Institute of Vegetative Physiology CCM

Projects

• Acute kidney injury, renal hemodynamics and potential benefit of nitrite
• Chief Editor of the Journal Acta Physiologica (Oxford)
• Contrast media and oxidative stress in the renal medulla
• Contrast Medium Induced Nephropathy Importance of Contrast Medium Viscosity
• Contrast medium induced nephropathy: Iopromide 370, Iodixanol, Iopromide 370 and osmotic diureses
• Contrast medium induced nephropathy: modulation of acute effects of Iodixanol by an adensosine A1-agonist BR-4461
• Die Transkriptionsfaktoren Wt1 und Gata4
• Gender differences in the development of cardiac hyperthrophy in deficient mice for endothelial NO-synthase
• GLP-1 and renal hemodynamic
• Hemodynamic Mech.of Akute Kidney Injury
• Juxtaglomerular apparatus and contrast media induced nephropathy
• Mechanisms and consequences of an oxygen-dependent expression of the TrkB neurotrophin receptor
• Non-linear dynamic of the peripheral circulation
• Posttranscriptional control of bHLH transcription factor Mash1 gene expression rate
• Post-transkriptionelle Kontrolle der Genexpression des bHLH-Transkriptionsfaktors Mash1
• Regulation and function of the metalloproteinase ADAMTS16
• Renal safety of contrast media: mechanisms and prevention strategies
• Vasa recta and contrast media

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