Interesting new cancer research into the way cells process sugar may lead to new alternative cancer treatments for chemotherapy-resistant breast cancer. British researchers at the University of Southampton have discovered some intriguing links between sugar processing within cells and cell division and growth.
Researchers hope to halt the division and growth of breast cancer cells by targeting cancer’s “sweet tooth.” Cancer cells have a surprising appetite for the sugars found in human blood, using the sugars to fuel rapid growth. If researchers are able to harness that appetite for sugar, they may be able to stop breast cancer and tumor cells from multiplying and spreading without damaging surrounding healthy cells. The indiscriminate damage chemotherapy inflicts on healthy cells is a major drawback to its use in battling cancer.
In ground-breaking research funded by the Breast Cancer Campaign, News Medical reported that University of Southampton scientist Dr Jeremy Blaydes has shown “that chemicals called cyclic peptide inhibitors can stop ‘sweet toothed’ cancer cells from growing and multiplying by blocking proteins in the cells called CtBPs (C-terminal binding proteins).”
Targeted cell therapy is one of the most promising new research tracks being used to develop revolutionary alternative cancer treatments that rely on basic cell function and the patient’s own immune system to fight cancer.
Issel’s 60-year track record with immunotherapy-based alternative cancer treatments has produced remarkable long-term remission and recovery from chemotherapy and radiation-resistant breast cancer and many other types of cancer. It is hopes that this new discovery will in time give cancer patients an additional beneficial alternative cancer therapy option to the destructive side effects of traditional cancer treatments like chemotherapy and radiation.
An unexpected link between autism and cancer has been discovered by researchers. While the cause of autism remains unknown in the majority of cases, mutated cancer or tumor genes appear to have caused the brain disorder in a small percentage of people. According to a New York Times review of the new findings:
10% of children with mutations of the PTEN (P-10) gene have autism. PTEN has been linked to breast, thyroid, colon and other organ cancers.
50% of children with the genetic disorder tuberous sclerosis have autism. Tuberous sclerosis has been linked to brain and kidney cancer and brain and organ tumors.
Researchers noted that while the risk is considerably higher than for the general population, not everyone with these genetic mutations will develop either autism or cancer. Yet for those with autism who do have one of these genetic mutations, the discovery opens the door to new avenues of research and potential discovery of a cure. In fact, a clinical trial is already underway to see if autistic children who carry the targeted genetic mutation will respond to a drug used to treat tumors that share that same genetic footprint.
Both cancer and autism involve unregulated cell growth and both genes being studied act to halt cell growth. Genetic manipulation of cell growth is proving to be a fertile field for cancer research and treatment. Issels integrated immunotherapy utilizes targeted cell therapies in our cancer vaccine program to target and manipulate the tumor microenvironment that triggers the progression or regression of cancer. For many of our patients, Issels cancer treatments have resulted in long-term cancer remission.
Making a small dietary change could protect men against fatal prostate cancer:
Substitute healthy vegetable fats — such as olive and canola oils, nuts, seeds and avocados — for animal fats and carbohydrates.
By increasing their consumption of healthy fats, a recent U.S. study found that men could decrease their risk of dying from prostate cancer by nearly a third! For 8 years, researchers at the University of California-San Francisco tracked the fat consumption of nearly 4,600 men with non-metastatic prostate cancer. The results:
“Men who replaced 10% of their total daily calories from carbohydrates with healthy vegetable fats had a 29% lower risk of developing lethal prostate cancer.”
The nutritional benefit of including healthy fats in your diet is not new news. High levels of monounsaturated fats found in olive oil, avocados and nuts contain important antioxidants and fat-soluble vitamins that strengthen the immune system, helping it fight cancer. But the discovery that increasing consumption of healthy fats could significantly decrease the potential fatality of prostate cancer is a ground-breaking revelation.
Researchers found that a little goes a long way. A single daily serving of olive or canola oil (1 tablespoon) decreased the risk of dying from prostate cancer by 29%; a single serving of nuts (1 ounce), by 18%. While more research is required, study leader Erin Richman of UCSF believes the findings “support counseling men with prostate cancer to follow a heart-healthy diet in which carbohydrate calories are replaced with unsaturated oils and nuts.”
