Download CancersNaturalEnemy06!01!2013 (1) PDF

TitleCancersNaturalEnemy06!01!2013 (1)
TagsAlternative Medicine Cancer Pharmaceutical Drug Food And Drug Administration Apoptosis
File Size1.9 MB
Total Pages252
Table of Contents
                            John Gerard, on the oleander plant, from "The Herbal, or General History of Plants", 1633 edition
Introduction: An Amazing Discovery in Turkey
	Genetic Cancer Theory Disproven Yet Continues to be Propagated
	The Cancer Epidemic That Continues
	Is Cancer Really Genetic?
	The Notion of Genetic Cancer Proven Unequivocally False
	The Notoriously Illusive Cure
	The Cause, Cure, and Prevention of Cancer  – Yes There IS Hope
	Marching to a Different Drummer
		The Case For Turmeric
		WHAT DO THE NUMBER OF ARTICLES MEAN? WHAT HAS THE ACTUAL RESEARCH SHOWN?
		Sources: curcumin
Radiation treatments create cancer stem cells 30 times more potent than regular cancer cells
In a recent groundbreaking study published in the peer reviewed journal Stem Cells, researchers at UCLA's Jonsson Comprehensive Cancer Center Department of Oncology found that, despite killing half of all tumor cells per treatment, radiation treatments on breast cancer transforms other cancer cells into cancer stem cells which are vastly more treatment-resistant than normal cancer cells. The new study is yet another blow to the failed and favored mainstream treatment paradigm of trying to cut out, poison out or burn out cancer symptoms (tumors) instead of actually curing cancer.

Senior study author Dr. Frank Pajonk, associate professor of radiation oncology at the Jonsson Center, reported that induced breast cancer stem cells (iBCSC) "were generated by radiation-induced activation of the same cellular pathways used to reprogram normal cells into induced pluripotent stem cells (iPS) in regenerative medicine." Pjonk, who is also a scientist with the Eli and Edythe Broad Center of Regenerative Medicine at UCLA, added "It was remarkable that these breast cancers used the same reprogramming pathways to fight back against the radiation treatment."

In the new study, Pajonk and his team irradiated normal non-stem cell cancer cells and placed them into mice. Through a unique imaging system, the researchers observed the cells differentiate into iBCSC in response to radiation treatments. Pjonk reported that the newly generated cells were remarkably similar to non-irradiated breast cancer stem cells. The team of researchers also found that the radiation-induced stem cells had a more than 30-fold increased ability to form tumors compared with non-irradiated breast cancer cells.

Despite all the billions of dollars spent on cancer, the 40 year "war on cancer" has been a losing one by any honest evaluation. One hundred years ago, anywhere from 1 in 50 to perhaps 1 in 100 people could be expected to develop cancer. Now it is estimated that 1 in every 2 men and 1 in every 3 women will be diagnosed with cancer in their lifetimes. Despite more people around the world developing cancer and dying from cancer every year, mainstream medicine continues to cling to failed treatments which more often than not fail to eliminate the cancer and help cancer spread and return more aggressively than ever. Notably, two of the three major mainstream cancer treatments - radiation and chemo - are themselves highly carcinogenic.

One might think that the new study provided ample reasons to rethink using radiation. However, the study authors looked at the results as an opportunity to continue and enhance the use of radiation by finding ways to control the cell differentiation. What the scientists failed to note is that natural alternatives have already been found which prevent the development of cancer stem cells. As just one example, a University of Michigan study in 2010 found that a compound in broccoli and broccoli sprouts had the ability to target cancer stem cells.

The researchers failed to note how cancer cells fought against unnatural treatments. They also failed to take into account the mounting evidence that the best way to beat cancer as well as avoid it is to build and enhance our natural first line of defense - our immune system.

The safest and most effective way to enhance the natural immune system and fight cancer in general is by working with nature. It is also by far the least expensive way, and therein likely lies the rub. You can't patent and profit from nature like you can with mainstream drugs and treatments.
	Enzymes
A Plan for Living a Long and Healthy Life
Good Things to Do & Consume
Supplements
	Probiotic Supplements and Foods (Including Lactobacillus, Acidophilus, Bifidobacterium, Streptococcus, etc.) (Probiotics work by colonizing the small intestine and crowding out disease-causing bacteria, thereby restoring balance to the intestinal flora. They may also produce substances that inhibit pathogenic bacteria, compete for nutrients with them, and stimulate the body's own immune system.)
	A Proper Colon Cleansing Program Removes the Mucoid Plaque From the Colon.
Every One Can Benefit From A Good Colon Cleansing Program
	Cytotoxic effects of leaf, stem and root extracts of Nerium oleander on leukemia cell lines and role of the p-glycoprotein in this effect.
	Bioactive cardenolides from the stems and twigs of Nerium oleander.
	Bioactive pregnanes from Nerium oleander.
Cytotoxic Effect of Nerium Oleander Extract (ANVIRZELTM) on Bladder Cancer Cells. (Meeting abstract).
	Sub-category:
		Genitourinary Cancer
	Category:
		Genitourinary Cancer
	Meeting:
		1999 ASCO Annual Meeting
	Abstract No:
		1328
	Author(s):
		Lamm Donald , Kamat Ashish , DeHaven Jean
	Abstract:
		OBJECTIVES: In 1998, 54, 400 new cases of bladder cancer and 12, 500 bladder cancer deaths will occur in the United States. Despite complete transurethral resection, tumor recurs in 66% and 88% of patients by 5 and 15 years respectively and tumor progression occurs in 24-56% of patients. In Turkey, a water-soluble extract of Nerium (N.) oleander has been used as a remedy against human malignancies with subjective success but without corroborating laboratory data. We attempted to critically evaluate the N. oleander extract as a candidate agent for adjuvant therapy. METHODS: Three human cell lines, T24, HTB9 and TccSUP, and one mouse cell line, MBT2, were used to test an extract of N. oleander, supplied as AnvirzelTM (Ozelle Pharmaceuticals). Doses of AnvirzelTM ranging from 0 to 1000 mcg/ml (0 mcg/ml being control), containing 0-210 mcg/ml N. oleander extract, were applied to cell cultures for 1, 2, 24, and 96 hours, with evaluation by MTT (colorimetric assay for living cell number) at 96 hours (hrs). The t-test was used to evaluate statistical significance (p<0.05) with 6 wells per data point. RESULTS: At 96 hrs exposure, 210 mcg/ml had produced cellular proliferation inhibition rates of 88.11[plusmn]1.88% (T24), 86.81[plusmn]1.03% (HTB9) and 77.16[plusmn]0.78% (TccSUP). Significant results were also produced by brief exposures to lower concentrations: 42-84mcg/ml (1hr), 42-63mcg/ml (2 hrs), 11-42mcg/ml (24 hrs), and 11mcg/ml (96 hrs). In the MBT2 cell line, 210mcg/ml achieved 88.6[plusmn]1.2% kill after 1, 2, 24 and 96 hr treatments (average of 4 assays). Cytotoxicity at 21mcg/ml (1, 24, 96 hrs), and 42mcg/ml (2 hrs) also reached significance. CONCLUSIONS: N. oleander extract has significant dose and time-dependent cytotoxic effects on transitional cell carcinoma cell lines. This effect seems to be independent of the p53 status or grade of the cell line. The cytotoxic effects of brief exposure to the extract (1-2 hrs) suggest clinical application as an adjuvant intravesical therapy to prevent recurrences of bladder tumors.
	Testimonials from People Who Have Used an Oleander Based Supplement for Cancer, HIV/AIDS, Hepatitis-C, and More
                        

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