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Whenever we put up information on alternative treatments that have not been properly/Scientifically tested, we receive a few angry emails.
They say" we are trying to prevent people with cancer from getting effective treatment".
That is really not what we wish to do.
What concerns us is that potential treatments, like these on this page, are often sold for a great deal of money. And people with cancer can be vulnerable. It is understandable that patients or relatives will try anything if they think it might work. And that people really do want to believe that they work. But some alternative 'therapies' are just money making businesses targeting people who are sick and very vulnerable.
Our message is
Be careful
Make sure you look into all the information that is available
Talk to your own cancer doctor before you buy

Vitamin D.
A1 Formular
A1 AntiMalignancy
Beta Glucan
Colloidal Silver
Ellagic Acid
Life Force
Saw palmetto
Vit A
Vit B17
Vit C Oral
Vitamin D
Vit E
Vit E Succinate
Vit K
Wellness Formular
Source Naturals
Alpha-Lipoic acid
Beta Carotene
Essential Fatty Acids
Inositol Hex
L- Arginine
Modified Citrus Pectin
Niacin B3
Potasium Iodide
Theanine Serene
Thymus Extract
Tumeric Extract
Nutrient Preventive

WASHINGTON - Special, high-dose formulations of vitamin D and common, over-the-counter painkillers can greatly slow the growth of prostate cancer tumors, U.S. researchers reported Thursday.

Combining the two slowed their growth by up to 70 percent in a laboratory dish, the team at the Stanford University School of Medicine found.

Dr. David Feldman and colleagues are so impressed by the results that they have started a clinical trial to see if the approach also works in men.

Vitamin D--promotes differentiation, inhibits angiogenesis, regulates cell division
Current recommendations to avoid natural sunrays to thwart the possibility of deadly melanoma may be allowing other endangerments. For more than 50 years, medical literature has affirmed that regular sun exposure is associated with a substantial decrease in death rates from certain types of cancers. It is estimated that moderate sun exposure without sunscreen - enough to stimulate vitamin D production but not enough to damage the skin - could prevent 30,000 cancer deaths in the United States each year (Ainsleigh 1993). The most damaging of the sun's rays occur between the hours of 10 a.m. and 3 p.m. and are thus the hours demanding the greatest watchfulness.

Evidence points to a prostate, breast, and colon cancer belt in the United States, which lies in northern latitudes under more cloud cover than other regions (Studzinski et al. 1995). Certain regions in the United States, such as the San Joaquin Valley cities and Tucson, AZ; Phoenix, AZ; Albuquerque, NM; El Paso, TX; Miami, FL; Jacksonville, FL; Tampa, FL; and Orlando, FL; have a lower incidence of breast and bowel cancers. Conversely, New York; Chicago; Boston; Philadelphia; New Haven, CT; Pittsburgh; and Cleveland, OH; have the highest rates of breast and intestinal cancer of the 29 major cites in the United States. The greater hours of year-round sunlight correlate to a lower rate of breast and intestinal cancer in the U.S.A.

Vitamin D is formed in the skin of animals and humans by the action of shortwave UV light, the so-called fast-tanning sunrays. Precursors of vitamin D in the skin are converted into cholecalciferol, a weak form of vitamin D3, which is then transported to the liver and kidneys where enzymes convert it to 1,25-dihydroxycholecalciferol, the more potent form of vitamin D3 (Sardi 2000). Although vitamin D exists in two molecular forms, vitamin D3 (cholecalciferol) found in animal skin and vitamin D2 (ergocalciferol) found in yeast, vitamin D3 is believed to exhibit more potent cancer-inhibiting properties and is therefore the preferred form.

Dark-skinned people require more sun exposure to produce vitamin D because the thickness of the skin layer (the stratum corneum) affects the absorption of UV radiation. Black human skin is thicker than white skin and thus transmits only about 40% of the UV rays needed for vitamin D production. Darkly pigmented individuals who live in sunny equatorial climates experience a higher mortality rate from breast and prostate cancer when they move to geographic areas that are deprived of sunlight exposure in winter months (Angwafo 1998; Sardi 2000).

