Titlebook: Urolithiasis 2; Rosemary Ryall,Renze Bais,Valerie R. Walker Book 1994 Springer Science+Business Media New York 1994 Calcium.enzymes.infect

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978-1-4613-6091-9Springer Science+Business Media New York 1994

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Role of Hydroxypyruvate in the Manifestation of Primary Hyperoxaluria L-Glyceric Aciduria Type-IId be the same in both cases. Since NAD and NADH are common cofactors for other enzymic reactions also, it is difficult to visualize a selective role for NAD in inducing LDH to act on glyoxylate and convert it into oxalate. Unless glyoxylate, the main precursor of oxalate, is made available in excess

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Mechanisms for Bi-Directional Oxalate Transport Across the Large Intestinelate.. These explanations are not mutually exclusive and they underscore the importance of understanding the mechanisms for basal handling of oxalate by the whole intestine. In this report we discuss the absorptive and secretory mechanisms for oxalate that have been identified in the large intestine

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Reduction of Urinary Oxalate Excretion by The Oral Administration of The Cysteine Precursor, 2-Oxothaperitoneal injections of (L)-cysteine rapidly and markedly decreased urinary oxalate excretion.. The level of oxalate excretion in these ethylene glycol-treated rats was reduced to that of the controls. We have postulated that this decrease is due to the formation of a (L)-cysteine-glyoxylate adduc

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nstead, the submitted abstracts were allowed to dictate the content of the meeting so that the conference programme would reflect the flavour of current research in the field. To achieve this, all abstracts were graded anonymously by three referees to determine their categorization as oral, theme poster, or g978-1-4613-6091-9978-1-4615-2556-1