Probiotics are live microorganisms, the “good” bacteria, that live in our digestive tract. Available in foods, notably yogurt and cheese, and supplements, probiotics are believed to not only help mitigate the deadly effects of chemotherapy, as discussed in our previous post; but may also help prevent cancer and slow the growth of cancerous tumors.
The human gut is home to more than 500 strains of bacteria whose primary role is to assist in food digestion and maintain a healthy intestinal tract. But probiotics also seem to play a role in boosting the immune system, aiding it in fighting invasive bacteria and rogue cancer cells.
One of numerous international studies linking probiotics to cancer prevention, particularly colon cancer and breast cancer, an Argentine study concluded:
“Probiotics may suppress the growth of bacteria that convert procarcinogens into carcinogens, thereby reducing the amount of carcinogens in the intestine.”
“Probiotic bacteria and prebiotics suppress tumour development in animals” indicating a possible similar reaction in humans.
On Heal Thyself, Pat Robinson provides a comprehensive review of research linking probiotics and cancer available on PubMed.gov, the online publication of the U.S. National Library of Medicine maintained by the National Institutes of Health.
Probiotics are classed as a dietary supplement and are not regulated by the Food and Drug Administration. If you are considering adding a probiotics supplement to your diet, choose a supplement made by a well-known company that lists the names and amounts of the specific bacteria it contains. Current cancer patients should talk to their Issels cancer treatment team about including probiotics in their immunotherapy treatment plan.
In what is being heralded as a “cancer breakthrough,” a new study revealed that maintaining a healthy intestine could be the key to surviving chemotherapy. As explained on NaturalNews.com, University of Michigan researchers have discovered that naturally produced cells found in the intestine are integral to the body’s ability to survive chemotherapy’s onslaught of poisonous chemicals.
The problem with chemotherapy and radiation in cancer treatment is that the patient is likely to die before he is cured. In a study with mice, Michigan researchers found that a naturally-occurring intestinal substance — called Rspo1 or R-spondon1 — triggers the production of stem cells.
The body’s building blocks, stem cells carry the genetic code vital to tissue creation and regeneration. When activated during chemotherapy, R-spondon1 triggered the repair of damaged intestinal tissues faster than tissues were being destroyed by chemotherapy, thus increasing chemo survival rates in experiments with mice. In the Michigan study, 50% to 75% of the mice that received R-spondon1 survived a fatal dose of chemotherapy.
Michigan researchers believe that since human and mouse intestines behave in much the same way, humans should respond in a similar manner. The key to making the system work is good intestinal health which is promoted by healthy gut bacteria. Probiotics, which promote the growth of healthy natural intestinal bacteria, create an intestinal environment that supports cell regeneration, enhancing your body’s ability to survive chemotherapy.
Probiotics could spark a new wave of body-boosting alternative cancer treatments. Just as Issels’ cancer vaccine program enhances the body’s immune system, increasing its ability to fight cancer; probiotics enhance the natural immune response of the intestinal tract, boosting the body’s ability to survive chemotherapy.
Scientific advancements in genetic research and screening tests now makes it possible to detect abnormalities at the cellular level; however, as previously noted, detection of an abnormality does not necessarily indicate cancer. Yet America’s defensive approach to cancer treatment encourages surgical removal and aggressive treatment of abnormalities with chemotherapy and/or radiation when a “wait and see” approach could be healthier for the patient. Radical cancer treatments carry their own medical risks. Given the onerous side effects of surgery, chemotherapy and radiation, for many cancer patients the “cure” can be more damaging than the disease.
This is particularly true of certain precancerous conditions and slow growing cancers that are unlikely to impact the patient’s health during his or her lifetime. In such cases, traditional cancer treatments present a far greater risk to the patient’s health and well-being. Ongoing research will eventually increase our ability to determine which tumors require treatment and which are unlikely to be dangerous and can be watched or effectively ignored, but an alternative cancer therapy offers an immediate solution.
Integrative immunotherapy is regarded by both traditional and alternative cancer experts as the future of cancer treatment and the most likely avenue to a cure for cancer. Unlike chemotherapy and radiation which attack and can harm the body, immunotherapy works with the body, boosting the body’s immune system and its natural ability to fight off cancer cells. Even when the path of abnormal cells is not known, immunotherapy follows the primary medical precept: Do no harm. And increasing the effectiveness of the immune system may actually be a determining factor in preventing abnormal cells from becoming cancerous.