Introduction. Cells as physical objects. Inplane structure of singlelayer tissues. Shape of epithelia. Morphogenesis. Bulk tissues. Afterthoughts.
Biography
Antonio Siber, Institute of Physics, Zagreb, Croatia
Primoz Ziherl, Faculty of Mathematics and Physics, University of Ljubljana, and Jozef Stefan Institute, Ljubljana, Slovenia
"The book by Siber and Ziherl, a worthy progeny of Thompson’s "On Growth and Form", is an illuminating treatise on and about tissue biophysics and pattern formation, but most of all it is a superbly illustrated scientific tome that will be very difficult to surpass, irrespective of what the new additions to the science might be."
—Rudolf Podgornik, Faculty of Mathematics and Physics, University of Ljubljana"A beautifully illustrated, wide-ranging survey of the theoretical and experimental foundations of this rapidly growing field."
—Phillip Nelson, University of Pennsylvania"On the centennial of D’Arcy Thompson’s, "On Growth and Form," here comes a modern update. Well crafted and a pleasure to read."
—Randall Kamien, University of Pennsylvania"In their book "Cellular Patterns" A. Siber and P. Ziherl explain to us pedagogically but without compromise how Biology and Evolution explore Physics. In six chapters and sixty-four homework problems they bring the reader to the state of the art Physics of tissues including morphogenesis. Mathematics is kept at a reasonable level, illustrations are simply beautiful and the style is alert. This book will be useful to researchers and students interested in the essential principles governing the morphology of tissues. I am convinced it will become a reference textbook of the Physics-Biology interface."
—Jacques Prost, Member of the French Academy of Sciences, Emeritus CNRS Director at Institut Curie, Distinguished Visiting Professor at National University Singapore"This book provides a bold and timely comparison of the different physical theories of form and structure of simple animal tissues, with a special emphasis on epithelial. The many references to early ideas, originally explored using rudimentary yet insightful mechanical models, are seamlessly combined with the more contemporary vie
