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1 Diercks DB, "metabolomic analysis to detect changes after intravenous, non-ionic, low osmolar iodinated radiocontrast for computerized tomographic imaging" 15 : 152-157, 2014
2 Rauch D, "Variable effects of iodinated contrast media on different rabbit arteries in vitro" 25 (25): S21-S23, 1997
3 Thomsen HS, "Urine profiles and kidney histology after ionic and nonionic radiologic and magnetic resonance contrast media in rats with cisplatin nephropathy" 2 : 675-682, 1995
4 Parvez Z, "Urinary adenosine deaminase binding protein, a marker of contrast media induced acute renal damage" 190 : 111-113, 1990
5 Zhang Y, "The serial effect of iodinated contrast media on renal hemodynamics and oxygenation as evaluated by ASL and BOLD MRI" 7 : 418-425, 2012
6 Englard S, "The biochemical functions of ascorbic acid" 6 : 365-406, 1986
7 Nikiforova VJ, "Systems rebalancing of metabolism in response to sulfur deprivation, as revealed by metabolome analysis of Arabidopsis plants" 138 : 304-318, 2005
8 Jakobsen JA, "Renal tubular effects of diuretics and X-ray contrast media. A comparative study of equimolar doses in healthy volunteers" 28 : 319-324, 1993
9 Jakobsen JA, "Renal effects of nonionic contrast media after cardioangiography" 35 : 191-196, 1994
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