Biochemical Lesions and Lethal SynthesisInternational Series of Monographs on Pure and Applied Biology, Volume 18: Biochemical Lesions and Lethal Synthesis focuses on biochemical lesions. The book first discusses biochemical lesions in thiamine deficiency and arsenical substances and biochemical lesions. The text also examines biochemical lesions in mustard gas poisoning. Concerns include sulfone, sulfoxide, vesication, and cross-linking. The book also describes inhibitors of enzymes containing thiol groups and toxicity. Cell division, thiol agents, epidemic dropsy, and sanguinarine are highlighted. The text further focuses on letha ... |
Contents
Introductory | 1 |
Arsenical substances and biochemical lesions | 40 |
The biochemical lesion in mustard gas poisoning | 59 |
Copyright | |
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acetate aconitase action activity adsorption alkaline amount animal arsenical avitaminosis B₁ behaviour beri-beri biochemical lesion biochemistry Biol Biophys birds block blood brei cell CH₂ Chem chemical CHÍNH citrate citric acid cycle compounds concentration convulsions COOH curative cytoskeleton dehydrogenase diet diphenylchloroarsine doses effect enzyme evidence experiments fact factor fatty acids fluoroacetate fluorocitric acid glucose inhibition injection instance interface ionization kidney Kinnersley lactate lactic acid lecture lethal synthesis lewisite liver marmite metabolism mitochondria molecules mustard gas normal nucleic acid nutrition oedema OH H OH OH opisthotonus organized Oxford oxidation PETERS phosphate Physiol pigeon poisoning present problem Proc protein pyruvate oxidase pyruvate oxidase system reaction SH groups showed shown skin solution stage structure studied substances sulphur mustard surface symptoms temperature thiamine deficiency thiamine pyrophosphate tion torulin toxic vitamin vitro vivo WAKELIN yeast