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What is Effective Cancer Control Through Nutrient Synergy?
Source: Dr Rath Research Institute
Why is cancer difficult to control? Importance of collagen damage:
Effective Cancer Control Through Nutrient Synergy
Although various natural substances such as vitamin C, green tea polyphenols and others have shown anti-cancer activity, their effectiveness has been limited to selected cellular mechanisms. In addition, they have to be used in very high doses which are possible only through intravenous delivery.
Our approach has been based on a synergy of individual components that allows for controlling multiple cancer mechanisms at once and achieving better physiological effects without using large doses of individual components. While this synergy approach assures the preservation of metabolic balance, the mega-doses of individual components can often unmask underlying micronutrient deficiencies and aggravate metabolic problems and, as such, should be avoided.
Nutrient Synergy in Controlling Multiple Cancer Mechanisms at Once
We have developed a specific synergistic combination of nutrients that can inhibit invasion of cancer cells in the tissue and control other key mechanisms of cancer at the same time. This synergy utilizes vitamin C, the amino acids lysine, proline, arginine, N acetylcysteine, green tea extract (NM) as well as copper, manganese and selenium.
Using both in vitro and in vivo approaches, we provided comprehensive scientific data that this nutrient synergy can:
1. Inhibit tumor growth and cancer metastasis:
The following relevant mechanisms have been affected by this nutrient synergy
• Inhibition of secretion and expression of MMPs curtailing connective tissue digestion
• Inhibition of cancer cells invasion in the tissue (confirmed in almost 40 types of cancer cells)
• Optimizing composition of connective tissue towards increasing its integrity and resistance to degradation
• Decreased cell multiplication resulting in the inhibition of tumor growth.
As a result we demonstrated in vivo that the spread (metastasis) of cancer cells can be largely inhibited by the administration of nutrient synergy in the diet or by iv and ip delivery.
2. Inhibit angiogenesis by:
The following relevant mechanisms have been affected by this nutrient synergy
• Decreased secretion of pro-angiogenic factors (i.e., VEGF, angiopoetin)
• Decreased blood tubules formation
• Decreased blood vessel branches formation.
3. Induce natural cancer cell death (apoptosis)
The following relevant mechanisms have been affected by this nutrient synergy
• Induction of pro-apoptotic genes (p53, p21, Bax)
• Inhibition of anti-apoptotic genes (Bcl1)
• Influx of intracellular calcium
• Shift in cell cycle towards cell cycle arrest (G1 phase)
4. Decrease inflammation
The following relevant mechanisms have been affected by this nutrient synergy
• Impaired secretion of various pro-inflammatory factors, which have been implicated in the induction and progression of cancer
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Page last updated January 2026