Cancer Adjuvant Therapy

Women with polymorphisms (genetic variations) of the vitamin D receptor gene may be less able to benefit from the nutrient. There is some evidence that vitamin D receptor gene polymorphisms play a role in the breast cancer (Bretherton-Watt et al. 2001); however, recent studies do not support this evidence (Buyru et al. 2003).
Identifying the at-risk groups, through the assessment of genetic variations in the vitamin D receptor, appears to be a forthcoming tool for planning intervention strategies.

Human leukemia cells cultured in the presence of vitamin D exhibited a reduced rate of tumor growth when injected into mice. Cells grown in vitamin D3 failed to form detectable tumors in 11 of 12 inoculated mice (Wang et al. 1997). The anticarcinogenic properties of vitamin D, confronts multiple stages of cancer development, including apoptosis, differentiation, angiogenesis, and metastasis, as well as regulating the cell growth cycle (van den Bemd et al. 2002).

Since vitamin D can cause calcium to be released from bones (a condition referred to as hypercalcemia), large doses of vitamin D cannot be used in patients whose medical history or genetics puts them at increased risk. Using a combination of Vitamin D3 and vanadium (a metallic element) enables vitamin D to retain its anticancer activity and vanadium addresses the problem of hypercalcemia (Basak et al. 2000).

Rats were supplemented with vanadium or vitamin D3 or both vanadium and D3 four weeks prior to induced liver cancer and continued thereafter until the 20th week. After 20 weeks of supplementation, the vitamin D3-vanadium combination had significantly reduced the number and size of abnormal hepatic nodules. The combination also showed an additive effect, reducing the number and size of hyperplastic nodes from 83.3% to 37.5%. In addition, vanadium effectively blocked the entry of calcium into cells.

A modified form of vitamin D (referred to as a deltanoid) delays the onset and reduces the number of skin cancers in laboratory mice. The microscopically altered structure of vitamin D produced a potentially effective cancer therapeutic. The vitamin D analog retains its anticancer profile but diminishes the threat of hypercalcemia. The most effective of four analogs tested was a doubly modified hybrid compound containing fluorine (Posner 2000).

During one study, mice painted with a chemical substance, inducing cancerous tumors were concurrently the animals were given the deltanoid. After 20 weeks, the fluorine-containing analog had reduced the incidence of tumors more than 28%, while the actual number fell 63% (Kensler et al. 2000). Deltanoids are in the early stages of development and, unfortunately, it may take 10 years before they become available (Guyton et al 2003). It is possible that deltanoids could lessen the need for hormone treatments or aggressive chemotherapy. Patients could theoretically stay on the treatment for the remainder of their life to keep the cancer from advancing.

Studies indicate that moderate or severe hypovitaminosis D was present in 66% of patients taking daily vitamin D in amounts less than the recommended dosage for their age. Adults may need a minimum of 5 times the 200-IU RDA, (or 1000 IU daily), to protect against cancer (Vieth 1999). Therapeutic dosages of vitamin D typically range from 800-4000 IU a day. Monthly kidney function blood tests (creatine, BUN, etc.) should be performed if daily vitamin D intake exceeds 1400 IU. These tests are included in most standard blood chemistry tests that cancer patients regularly perform to guard against anemia and overt immunosuppression.

Food sources of vitamin D include egg yolks, organ meats, fortified dairy products, butter, cod liver oil, and cold-water fish, such as salmon, herring, and mackerel. Vitamin D enhancers are vitamins A and C, calcium, magnesium, phosphorus, and choline. Antagonists are mineral oil, phenobarbital, and laxatives.

