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SPRINGER Mechanosensitivity Of The Heart Series Mechanosensitivity In Cells And Tissues Vol. 3 2009 Edition by ANDRE KAMKIN, IRINA KISELEVA, VADIM V. FEDOROV
Investigation of the mechanisms of cellular response to different mechanical stimuli, as well as mechano-electrical feedback (MEF) in the intact heart is one of the main topics in fundamental and clinical cardiology. The present volume of "Mechanosensitivity in Cells and Tissues: Mechanosensitivity of the Heart" c- bines excellent reviews written by worldwide leaders in this ?eld. The 3rd volume is a great addition to this excellent series of books edited by Andre Kamkin and Irina Kiseleva. This volume successfully combines reviews, aimed at academic, physiology and clinical cardiology communities, devoted to mechanosensitivity of the normal and diseased heart at the ion channel, cell, tissue and organ levels. Kamkin and Kiseleva have made signi?cant contributions to the investigation of mechanosentive ion channels in cardiomyocytes and ?broblasts. Their ba- ground, in addition to extensive collaborations helped them to ?nd and consolidate valuable research ?ndings from prominent specialists in the ?eld of cardiac mechanosensitivity. In the last decade, interest in the role of MEF in the heart has increased sign- cantly.MEF within cardiac tissue is a complex phenomenon in which electroph- iological changes are triggered by myocardial stretch. This phenomenon has been studiedintheclinicalcommunityforoveracenturyandmayhavebothpro-rhythmic and arrhythmogenic consequences. While signi?cant advances have been made in understanding of the effects of mechanical forces on cardiac cells, many questions remain regarding the mechanisms whereby mechanical forces are transduced into changes which alter the behavior of various cardiac cells. Foreword by Vadim Fedorov; Editorial, Andre Kamkin and Irina Kiseleva; List of Contributors; Part I: Molecular Mechanisms of Mechanotransduction in Cardiac Cells - 1 Titin and Titin-associated Proteins in Myocardial Stress-sensing and Mechanical Dysfunction, Wolfgang A. Linke; 2 Mechanical Stretch-Induced Reorganization of the Cytoskeleton and the Small GTPase Rac-1 in Cardiac Fibroblasts, Wayne Carver and John W. Fuseler; 3 Molecular Signaling Mechanisms of Myocardial Stretch: Implications for Heart Disease, Hind Lal, Suresh K. Verma, Honey B. Golden, Donald M. Foster, April M. Holt and David E. Dostal; 4 Mechanical Stress Induces Cardiomyocyte Hypertrophy through Agonist-independent Activation of Angiotensin II Type 1 Receptor, Hiroshi Akazawa and Issei Komuro; Part II: Mechanically Induced Potentials and Currents of the Cardiac Cells in Healthy and Diseased Myocardium - 5. Mechanostransduction in Cardiac and Stem-Cell Derived Cardiac Cells, Jeffrey G. Jacot, Anna J. Raskin, Jeffrey H. Omens, Andrew D. McCulloch and Leslie Tung; 6 Stretch-activated Channels in the Heart: Contribution to Cardiac Performance, Marie-Louise Ward and David G. Allen; 7 Effects of Applied Stretch on Native and Recombinant Cardiac Na+ Currents, Umberto Banderali, Robert B. Clark, Catherine E. Morris, Martin Fink and Wayne R. Giles; 8 Mechanosensitive alterations of action potentials and membrane currents in healthy and diseased cardiomyocytes: Cardiac tissue and isolated cell, Ilia Lozinsky and Andre Kamkin; 9 The Role of Mechanosensitive Fibroblasts in the Heart: Evidence from Acutely Isolated Single Cells, Cultured Cells and from Intracellular Microelectrode Recordings on Multicellular Preparations from Healthy and Diseased Cardiac Tissue, Andre Kamkin, Irina Kiseleva and Ilia Lozinsky; 10 Scanning Ion Conductance Microscopy for Imaging and Mechanosensitive Activation of Selected Areas of live cells, Max J Lab; Part III: Mechanoelectrical Feedback in the Whole Heart and A Computer Simulation Study - 11 The contribution of MEF to electrical heterogeneity and arrhythmogenesis, David A Saint, Douglas Kelly and Lorraine Mackenzie; 12 Mechanical modulation of a reentrant arrhythmia: the atrial flutter case, Flavia Ravelli and Michela Mase; 13 Early hypertrophic signals after myocardial stretch. Role of reactive oxygen species and the sodium/hydrogen exchanger, Horacio E Cingolani et al.; 14 Stretch-induced inotropy in atrial and ventricular myocardium, Dirk von Lewinski, Jens Kockskamper, Mounir Khafaga, Robert Gasser, Burkert Pieske; 15 Effects of Wall Stress on the Dynamics of Ventricular Fibrillation. A computer simulation study of mechanoelectric feedback, Satoko Hirabayashi, Masashi Inagaki, Toshiaki Hisada, Masaru Sugimachi; 16 Electromechanical modelling of cardiac tissue, Christian Cherubini, Simonetta Filippi, Paola Nardinocchi, Luciano Teresi; 17 Specific mechanotransduction signaling involved in myogenic responses of the cerebral arteries, Koichi Nakayama, Kazuo Obara, Tomohisa Ishikawa, Shigeru Nishizawa; Index