View Author
Kraay, A.M.M. van de
( A.M.M. van de Kraay)
malondialdehyde radical baseline vein-arterial hypoxanthine production urate xanthine oxidase lipid peroxidation patient angioplasty difference percutaneous transluminal oxygen-free radicals transluminal injury lipid study xanthine peroxidation jong jw heart percutaneou table minute oxygen-free uric acid oxidase table i ischemic ischemia myocardium occlusion oxygen blood 15 minutes reactive oxygen metabolites lucchesi br hypoxanthine vein-arterial difference reperfusion angioplasty procedure superoxide dismutase urate production thiobarbituric procedure adenosine cardiol postinfl result generation artery inflation serruy dilatation 0.75 reperfusion injury breakdown american journal mechanism concentration 0.63 regression analysis valles j slater tf huizer manuscript -80 c ischemic injury reaction thiobarbituric acid 10 patients hypoxanthine production dysfunction serruys pw 3.12 catecholamine degradation metabolite report assay hugenholtz pg
1 Most Recent Publications
|
Myocardial malondialdehyde and uric acid release after short-lasting coronary occlusion during coronary angioplasty: potential mechanisms for free radical generation
(Article)
Scheerder, I.K. de Kraay, A.M.M. van de Koster, J.F. Jong, J.W. de Serruys, P.W.J.C. Lamers, J.M.J. |
1991-01-01
|
