Lactate-protected hypoglycemia to treat glycolysis dependent pathological conditions, in particular cancer
A dependent, glycolytic technology, applied in the direction of resistance to vector-borne diseases, organic active ingredients, medical preparations containing active ingredients, etc.
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[0067] Induction of marked hyperlactatemia (i.e., 8 to 10 mmol / L) can protect the body from the deleterious effects of hypoglycemia. The state of hypoglycemia and hyperlactatemia combined (HG-HL) is metabolically possible, as highlighted by observations in several disease states in humans (Oldenbeuving et al., Anaesth Intensive Care 2014; 42 :507-11). In animals and humans, syndromes often involving liver failure can be characterized by HG-HL status. Since the HG-HL state as extreme HG (0.7mmol / L)-HL (25mmol / L) has been observed in combination with intact consciousness, this specific state is called lactate-protected hypoglycemia (LPH). LPH may be much more important than mere scientific curiosity, as tumors showing the Warburg effect may be particularly susceptible to low glucose levels, and cancers may not be able to utilize lactate, unlike normal vital tissues in the body . Induction of HG-HL for four hours would profoundly and immediately alter th...
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