TheDuncan Crow
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The Budwig Diet Revision


Germany's Dr. Joanna Budwig is widely credited for promoting flax oil and cottage cheese as a cure for cancer and degenerative diseases. But newer data has emerged that shows where we can improve on the 60-year old "Budwig Diet". Unlike casein in cottage cheese, which has been implicated as a cancer cause, whey has reversed cancer in the research; similarly, unlike flax oil, cod-liver oil has been found to reverse cancer, and each worked even on its own.

essential fatty acids references

Sulfur-rich protein and calcium in the original "Budwig Diet" is provided by cottage cheese; however, many people can not digest cottage cheese because it is higher in indigestible alpha-casein than either human milk or goat milk. In contrast, whey proteins are more easily assimilated than any other protein you can eat and they do not produce sensitivity or allergy issues. According to the Physicians Desktop Reference for Prescription Drugs, a pure whey isolate is "well-tolerated by even severely milk-sensitive individuals", and practice corroborates that. There are variances in the outcome of the extraction processes, but even whey concentrates are generally well tolerated and whey protein isolates are usually even better tolerated. Although biological incompatibilities do exist in foreign milk, comments that lump 'dairy' products together as problems are quite sloppy because the statement does not apply to high-quality whey, which is widely known to be the most healthy fraction of milk.

Bottom line - once the casein is removed to make cottage cheese, most of the whey is an exact match across the whole mammalian order, it has been used even alone to reduce cancer, and this has been reported in peer-reviewed studies, one of which I have posted in the glutathione references about fourth link down.

Have a good read; it might save your life, even on its own.

For good reason, the Budwig Diet revision changes out the bio-incompatible cottage cheese for compatible whey solids. Yet there's more; unlike cottage cheese, undenatured whey contains the sulfur-containing amino acids methionine and cysteine, and other cysteine-bearing compounds including cystine. This is crucial to know as cellular cysteine availability is the rate-limiting factor in production of glutathione, the body's master antioxidant and detoxifier. Glutathione is crucial to life; it's involved in ATP energy generation, immune system support, liver and other organ support, reducing toxin load and oxidative stress, and importantly, it shrinks tumors when levels are maintained. Low levels have much to do with disease and even cancer. Undenatured whey is chemotherapeutic and one brand even carries a method-of-use patent as as a chemotherapeutic.

Whey adheres to the principles of the "Budwig Diet", it will provide huge additional benefit, and it is uniquely alkalizing, in contrast to acidifying cottage cheese and other animal proteins. And, also unlike cottage cheese, several cold-processed wheys are listed in the US Physicians Desktop Reference as a specific anti-cachexia (anti-wasting) food.

The flaxseed oil in the original Budwig Diet provides the fatty acid alpha-linolenic acid (ALA), which was previously considered to be an ' essential ' omega-3 oil; however, more recent science has revealed that ALA is not at all equivalent to omega-3 essential fatty acids EPA (eicosapentanoic acid) and DHA (docosahexanoic acid) , and that there is no known cellular need for alpha-linolenic acid (ALA) independent of its conversion to EPA/DHA. That's right, Virginia, ALA is NON-essential, it's not needed at all, and this can be seen in the study of the survival of breast-fed babies when they have EPA and DHA in their milk but no ALA. So much for the spin that it is "essential" or necessary huh?

In adults the conversion rate from alpha-linolenic acid is tiny. Expect from a 1% to 3% conversion of ALA to EPA and 0.01% to DHA; that is, IF the conversion pathway is not already loaded with omega-6 unsaturated oil as is normally the case in developed countries. Though the newer details have escaped the followers of Joanna Budwig and Udo Erasmus, fatty acids expert Dr. Floyd Chilton fully explains them in his book Inflammation Nation. Chilton says (page 97),
"I wish I could tell you that the alpha-linolenic acid (ALA) in flaxseed oil could replace wild fish as a rich source of EPA and DHA but the scientific literature simply does not support this contention. ...We do the conversion but very slowly, and we also eat a lot of fatty acids such as linoleic acid (LA) that 'compete' for enzymes that convert ALA to EPA and DHA, further limiting its conversion." Further, essential fatty acids research explain why you may need vastly more EPA and DHA than they figured, much more than any ALA supplement could ever provide with its tiny conversion.
Thus the omega-6 content of the flax oil, (25% of the amount of ALA as seen in the table below) also inhibits the conversion of the ALA to DHA and EPA, the "real" essential fatty acids.

Composition of flax seed oil:

Fatty acid

Percent

Alpha linolenic (omega-3)

55

Linoleic (omega-6)

13.8

Oleic

21.5

Stearic

2.2

Palmitic (saturated)

7.1


Budwig and her followers, including Udo Erasmus, claim that alpha-linolenic acid (ALA) can rebuild cell walls. Science begs to differ; essential fatty acids references reveal negligible ALA but high EPA and DHA in cell walls, omega-3's that fish oil is legendary for providing.

If oxygen attraction is an important property as suggested by Budwig, fish oil attracts more oxygen than flax oil. If it's the frequency of vibration unsaturated molecules as also suggested, fish oil is more unsaturated.

Clearly, given the newer research cites and references, flax oil seems a much less brilliant choice today for biological support in humans than it did 50 years ago, and the revision I think would have been considered by Budwig herself if she thought to scrutinise the newer data.

Unlike ALA, EPA and DHA are essential to health and can reverse illness, including the coronary heart disease, skin disorders and cancer claimed by proponents of the Budwig Diet. The Budwig Diet revision ensures adequate EPA and DHA are supplied. Wild salmon oil, wild fish oil, and cod liver oil provide lots of EPA and DHA. Wild salmon oil, even minimally refined oil, has almost no impurities. Inflammation can be further reduced by adding GLA or Borage oil.

