Institute of Vegetative Anatomy CBF

Projects

• Analysis of NO-dependent candidate proteins in renovascular hypertension
• Cellular translocation of renal epithelial transporters under proteinuria
• Charakterisation, isolation and culture of distal convoluted tubule cells - creation of a in-vitro culture model
• In-vitro-Modelle zur Testung der potentiellen allergenen Wirkungen von Pharmaka
• Mechanisms of volume regulation
• Mechanisms of gene expression in kidney of rats with stress-induced arterial hypertension (ISIAH)
• Molecular cell structures in human skeletal muscle following long term bed rest
• Molecular structure of skeletal neuromuscular synapse of wild type and NOS-1 KO-mice
• Na,K,Cl-cotransporter, Tamm Horsfall protein and protein interactions in the diluting segment, kidney
• NO-regulated candidate proteins
• Pathogenesis of hypertension
• Reduction of stroke risk
• Renal vascular stress endothelial cell dysfunction, NO and renal failure
• Role of the Tamm-Horsfall protein (THP) in the renal concentration
• Untersuchungen an molekularen Zellstrukt

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