The cancer industry needs to find a way to stop killing all their customers

Probiotics are likely the key to generating your own R-spondon1

Meat and dairy cause devastating gut flora imbalances that may increase susceptibility to chemotherapy drugs

Antibiotics may also set you up to be killed by chemo

Takeaway points from this article:

(NaturalNews) If you or someone you love is facing the possibility of cancer or chemotherapy, make sure they read this story. Breakthrough new science conducted at theand about to be published in the journalreveals thatThe study itself is very difficult for laypeople to parse, however, so I'm going to translate into everyday language while also offering additional interpretations of the research that the original study author is likely unable to state due to the nutritional censorship of medical journals and universities, both of which have an anti-nutrition bias.The upshot is this: A clinical study gave micethat would, pound for pound, kill most adult human beings, too. The study authors openly admit: "All tumors from different tissues and organs can be killed by high doses of chemotherapy and radiation, but the current challenge for treating the later-staged metastasized cancer is that you actually kill the [patient] before you kill the tumor." (See sources below.)Chemotherapy is deadly. It is the No. 1 cause of death for cancer patients in America, and the No. 1 side effect of chemo is more cancer. But certain mice in the study managed to. How did they do that? They were injected with a molecule that your own body produces naturally. It's production is engineered right into your genes, and given the right gene expression in an environment of good nutrition (meaning the cellular environment), you can generate this substance all by yourself, 24 hours a day.The substance is called "Rspo1" or "R-spondon1." It activates stem cell production within your own intestinal walls, and these stem cells are likethat rebuild damaged tissues faster than the chemotherapy can destroy them, thereby allowing the patient to survive an otherwise deadly does of chemo poison.As the study showed, 50 - 75 percent of the mice who were given R-spondon1The problem with the cancer industry today is that all the conventional cancer treatments keep killing the patients. This is bad for business. So the purpose of research like the R-spondon1 research mentioned here -- which was funded by a government grant -- is to find ways to keep giving patients deadly doses of high-profit chemotherapy. You slap a patient with a dose of R-spondon1 (sold at $50,000 a dose as a patented "drug," of course), dose 'em up with a fatal injection of chemotherapy, and then thanks to the R-spondon1 you get a repeat cancer customers instead of a corpse.That's called "good business practices" in the cancer industry, which is so far best known for turning patients into body bags rather than actually curing cancer.(Yes, there is a reason why most oncologists would never undergo chemotherapy themselves. They know it doesn't work on 98% of all cancers.)Before I discuss why these findings are so important for followers of natural health and nutrition, let me first offer a disclaimer. The research mentioned here was conducted on mice, not humans, so it isn't full proof that the same mechanism works in humans. Nevertheless, the reason mice are used for such research is because they are nearly identical to humans in terms of biology, gene expression, endocrine system function and more.Furthermore, even though this study used an injection of R-spondon1 as the "activator" of gene expression in endothelial cells of the intestinal lining, in truth your cells already possess the blueprint to produce R-spondon1 on their own. In fact, human intestines are coated with a layer of epithelial cells that are regenerated every 4-5 days in a healthy person. This is only possible through the activation and continued operation of intestinal stem cells, a normal function for a healthy human.And what determines the health of those stem cells more than anything else? Theirwhich is predominantly determined by. If your gut bacteria are in balance, the gene expression of your epithelial cells is normal and healthy. If your gut bacteria are out of whack, so to speak, the gene expression of your epithelial cells will be suppressed, thereby slowing or halting the regenerative potential of your intestinal cells. This is why people who have imbalanced intestinal flora also suffer from inflammatory intestinal conditions such as Crohn's, IBS and so on.Thus, probiotics are a key determining factor in the ability of your intestines to maintain the appropriate gene expression for the very kind of rapid cellular regeneration that can help your body survive a fatal dose of chemotherapy.This may also explain why people who eat large quantities of processed meat, cheese and dead, pasteurized dairy products -- especially when combined with starchy carbohydrates and processed sugars -- are far more likely to die from chemotherapy than people who eat more plant-based diets. (There isn't yet a source to substantiate this claim, but it's something I've noted from considerable personal observation. You may have noticed it too among your own family members who have undergone chemotherapy treatments. Those with the worst diets seem to have far higher fatality rates.)Those who consume processed meat and dead dairy have their intestines filled with fiber-less, difficult-to-digest proteins that are putrefied and sit in the intestines for 2 - 5 days, typically. Dietary sugars and carbohydrates then feed the bacteria fermentation process, resulting in the rapid growth and replication of sugar-feeding bacteria that displace the kind of healthy flora which best protect intestinal wall cells.This imbalance, I suggest, increases susceptibility to chemotherapy toxicity while simultaneously impairing the ability of the patient to absorb key nutrients that protect healthy cells from the toxicity of chemo drugs. This may explain why patients who heavily consume meat, cheese and dairy diets tend to die so easily when exposed to chemotherapy.But there's something even more alarming about all this that everyone needs to know...Although the research did not directly address this question, its findings seem to indicate that the kind of gut bacteria "wipeout" caused by antibiotics could prove fatal to a chemotherapy patient.This is especially worrisome becauseas they undergo chemotherapy. This could be a death sentence in disguise. While neither the antibiotics nor the chemo directly kill the patient, theof sterilized gut bacteria and highly-toxic chemotherapy drugs could multiply the toxicity and prove fatal. The death certificate, however, will say the patient died from "cancer," not from the chemotherapy which is usually the actual cause of death.And yet, every single day in America, patients who are taking antibiotics are subjected to multiple courses of chemotherapy. This may quite literally be a death sentence for those patients.There's also aat work in all this: following the first round of chemotherapy, many patients suffer from weakened immune system that result in symptomatic infections. Physicians respond to this by prescribing antibiotics, resulting in the patient undergoing subsequent rounds of chemotherapy with "wiped out" gut flora. So the chemo causes the problem in the first place, and then the response to the problem by western doctors makes the next round of chemo fatal. This is a self-fulfilling death spiral of failed medicine.Oncologists seem to have no awareness whatsoever of the importance of gut bacteria in allowing patients to protect their own healthy cells from the devastating effects of chemotherapy drugs. Many oncologists, in fact, actively discourage their patients from taking any sort of supplements during chemotherapy out of an irrational, anti-scientific fear that such supplements may "interfere" with the chemo and make the treatment fail.This is one of the many ways in which oncologists get cancer patients killed.• New research shows that a substance generated by intestinal stem cells allows subjects to survive an otherwise fatal dose of toxic chemotherapy.• Healthy gene expression of intestinal cells allows them to naturally produce protective molecules that support and boost cell regeneration.• Probiotics may protect and support the intestinal stem cells that help cancer patients survive toxic chemotherapy. (More studies needed to explore this and document the impact.)• Oncologists need to consider the risks and benefits of postponing chemotherapy in patients who are simultaneously taking antibiotics. The combination may be deadly. Conversely, they need to consider the benefits of encouraging chemotherapy patients to take probiotic supplements before beginning chemotherapy treatment.