Cyanocobalamin absorption abnormality in alcoholics is improved by oral supplementation with a fermented papaya-derived antioxidant
Marotta, F.; Tajiri, H.; Barreto, R.; Brasca, P.; Idéo, G.M.; Mondazzi, L.; Safran, P.; Bobadilla, J.; Idéo, G.
Hepato-Gastroenterology 47(34): 1189-1194
2000
ISSN/ISBN: 0172-6390 PMID: 11020912 Document Number: 261
Background/Aims: Thirty alcoholic patients and 24 teetotaler dyspeptic patients were considered and underwent baseline blood chemical evaluation and the Schilling test. Methodology: During gastroscopy, biopsy samples were taken to assay: routine histology, malonyldialdehyde, vitamin E and glutathione concentration and for testing vitamin Biz - Intrinsic Factor binding. Examinations were repeated after 1-week supplementation with Bionormalizer. Results: Plasma malonyldialdehyde level and lipid hydr oper oxides concentration as well as either malonyldialdehyde and xanthine oxidase concentration in the gastric mucosa in alcoholics were significantly higher than in controls and despite unchanged alcohol consumption, significantly decreased after Bionormalizer supplementation. Gastric mucosal glutathione was markedly depressed in alcoholics and partly recovered after Bionormalizer supplementation. Although the alcoholics showed a normal intrinsic factor secretion in the gastric juice, they exhibited a markedly depressed intrinsic factor-cobalamin binding on the "ex vivo" study. Moreover, nearly 23% of them had an abnormal Schilling test. Both these impairments reverted to normal after Bio-normalizer supplementation. Conclusions: It can be postulated that the antioxidative action played by Bionorrnalizer, possibly due to its availability substrates for glutathione synthesis as well as to its effects on local oxidative burst from neutrophil, is able to recover a normal cobalamin absorption.
Document emailed within 1 workday
