors influence the ways adolescents and young adults cope, gain hope and find meaning in the midst of their cancer journey.

Read More - BBC


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 CET
Updated: Saturday, 1 February 2014 01:04 CET
Tuesday, 21 January 2014
The teenager who ran away from chemotherapy and beat cancer naturally
Mood:  celebratory
Topic: Cancer


Remember the story of a 16-year-boy who ran away from his Massachusetts home in 1994 to avoid chemotherapy? His name was Billy Best, and his story was a nationwide sensation while he was in hiding.

Now, he is very healthy and cancer-free, back home working in a local health food store, consulting parents of children who are pushed into chemo and participating in medical school seminars on patient choice.

He continues to be interviewed by alternative news sites whenever a story breaks on families having to become fugitives for refusing chemo and radiation on their children. Now, he also has a book out, as told to writer Linda Conti.

It's called The Billy Best Story: Beating Cancer with Alternative Medicine, and it has 23 five-star rave reviews on Amazon.

A summary of Billy's story

From the bits and pieces of media coverage since the time Billy ran off, one gets the impression that Billy wound up in California. And from there he discovered cancer-healing protocols for his Hodgkin's lymphoma.

But actually, he never got to California. That was his Greyhound bus destination originally, but he wound up in Houston, TX.

Instead of roaming the streets as many run-away teens do, he was fortunate enough to meet up with fellow skateboarders who helped house him. Billy had no idea of the nationwide hunt for him. His parents had contacted several national news outlets out of concern for his whereabouts and health.

But one day, the father of one of Billy's skateboarder buddies said he saw Billy on one of the TV shows featuring his runaway from home after five chemo treatments. So Billy decided to return home with one provision: no chemotherapy.

Instead, he would decide on alternative methods. His nationwide exposure had elicited many suggestions from which he could choose.

Billy chose Gaston Naessens' 714-X and Essiac tea

Gaston Naessens had fled France to be able to administer injections of 714X in Quebec, Canada, but soon ran into problems there also. His solution of camphor, nitrogen and mineral salts is still manufactured in Canada, but it's banned in the USA.

Billy was taught how to inject it himself in nearby Canada, where he could purchase it, and still performs occasional maintenance injections.

Like potent hemp or cannabis oil, 714-X is on the Medical Mafia's no-no list and is difficult to get and administer. But, as long as it's not promoted as a cure, Essiac tea is very inexpensive and widely available. The trick is getting the highest quality herbs and making your own tea.

Reports of cancer patients not benefiting from Essiac tea are usually because they used teas purchased off the shelves of health food stores, which ironically are also more expensive than buying the herbs and making it yourself.

But Canadian nurse Rene Caisse cured thousands from her small-town clinic. After she died, authorities raided her clinic and destroyed all the records they could find. But the tea's recipe was discovered by Dr. Gary Glum, D.C., with one of Rene's former associates and resurfaced nationally (http://www.naturalnews.com).

Unfortunately, few understand the importance of having the exact herbs that Caisse used: Turkey rhubarb, burdock, slippery elm, and sheep sorrel with roots, organic or wild-crafted and not irradiated. Many Essiac tea providers today cheat a little, using inferior or irradiated herbs without sheep sorrel roots.

Cheating even a little corrupts this tea too much. It's my experience that you can be assured of the highest quality herbs and instructions for making the tea here (http://renecaissetea.com).

Sources for this article include:

Billy and his mom's site:
http://www.billybest.net

http://www.patriotledger.com

http://www.prevention.com

http://essiacfacts.com

http://www.amazon.com

http://science.naturalnews.com

About the author:

Paul Fassa is dedicated to warning others about the current corruption of food and medicine and guiding others toward a direction for better health with no restrictions on health freedom. You can visit his blog at http://healthmaven.blogspot.com

Learn more: naturalnews.com


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 CET
Updated: Tuesday, 21 January 2014 01:24 CET
Tuesday, 7 January 2014
Elephant Man may shed light on causes of cancer
Mood:  loud
Topic: Cancer


Joseph Carey Merrick, better known as the Elephant Man, was born in Leicester 150 years ago.

The film starring John Hurt and Anthony Hopkins made him famous but we still know very little about the condition that caused his deformities.

Now cutting edge research could shed new light not only on his disease but also on the causes of cancer.

Joseph Merrick's bones are stored at Queen Mary University of London and Inside Out has been granted rare access to film them and the casts taken from his body.

Merrick left his remains to science but previous attempts to extract DNA failed because the skeleton was bleached to clean it.

Now 125 years after his death, new techniques mean these bones may finally yield their secrets.

To find out more details of the "Inside Out" programme and to watch a BBC video please click here


Posted by Neil Bartlett DHyp M.A.E.P.H at 00:01 CET
Updated: Tuesday, 7 January 2014 01:03 CET

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