The ESC Textbook of Vascular Biology is a rich and clearly laid-out guide by leading European scientists providing comprehensive information on vascular physiology, disease, and research.
The ESC Textbook of Vascular Biology is a rich and clearly laid-out guide by leading European scientists providing comprehensive information on vascular physiology, disease, and research.
Professor Krams holds a Chair in Molecular Bioengineering at Imperial College, London. Prior to joining Imperial College he worked as Associate Professor in the Department of Bioengineering, Thoraxcentre in Rotterdam, the Netherlands and as associate professor/chair in the department of Medical Physics, Free University in Amsterdam. He received his Medical Degree and Ph.D. from the Free University, Amsterdam in 1989. His research is focussed on the molecular mechanism underlying biomechanical stimuli. Associate Professor Magnus Bäck is senior consultant in cardiology and research team leader at the Center for Molecular Medicine in Stockholm, Sweden. The research undertaken has two main focuses: lipid mediators and valvular heart disease.
Inhaltsangabe
* Section 1 - Foundation of the vascular wall * 1: J Essers BS van Thiel I van der Pluijm R Kanaar AHJ Danser: Cell Biology * 2: VWM van Hinsbergh: Physiology * 3: TC Gasser: Physical processes * 4: GK Hansson: Immunology * 5: Q Xu W Gu Y Xie: Animal models * Section 2 - Biology of the vasculature * 6: I Fleming B Kwak: Endothelial cells * 7: ML Bochaton-Piallat CJM de Vries GJ van Eys: Vascular smooth muscle cells * 8: P Carmeliet G Eelen J Kalucka: Arteriogenesis and angiogenesis * 9: K Alitalo M Detmar S Karaman A Aspelund: The lymphatic system * Section 3 - Atherosclerosis * 10: E Lutgens C Monaco: Atherosclerosis - a short history * 11: O Wiklund J Borén: Lipid metabolism * 12: R Krams P Weinberg J Wentzel: Biomechanics * 13: C Weber ML Bochaton-Piallat E Lutgens: Cellular mechanisms * 14: C Monaco G Caligiuri: Molecular mechanisms * Section 4 - Other vascular disease * 15: P Kovanen M Bäck: Valvular heart disease * 16: JB Michel: Pathophysiology of Aneurysm * 17: J Mason E Tombetti: Vasculitis * Section 5 - Vascular-associated pathologies * 18: L Badimon FC Tanner GG Camici G Vilahur: Thrombosis * 19: T Guzik RM Touyz: Hypertension * 20: Z Yang XF Ming: Perivascular adipose tissue and metabolic syndrome
* Section 1 - Foundation of the vascular wall * 1: J Essers BS van Thiel I van der Pluijm R Kanaar AHJ Danser: Cell Biology * 2: VWM van Hinsbergh: Physiology * 3: TC Gasser: Physical processes * 4: GK Hansson: Immunology * 5: Q Xu W Gu Y Xie: Animal models * Section 2 - Biology of the vasculature * 6: I Fleming B Kwak: Endothelial cells * 7: ML Bochaton-Piallat CJM de Vries GJ van Eys: Vascular smooth muscle cells * 8: P Carmeliet G Eelen J Kalucka: Arteriogenesis and angiogenesis * 9: K Alitalo M Detmar S Karaman A Aspelund: The lymphatic system * Section 3 - Atherosclerosis * 10: E Lutgens C Monaco: Atherosclerosis - a short history * 11: O Wiklund J Borén: Lipid metabolism * 12: R Krams P Weinberg J Wentzel: Biomechanics * 13: C Weber ML Bochaton-Piallat E Lutgens: Cellular mechanisms * 14: C Monaco G Caligiuri: Molecular mechanisms * Section 4 - Other vascular disease * 15: P Kovanen M Bäck: Valvular heart disease * 16: JB Michel: Pathophysiology of Aneurysm * 17: J Mason E Tombetti: Vasculitis * Section 5 - Vascular-associated pathologies * 18: L Badimon FC Tanner GG Camici G Vilahur: Thrombosis * 19: T Guzik RM Touyz: Hypertension * 20: Z Yang XF Ming: Perivascular adipose tissue and metabolic syndrome
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