Many therapies have been (and continue to be) promoted to treat or prevent cancer in humans but lack good scientific and medical evidence of effectiveness. In many cases, there is good scientific evidence that the alleged treatments do not work. Unlike accepted cancer treatments, unproven and disproven treatments are generally ignored or avoided by the medical community, and are pseudoscientific.
Digitalis lanata Digitalis or foxglove It came into use in treating cardiac disease in late 18th century England in spite of its high toxicity.a Its use has been almost entirely replaced by the pharmaceutical derivative Digoxin, which has a shorter half-life in the body, and whose toxicity is therefore more easily managed. Digoxin is used as an antiarrhythmic agent and inotrope.
Astragalus is one of the most popular herbs in the traditional Chinese medicine system. It has been in use for over 2000 years. This herb is most often used as a diuretic and for lowering high blood pressure. Many people use it to treat upper respiratory infections as well as the common cold, as it seems to increase the production of white blood cells. Traditionally, this astragalus has also been used to increase energy, strengthen the immune system, treat excessive sweating, ulcers and diarrhea.
Whenever this seasonal fruit is available in the market, try to include it in your diet as it can be very effective for the pancreas. Else you can make a powder of dried seeds of Jambul fruit and eat this powder with water twice a day. This fruit is native to India and its neighboring countries but you can find it at Asian markets and herbal shops.
Verma, N., Meena, N. K., Majumdar, I., & Paul, J. (2017, December 30). Role of bromelain as herbal anti-inflammatory compound using in vitro and in vivo model of colitis. Journal of Autoimmune Disorders, 3(52). Retrieved from http://autoimmunediseases.imedpub.com/role-of-bromelain-as-herbal-antiinflammatory-compound-using-in-vitro-and-in-vivo-model-of-colitis.php?aid=21395
In 2008, the United States Federal Trade Commission acted against companies that made unsupported claims that their products, some of which included highly toxic chemicals, could cure cancer. Targets included Omega Supply, Native Essence Herb Company, Daniel Chapter One, Gemtronics, Inc., Herbs for Cancer, Nu-Gen Nutrition, Inc., Westberry Enterprises, Inc., Jim Clark's All Natural Cancer Therapy, Bioque Technologies, Inc., Cleansing Time Pro, and Premium-essiac-tea-4less.
Rumex crispus Curly dock or yellow dock In Western herbalism the root is often used for treating anemia, due to its high level of iron. The plant will help with skin conditions if taken internally or applied externally to things like itching, scrofula, and sores. It is also used for respiratory conditions, specifically those with a tickling cough that is worse when exposed to cold air. It mentions also passing pains, excessive itching, and that it helps enlarged lymphs.
So if the cells have a God given wisdom to transform into cancer stem cells to adapt to a toxic environment then how can you cause the cancer stem cells to revert back into normal cells? Is this done by adding more toxins like chemotherapy or by removing the toxic load and upgrading the performance of all systems, glands and organs? The answer is obvious. Cancer cells are not some foreign invader that should be killed.
I need to say from the very beginning that there are many different ways to approach curing cancer. Some of the treatments involve principles that seem to contradict one another. My goal is to present information that will help you consider alternative treatments, and I will not try to resolve differences in treatment theory. In recent years, I have found the research that supports the validity of the ketogenic diet (which will be discussed first) to be very impressive. It has proven to be a powerful treatment, however, other treatments have been successfully used for curing cancer. My bias is with the ketogenic diet, but I will not deny that many people have also been cured of cancer by using the other methods that will be described even when they did not use the ketogenic diet.
Epigenetic disregulation. This claim uses research into the mechanism of epigenetics to understand how mutations in the epigenetic machinery of cells will altered histone acetylation patterns to create cancer epigenetics. DNA damage appears to be the primary underlying cause of cancer. If DNA repair is deficient, DNA damage tends to accumulate. Such excess DNA damage can increase mutational errors during DNA replication due to error-prone translesion synthesis. Excess DNA damage can also increase epigenetic alterations due to errors during DNA repair. Such mutations and epigenetic alterations can give rise to cancer (see malignant neoplasms).
Most studies of complementary and alternative medicine in the treatment of cancer pain are of low quality in terms of scientific evidence. Studies of massage therapy have produced mixed results, but overall show some temporary benefit for reducing pain, anxiety, and depression and a very low risk of harm, unless the patient is at risk for bleeding disorders. There is weak evidence for a modest benefit from hypnosis, supportive psychotherapy and cognitive therapy. Results about Reiki and touch therapy were inconclusive. The most studied such treatment, acupuncture, has demonstrated no benefit as an adjunct analgesic in cancer pain. The evidence for music therapy is equivocal, and some herbal interventions such as PC-SPES, mistletoe, and saw palmetto are known to be toxic to some cancer patients. The most promising evidence, though still weak, is for mind–body interventions such as biofeedback and relaxation techniques.
To treat colds or coughs you can make a nice ginger tea by cutting about one inch of ginger root into small pieces and adding to two cups of water and simmering for fifteen minutes. Ginger can also be found in capsules like a lot of other herbs and is a great way to get your dose of ginger for the day. Extracts are also available but are generally used only to treat osteoarthritis.
Scientists don’t know for sure. Since chemotherapy and radiation kill cells that divide often, stem cells may be less vulnerable because they rarely divide. Some scientists believe cancer stem cells may have genetic mutations that make them resistant to damage from chemotherapy or radiation, or cancer stem cells may be able to repair DNA damage more rapidly than normal cells.