Recent Developments in Cobalamin Metabolism Conversion of cyanocobalamin to metabolically active cobalamin Utilization of Cobalamins in man Homocysteine-methionine isomerizations The Methylfolate trap Unknown metabolic pathways involving cobalamins Thin-layer Chromatography in Vitamin B12 and its Coenzymes Investigations of B12 Metabolism using Chromatography and Bio-autography of Individual Cobalamins Method of Estimation of Total Vitamin B12 and individual cobalamins Methylcobalamin/Deoxyadenosylcobalamin Deoxyadenosylcobalamin is the most prominent Diol Dehydrase its use in the Specific Assay of 5-Deoxyadenosylcobalamin Transport of Cobalamins Across the Gut Wall Cyanocobalamin is the best Protein-Mediated Uptake of Vitamin B12 by Cells in the Tissue Transcobalamin I and Transcobalamin II (Holotranscobalamin) The Binding of TCII Substances that Inhibit Cell Uptake of B12 Absorption of Vitamin B12: The Role of the Ileal Mitochondrion Role of mitochondria in the metabolism of cyanocobalamin Site of Cleavage of B12/IF complex Vitamin B12 Binders in the Ileum Metabolism of Vitamin B12 in the Kidney at Subcellular Level Cobalamin and Folate Interrelationships The Metabolic Effects of an Impaired Methylmalonyl CoA Mutase Vitamin B12 and Folic Acid in Brain Metabolism Cobalamins and Cyanide Metabolism in Neurological Disease Tobacco Amblyopia Tropical Amblyopia and Tropical Neuropathy Lebers Hereditary Optic Atrophy Sub-Acute Combined Degeneration of the Cord Secondary to PA Observations on a Case of Sensitivity to Vitamin B12 Impurities in Preparations A Screening of the Metabolism of Radioactive Methylcobalamin in Man Studies of Cobalamin Metabolism Whole Body Monitor Studies of Cyanocobalamin Absorption in Normal Patients and in Patients with Vitamin B12 Malabsorption Therapeutic Response to Large Oral Doses of Cobalamin I am very suspicious of this 1% absorption of oral doses Some Observations on Vitamin B12 Binding Proteins Antibody to Transcobalamin II in Patients Treated with Hydroxocobalamin The Symposium where all of the above were discussed took place on the 18th September
[78] found that cells were highly sensitive to peroxide-induced ferroptosis by replacing selenocysteine in GPX4 with cysteine, demonstrating the importance of selenium for GPX4 to function as an antioxidant against ferroptosis
Li JJ, Chao P, Gernsheimer J, Verma R
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coli , Edwardsiella tarda ), increasing antibiotic uptake and killing resistant microbes 141,142,143