NOTE: It has been postulated via "quantum science" that electron clouds created by combining flax oil and cottage cheese are central to the success of the Budwig Diet. It has also been claimed that emulsifying flax oil with quark changes it molecularly and renders it soluble. While neither of these theories have been proven, the second theory defies principles of organic chemistry. I'd want them proven if I was to believe these points that are "central" to MY cancer therapy are science.

In contrast, the Budwig Diet revision is well supported by glutathione references and essential fatty acids references in cancer research. The researchers did not mix either flax oil or cod-liver oil with whey, yet they got the result they did.


Now you have more info with which to draw your own conclusions; the decision on what to use, mix, or leave out of your anti-cancer or self-health approach is yours alone. A well-referenced case has been made for using these stellar nutrients regardless of your adoption of other therapies. If you like, you can even do both, but it would seem unwise to not at least use the glutathione precursors and EPA/DHA oil in conjunction with other remedies, given the solid research behind them.




Essential Fatty Acids References:

Medical research on using DHA OR EPA to clear cancer

Medical research on using DHA on cancer

Cancer case study on special EFA diet - Padini

This 2010 study Docosahexaenoic acid induces apoptosis in MCF-7 cells in vitro and in vivo via reactive oxygen species formation and caspase 8 activation> reports, " CONCLUSIONS/SIGNIFICANCE: DHA can strongly induce apoptosis in human MCF-7 breast cancer cells both in vitro and in vivo. The induction of apoptosis in these cells is selectively mediated via caspase 8 activation. These observations call for further studies to assess the effectiveness of fish oil as a dietary supplement in the prevention and treatment of human breast cancer."

The review "Omega-3 fatty acids in cancer, the protectors of good and the killers of evil?" (Exp Cell Res. 2010 Mar 6. [Epub ahead of print]) points out: Omega-3 fatty acids have been implicated in cancer prevention and treatment. Conventional chemotherapeutics are considered "double-edged swords", as they kill the cancer cells but also strike the healthy cells causing severe morbidity and sometimes also mortality. Could omega-3 fatty acids in this setting work as a "sword and shield" instead, by being cytotoxic to cancer cells, but at the same time protect healthy cells from these deleterious effects? In addition, may our current diet with decreased omega-3/omega-6 ratio contribute to the increased cancer incidence, and could an omega-3 enriched diet be used as a preventive measure against cancer? Here, we seek answers to these questions by reviewing the effects of omega-3 fatty acids, particularly DHA, on various cancers with emphasis on a cancer of neural origin, neuroblastoma. Results from preventive and therapeutic animal as well as human studies together with mechanisms behind the observed toxicity are summarized.
PMID: 20211172 [PubMed - as supplied by publisher]

"Specific inhibitory effect of dietary eicosapentaenoic acid on N-nitroso-N-methylurea-induced mammary carcinogenesis in female Sprague-Dawley rats" (Carcinogenesis; 11(11): 2015-9, Nov 1990) found that EPA significantly reduced (60% versus 93.3%) mammary tumour incidence and number in rats and significantly reduced prostaglandin levels, suggesting that the breast cancer inhibition by EPA may be mediated via lipid metabolism and associated reduction in prostaglandin synthesis.

Omega-3 fatty acids from fish oil significantly reduced weight loss and tumour growth rate in an experimental colon cancer cachexia system in this study: (Tisdale MJ and Dhesi JK. Inhibition of weight loss by omega-3 fatty acids in an experimental cachexia model. Cancer Res; 50(16): 5022-6. Aug 15 1990)

"Anticachectic and antitumor effect of eicosapentaenoic acid and its effect on protein turnover" (Cancer Res; 51(22): 6089-93. Nov 15 1991) studied the effect of eicosapentaenoic acid (EPA) and gamma-linolenic acid (GLA) on weight loss and tumour growth in mice with cachexia-inducing colon cancer. EPA inhibited both weight loss and tumour growth rate in a dose-related manner; body weight was effectively maintained (weight loss did not occur even when tumour growth resumed), there was delay in tumour progression of growth, and overall survival was approximately doubled in EPA-treated animals. EPA significantly reduced protein degradation without affecting protein synthesis. The effect of GLA on both host body weight loss and tumour growth was much less pronounced than that of EPA.

"Effects of fatty acids and eicosanoid synthesis inhibitors on the growth of two human prostate cancer cell lines" (Prostate; 18(3): 243-54. 1991) showed that while linoleic acid and omega-6 fatty acid stimulated the grown of (androgen-unresponsive) human prostate cancer cells, EPA and DHA, two omega-3 fatty acids, were equally efffective in inhibiting growth of these same prostate cancer cells in a dose-dependent manner, with a 65% reduction in growth.

In the small double-blind, placebo-controlled study, "Effect of omega-3 fatty acids on rectal mucosal cell proliferation in subjects at risk for colon cancer", (Gastroenterology; 103(3): 1096-8. Sep 1992) 20 patients with sporadic adenomatous colorectal polyps were given omega-3 fatty acid supplementation for 12 weeks. While there was no change in the controls, the group of 10 that received fish oil containing EPA and DHA the "S"-phase cells (a reliable marker of colon cancer risk) significantly dropped in 2 weeks and stayed lower throughout the trial. Arachidonic acid (inflammatory) levels also decreased.





More whey information and comparable whey products
Norwegian Cod Liver Oil or Emulsified Norwegian Cod Liver Oil supply essential fatty acids EPA and DHA that are essential in cell membranes. You can't be well without 'em and flaxseed oil doesn't quite cover it. PCB/Heavy Metal Free; Requires 2 servings

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