VIT D 100t SN1791 $NZ11.37

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Alpha Lipoic Acid 200mg 60t SN 0395 $24.05
Beta Carotene SN0403 $14.44
beta glucan 30t SN1758 $31.11
Bromelain 600Gdu-Gm 500mg 60T SN0906 $13.23
EllargicActive 30 SN1629 $23.11
Essential Enzymes 60c SN0659 $14.85
Essential Fatty Acids 60 SN1384 $19.13
Essential Fatty Acids 120 SN1385 $29.72
Feverfew 100t SN 0209 $19.13
Graviola $25.07
Inositol Hex 100gr SN1366 $19.52
Inositol Hex 200gr SN 1367 $30.11
Cordyceps 60t PF0432 $15.56
L- Arginine 100t SN 1279 $16.68
L- Arginine 200t SN1688 $24.41
Life Force 60t SN765 $29.95
L-Lysine 500mg 100T SN0139 $12.58
L-Selenomethionine 60T SN0922 $12.58
Lycopene 15mg 30sg SN1290 $21.98
Modified Citrus Pectin pwd 100gr SN $34.19
Modified Citrus Pectin pwd 200gr SN0702 $56.19
MSM 60t 1000mg SN1288 $15.09
NAC 100t 1000mg SN0169 $24.83
NAC 100t 600mg SN0850 $17.84
NAC 200t 600mg SN0967 $26.31
NAC 200t 1000mg SN0170 $39.89
Niacin 100mg 100T SN0501 $10.70
Optizinc Zinc Monomthn 30mg 60T SN0847 $11.37
Potasium Iodide 32.5mg 60t SN1623 $14.83
Potassium Chelated 99mg 100T SN0320 $12.06
Quercetin 100t SN1690 $35.90
Quercetin 50t SN1689 $22.42
Co -Q10 100mg 60c
SN0875 $48.39
Resveratrol 60t 500mg SN1011 $32.36
Resveratrol 30t 500mg SN1010 $21.08
Saw Palmetto Extract 160mg 60sg SN0441 $16.25
Theanine Serene 60t SN1775 $19.52

Thymus Extract 20t SN1519 $48.04

Tonalin 60 SN0949 $22.39

Tonalin 90 SN1537 $27.67

Transfer Factor SN1815 $16.32
Tumeric Extract 95% Curcim 100t SN0089 $23.42
Tumeric Extract 95% Curcim 50t SN0088 $19.87
Vit A 200t SN 1792 $14.96
Vit A 100t SN0828 $10.69
Vit C 16oz SN0092 $30.98

VIT D 200t SN1792 $14.09
Vit E Succinate 400iu 100T SNO482 $20.88
Vit K 100t SN1449 $12.41
Vit K 200t SN1450 $16.26
Wellness Formula 45T SN0021 $21.08
Ginger PF0417 $19.83

Cancer cells hide after Chemotherapy and Radiation

After the initial doses of radiation and/or chemotherapy, cancer cells start hiding.
" They develop a slime coating, and they become like Stealth bombers, and they can hide from future doses of radiation and chemotherapy. This is why repeated dose of radiation and chemotherapy become less effective".Dr. John Maras, Nu-Gen Educational Library.

" The way to get rid of this "slime coating" is to use large doses of plant and animal enzymes- especially bromelain and pancreatin. This allows an 'access point' for the immune system to attack the cancer cells".....Dr. John Maras, Nu-Gen Educational Library

What doctors say about Chemo Therapy ?




"The world is a dangerous place to live; not because of the people who are evil, but because of the people who don't do anything about it."
Albert Einstein

A Sad day for Alternative healing

NOTICE: Due to FDA TGA MOH (plus other institutions with a vestige interest) regulations and various state laws, no medical claims can be made for alternative therapys and technology. All of the information expressed herein must be considered theoretical and unproven and for experimental research only

FAIR USE NOTICE: This may contain copyrighted (C ) material the use of which has not always been specifically authorized by the copyright owner. Such material is made available for educational purposes, to advance understanding of human rights, democracy, scientific, moral, ethical, and social justice issues, etc. It is believed that this constitutes a 'fair use' of any such copyrighted material as provided for in Title 17 U.S.C. section 107 of the US Copyright Law. This material is distributed without profit