The Alkaline Diet and the Warburg Effect

The changing diets accompanying our modern life style have increased the content of foods that form acidic metabolic waste residues in the body. Wastes from these metabolic processes are released into the interstitial fluids and the blood, slightly changing their pH temporarily. This link may in tu...

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Main Authors: Hassan Bahrami, Ted Greiner
Format: Article
Language:English
Published: World Public Health Nutrition Association 2021-03-01
Series:World Nutrition
Subjects:
Online Access:https://worldnutritionjournal.org/index.php/wn/article/view/782
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author Hassan Bahrami
Ted Greiner
author_facet Hassan Bahrami
Ted Greiner
author_sort Hassan Bahrami
collection DOAJ
description The changing diets accompanying our modern life style have increased the content of foods that form acidic metabolic waste residues in the body. Wastes from these metabolic processes are released into the interstitial fluids and the blood, slightly changing their pH temporarily. This link may in turn have an impact on the incidence of non-communicable diseases (NCDs). According to Warburg effect theory, an acidic cellular and circulatory environment may cause various specific health problems such as hypoxia and cancer, whereas an oxygen-rich optimum-alkaline environment could retain healthy cells. However, the mechanisms by which the diet may be influential on blood pH-related parameters and on health have remained largely unknown. This paper begins with a detailed presentation of the concepts, issues and the existing evidence regarding alkaline and acid forming diets, and summarizes the three main mechanisms by which the diet influences the acid-base balance in the body. It then presents the findings of a small exploratory study in which one author (HB) followed diets traditionally thought to produce alkaline or acidic residues. After each diet period of one month (with a two-month wash out period), pH, oxygen saturation, and carbon dioxide partial pressure were measured for arterial and for venous blood.   The resulting data indicated that the diets followed changed blood pH-related parameters in the expected directions according to the acid-base theory of health. Increased intake of acid-forming foods resulted in a slightly lower pH level, but a significant reduction of oxygen saturation in the blood, whereas increased consumption of alkaline forming foods maintained the high oxygen saturation in the blood that, according to Warburg effect theory, may, if maintained, reduce the incidence of NCDs. Further cross-over research of this kind is needed, utilizing large samples and testing various dietary modifications.
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spelling doaj.art-b51a57746ae64218b40e4a6c0cf7f6112022-12-22T00:34:55ZengWorld Public Health Nutrition AssociationWorld Nutrition2041-97752021-03-0112110.26596/wn.202112120-39The Alkaline Diet and the Warburg EffectHassan Bahrami0Ted GreinerIndependent health/nutrition researcher The changing diets accompanying our modern life style have increased the content of foods that form acidic metabolic waste residues in the body. Wastes from these metabolic processes are released into the interstitial fluids and the blood, slightly changing their pH temporarily. This link may in turn have an impact on the incidence of non-communicable diseases (NCDs). According to Warburg effect theory, an acidic cellular and circulatory environment may cause various specific health problems such as hypoxia and cancer, whereas an oxygen-rich optimum-alkaline environment could retain healthy cells. However, the mechanisms by which the diet may be influential on blood pH-related parameters and on health have remained largely unknown. This paper begins with a detailed presentation of the concepts, issues and the existing evidence regarding alkaline and acid forming diets, and summarizes the three main mechanisms by which the diet influences the acid-base balance in the body. It then presents the findings of a small exploratory study in which one author (HB) followed diets traditionally thought to produce alkaline or acidic residues. After each diet period of one month (with a two-month wash out period), pH, oxygen saturation, and carbon dioxide partial pressure were measured for arterial and for venous blood.   The resulting data indicated that the diets followed changed blood pH-related parameters in the expected directions according to the acid-base theory of health. Increased intake of acid-forming foods resulted in a slightly lower pH level, but a significant reduction of oxygen saturation in the blood, whereas increased consumption of alkaline forming foods maintained the high oxygen saturation in the blood that, according to Warburg effect theory, may, if maintained, reduce the incidence of NCDs. Further cross-over research of this kind is needed, utilizing large samples and testing various dietary modifications. https://worldnutritionjournal.org/index.php/wn/article/view/782Alkaline Forming DietWarburg EffectDiet-related health problemsABG/VBG Blood Data Analysisacid-base balancetraditional medicine
spellingShingle Hassan Bahrami
Ted Greiner
The Alkaline Diet and the Warburg Effect
World Nutrition
Alkaline Forming Diet
Warburg Effect
Diet-related health problems
ABG/VBG Blood Data Analysis
acid-base balance
traditional medicine
title The Alkaline Diet and the Warburg Effect
title_full The Alkaline Diet and the Warburg Effect
title_fullStr The Alkaline Diet and the Warburg Effect
title_full_unstemmed The Alkaline Diet and the Warburg Effect
title_short The Alkaline Diet and the Warburg Effect
title_sort alkaline diet and the warburg effect
topic Alkaline Forming Diet
Warburg Effect
Diet-related health problems
ABG/VBG Blood Data Analysis
acid-base balance
traditional medicine
url https://worldnutritionjournal.org/index.php/wn/article/view/782
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