intravenous vitamin c inflammation

intravenous vitamin c inflammation

intravenous vitamin c health benefits


Intravenous Vitamin C Inflammation

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IV (intravenous) vitamin C therapy has already been clinically proven to markedly improve quality of life for cancer patients, but a new landmark study has shown for the first time it can reduce inflammation and tumour markers in prostate cancer and breast cancer patients. The science behind IV vitamin C as a cancer therapy is now advancing faster than ever before with six clinical trials currently underway worldwide, including colorectal, prostate, pancreatic and other cancers. Dual role of IV vitamin C for cancer: cytotoxicity and inflammation In lab studies, high-dose vitamin C has proven to be potently cytotoxic to a wide variety of cancer cell lines as well as to boost the cytotoxicity of several common chemotherapy drugs. This has been confirmed in animal studies, where IV vitamin C decreases the growth rates of liver, ovarian, pancreatic, and glioblastoma tumors with dosages easily achievable in humans. But beyond directly poisoning cancer cells, there is another role for vitamin C to play in treating cancer: the reduction of inflammation.



Recent research has shown that greater inflammation in cancer patients is associated with poor prognosis. This may be because key features of the inflammatory environment (infiltrating leucocytes, pro-inflammatory cytokine build-up, tissue remodelling and angiogenesis) may actually facilitate cancer development. With this in mind, one of the leading alternative medicine clinics in the USA designed a trial to test the ability of IV vitamin C to reduce key inflammation markers as well as tumour markers in patients with prostate, breast and other cancers. This trial included 45 patients aged 47-85 years, with an average age of 68. The treatments included vitamin C infusions of 25 to 50 grams, up to three times per week. The median follow-up on patients was 7.2 years (maximum of 18 years). It should be noted that most patients had already been treated by standard therapies. The total number of vitamin C infusions given to any one patient ranged from 1 up to 102. Inflammation markers reduced in 76% of cancer patients



IV vitamin C therapy was successful in reducing C Reactive Protein (CRP) levels in 76% of all patients in the trial. This is significant, as CRP is a well-established marker for inflammation. By the end of the trial, the average patient saw a drop in CRP levels of 80% (for patients who started the trials with above-normal CRP levels). In addition, for a more detailed picture, serum levels of pro-inflammatory cytokines were measured for 11 patients. Of these 11 patients, 100% saw large reductions in these cytokines after their treatments. Some important trends emerged from the trial. Firstly, patients who had more IV vitamin C treatments tended to have a better response. Second, patients who began the therapy at an earlier stage of their disease had better response compared to those with more aggressive, metastatic cancer. Finally, and perhaps most importantly, patients who saw reductions in inflammation markers usually also saw reductions in tumour markers—especially for breast and prostate cancer.



Tumour markers decreased for most prostate cancer and breast cancer patients Most impressive with this trial was that PSA levels decreased in 77% of prostate cancer patients while 73% of breast cancer patients saw decreases in CA27.29/CA15.3 (cancer antigen) and/or CEA (carcinoembryonic antigen) after their treatments. This trial gives powerful new evidence of the benefits of IV vitamin C therapy for cancer—a therapy which has few side effects, a well-established safety profile and which is far cheaper than conventional treatments. For more information, the last reference below links to the clinic where this trial was carried out. Sources for this article include: DISCLAIMER: All information on this website, including research articles, is for information purposes only and is not meant as a recommendation to buy or use any nutritional supplement, healthcare product or service of any type. Ethan Evers does not provide medical advice directly or through recommended or linked materials, articles etc.



All matters regarding your health require medical supervision and advice from an appropriately licensed medical practitioner. Published on Dec 30, 2012 Researchers from Riordan Clinic, namely Dr. Nina Mikirova, Dr. Joseph Casciari, Andrea Rogers, and Paula Taylor, have published a study in the Journal of Modern research in Inflammation; the study is titled “Effect of High-dose intravenous ascorbic acid on the level of inflammation in patients with rheumatoid arthritis.” Researchers from Riordan Clinic have long been involved in proving that high doses of ascorbic acid can cure inflammations, cancers, atherosclerosis and other viral infections through intravenous infusions. Be the first to like this IV Vitamin C Relieves Patients with Rheumatoid ArthritisResearchers from Riordan Clinic, namely Dr. Nina Mikirova, Dr. Joseph Casciari, AndreaRogers, and Paula Taylor, have published a study in the Journal of Modern research inInflammation; the study is titled "Effect of High-dose intravenous ascorbic acid on the level ofinflammation in patients with rheumatoid arthritis."



Researchers from Riordan Clinic have longbeen involved in proving that high doses of ascorbic acid can cure inflammations, cancers,atherosclerosis and other viral infections through intravenous infusions.Arthritis is a chronic rabble-rousing pain in the joints that leads to damage of the cartilage orother forms of joint damage. Some complications that may arise from extreme cases ofRheumatoid Arthritis are rheumatoid nodules, vasculitis, heart disease, lung disease, anemia andperipheral neuropathy. In order to conduct the study, the group of researchers used the followingmethod: o Gather rheumatoid arthritis patients suffering from moderate to high levels ofinflammation, and experiencing moderate to severe joint pain o The inflammation as measuredby C-reactive protein levels was decreased on average by 44%. The average CRP level beforetreatment was 9.4 +/-4.6 mg/l, while the average after IVC therapy was 6.4+/-4.6 mg/L. Throughthe method, researchers infer the following results:  Patients who exhibited a net CRP decrease are said to be dependent on high dose of intravenous vitamin C. based on the properties of ascorbic acid to reduce oxidative stress, decrease production of pro-inflammatory cytokines

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