Institute of Physiology CBF

Projects

• A new mechanism of hydrostatic lung edema: Endothelial-derived NO impairs alveolar fluid clearance
• Adaptation of terminal vascular beds:influence of hemodynamic factors on network topology,vessel structure and tone
• Adaptation of terminal vascular beds:influence of hemodynamic factors on network topology,vessel structure and tone
• Biofluid mechanics and cell physiology
• Chronic Mountain Sickness in South America
• Deposition of Gadofluor in the vessel wall and in lymph nodes
• Differentiation and identification of cell death components in mouse-mutants with multiple neuronal degeneration.
• Effect of sildenafil citrate on endothelial dysfunction in acute and chronic pulmonary hypertension
• Molecular mechanisms of endothelial cell adaptation to blood flow conditions
• Molecular mechanisms of endothelial cell adaptation to blood flow conditions
• Organ perfusion
• Physiological reconstruction of herbiverous dinosaurs
• Regulation of vascular tone and structure in hypertension
• The impact of fluvastatin as compared to atorvastatin on nanoplaque formation in patients with type 2 diabetes
• The role of nuclear factor kappa B and its activator receptor interacting protein 2 in rhabdomyosarcoma
• The role of RIP proteins in normal skin and in cutaneous wound repair
• Thermoregulatory and cardiovascular adaptations in humans in extreme environments including space

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