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Effect of vitamin D metabolites on the markers of protein, calcium and phosphorus turnover in children with chronic renal failure

Denisova, S.N.; Kutafina, E.K.; Sergeeva, T.V.; Savina, M.I.; Kon', I.I.; Shilina, N.M.; Chizhevskaia, O.L.; Shilov, A.V.

Voprosy Pitaniia 1: 14-17

1998

ISSN/ISBN: 0042-8833
PMID: 9606860
Document Number: 491894
Amino acid analysis and investigation of nitrogen, calcium and phosphorus balance were done in two groups of the patients with renal failure and osteodystrophy on the Vitamin D metabolites and analogues treatment. The results of the investigation confirm vitamin D metabolites influence on free amino acid turnover and on nitrogen, calcium, phosphorus balance. We observed significant decreases of blood amino acids and good influence on renal osteodystrophy in patients treated with the vitamin D metabolites. Vitamin D metabolites didn't influence on the retention, urinary and fecal excretion of endogenous nitrogen in patients with renal failure.

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Milovanova, L.I.; Dobrosmyslov, I.A.; Milovanov, I.S. 2014: Experience with active vitamin D metabolites in phosphorus-calcium metabolic disorders in patients with predialysis chronic kidney disease Terapevticheskii Arkhiv 86(6): 52-56
Norris, K.C. 2001: The impact of calcium in phosphorus management. Excess calcium load in chronic renal failure adds risk for patients Nephrology News and Issues 15(12): 17; 20 23-174 Passim
Rusnak, F.I. 1984: Vitamin D status and phosphorus-calcium metabolism in renal and glucocorticoid osteopathies in children Voprosy Pitaniia 3: 71-72
Denisova, S.N.; Kutafina, E.K.; Kon', I.I.; Sergeeva, T.V.; Savina, M.I. 1996: Effects of vitamin D on protein turnover in children with renal osteopathy Voprosy Pitaniia 6: 31-34
Rodriguez, M.; Lorenzo, V.; Felsenfeld, A.J.; Llach, F. 1986: Changes in serum calcium and phosphorus induced by chronic renal failure in the absence of parathyroid hormone Advances in Experimental Medicine and Biology 208: 383-386
Lucas, P.A.; Brown, R.C.; Woodhead, J.S.; Coles, G.A. 1986: 1,25-dihydroxycholecalciferol and parathyroid hormone in advanced chronic renal failure: effects of simultaneous protein and phosphorus restriction Clinical Nephrology 25(1): 7-10
Lambert, P.W.; DeOreo, P.B.; Hollis, B.W.; Fu, I.Y.; Ginsberg, D.J.; Roos, B.A. 1981: Concurrent measurement of plasma levels of vitamin D3 and five of its metabolites in normal humans, chronic renal failure patients, and anephric subjects Journal of Laboratory and Clinical Medicine 98(4): 536-548
Tazhibaev, S.S.; Mamyrbaev, A.A. 1982: Indices of calcium and phosphorus balance in different variants of protein-vitamin deficiency Voprosy Pitaniia 5: 43-47
Nikiforova, N.V.; Strunin, S.E.; Ermolenko, V.M.; Mozzhechkov, V.T.; Khomiakova, V.N. 1985: Phosphorus and calcium metabolism and its hormonal regulation in chronic kidney failure Terapevticheskii Arkhiv 57(1): 103-107
Katakura, S. 1972: Experimental study on calcium and phosphorus metabolism. Effect of calcium and phosphorus excess diet on rat fetuses Nihon Yakurigaku Zasshi. Folia Pharmacologica Japonica 68(3): 377-384
Wigger, M.; Stolpe, H.J.; Adomssent, G.; Drückler, E.; Hartleib, H. 1989: A protein restricted diet in conservative therapy of chronic renal failure in children Kinderarztliche Praxis 57(4): 177-184
Adoncecchi, L.; Marrocco, W.; Suraci, C.; Pecora, P.; Gallinella, B.; Porrà, R.; Cavina, G. 1984: Effect of renal and liver failure on blood levels of vitamin A, its precursor (beta-carotene) and its carrier proteins (prealbumin and retinol binding protein) Bollettino della Societa Italiana di Biologia Sperimentale 60(4): 881-886
Bower, S. 1982: Plasma protein binding of fentanyl: the effect of hyperlipoproteinaemia and chronic renal failure Journal of Pharmacy and Pharmacology 34(2): 102-106
Hou, J.S.; Zuo, J.N.; Zhu, H.W.; Ma, J.M.; Feng, H.F.; Cheng, W.Y.; Zhang, X.Q.; Wu, J.Z.; Wu, J.C.; Zhang, M.W. 1985: Effect of low protein diet on whole body nitrogen metabolism in patients with chronic renal failure Chinese Medical Journal 98(10): 765-770
Adhikary, L.; Acharya, S.; Acharya, L. 2011: Role of CaCO3 alone and CaCO3 plus vitamin D3 in terms of calcium phosphorus product in chronic kidney diseases Journal of Nepal Health Research Council 9(1): 67-70
Varghese, M.; Rodman, J.S.; Williams, J.J.; Brown, A.; Carter, D.M.; Zerwekh, J.E.; Pak, C.Y. 1989: The effect of ultraviolet B radiation treatments on calcium excretion and vitamin D metabolites in kidney stone formers Clinical Nephrology 31(5): 225-231
Samsonov, M.A.; Vysotskiĭ, V.G.; Iatsyshina, T.A.; Agadzhanov, S.A.; Vitollo, A.S. 1982: Effect of dietary proteins of different quality on protein metabolism in the initial stage of chronic renal failure Terapevticheskii Arkhiv 54(10): 67-69
Smirnov, A.V.; Volkov, M.M.; Dobronravov, V.A.; Rafrafi, H. 2010: Phosphorus and calcium metabolism and the cardiovascular system status in patients with early-stage chronic renal disease Terapevticheskii Arkhiv 82(6): 25-28
Coen, G.; Mazzaferro, S.; Ballanti, P.; Bonucci, E. 1992: PTH and bone markers of renal osteodystrophy in predialysis chronic renal failure Journal of Endocrinological Investigation 15(9 Suppl 6: 129-133
Hamza, H.S.E.D.; Fadel, F.I.; Hegazy, R.A.; Labib, M.R. 2010: The effect of hemodialysis on Q-T interval on children with chronic renal failure Journal of the Egyptian Society of Parasitology 40(3): 733-744