Zusammenfassung
Eine proteinreiche Ernährung, Antibiotikaexposition sowie
hochalkalische Basenpulver führen auf Dauer zu Alkalisierung des
Dickdarmmilieus, Darmdysbiose und hoher intestinaler Ammoniakbildung mit
massiver Belastung der Entgiftungskapazität sowie des Energie- und
Säure-Basen-Haushalts der Leber. Ammoniak ist mengenmäßig ein
hochbedeutsames Zellgift, das die mitochondriale Energiegewinnung und die
Zellatmung hemmt und auf Dauer eine mitochondriale Dysfunktion
begünstigt.
In der Wissenschaft reift immer mehr die Erkenntnis, dass die
mitochondriale Dysfunktion eine zentrale ursächliche Rolle hinter den
Zivilisationsphänomenen metabolisches Syndrom, endotheliale Dysfunktion,
Arteriosklerose sowie Krebserkrankungen spielt. Zur Therapie eignen sich
regelmäßige Bewegung, Ernährungsumstellung, Darmsanierung und
Zitrate.
Abstract
In the long term, a protein-rich diet, antibiotics exposition as
well as highly alkaline base powders cause an alkalinization of the Colon
milieu, bowel dysbiosis and the formation of a high amount of intestinal
ammonia with a massive burden of the detoxification capacity as well as the
energy- and acid-base balance of the liver. Ammonia is a highly important cell
toxin as far as quantity is concerned, which inhibits the mitochondrial
generation of energy and the cell respiration, and in the long term favors a
mitochondrial dysfunction.
In science more and more the realization has grown, that the
mitochondrial dysfunction plays a central, causal role in the civilization
phenomena of metabolic syndrome, endothelial dysfunction, arteriosclerosis as
well as cancer diseases. Regular physical exercise, change of diet, and bowel
sanitation are well suited as a therapy.
Schlüsselwörter
Warburg - Krebs - Säure-Basen-Haushalt - Darmmikrobiom - Ammoniak - mitochondriale Dysfunktion
Keywords
Warburg - cancer - acid-base balance - gut microflora - ammonia - mitochondrial dysfunction
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DOI: DOI: 10.1017/S0007114508975607
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