How does a single cell develop into myriad different specialised cell types, control the organization of these different cells into tissues and organs, and ultimately form an unimaginably complex living organism such as a human? Furthermore, how is it possible for some adult animals, but not others, to regenerate fully functioning limbs? Principles of Development opens up the fascinating field of developmental biology to those wanting to understand the answers to questions such as these. Cutting edge science is explained clearly and succinctly and is richly illustrated with a variety of custom drawn figures, animations, and links to online movies that show development happening in real time. The emphasis throughout the text is always on the key principles of development - the underlying processes shared by diverse groups of organisms. This focus on principles provides a framework on which a richer understanding of specific topics can be built. Moreover, extensive pedagogical support is provided, both in the book and online, making this text the complete package for those studying developmental biology. Online Resources For students: -Test your understanding with multiple choice questions and answer guidance to long-answer questions from the book -Gain a three dimensional perspective of development by watching the movies of developing model organisms -View the signalling pathway animations to see these complex processes broken down step by step -Expand your knowledge and guide your studies with the suggested web activities - Examine and interpret raw data obtained by Cheryll Tickle and members of her laboratory and presented in silico For registered adopters of the text: -Download the figures from the book to use in lectures and hand-outs -Help your students delve into the research literature with the Journal Club -Download the test bank or import it into your VLE -PowerPoint of In silico practicals to use in class

About the Author
Lewis Wolpert is Emeritus Professor of Biology as Applied to Medicine, in the Department of Anatomy and Developmental Biology, University College London, London, UK. He is the author of The Triumph of the Embryo, A Passion for Science, The Unnatural Nature of Science, and Six Impossible Things Before Breakfast Cheryll Tickle is Emeritus Professor in the Department of Biology and Biochemistry, University of Bath, Bath, UK Alfonso Martinez Arias is Professor of Developmental Mechanics at the University of Cambridge, UK

Reviews
An extremely well written book that explains the major developmental concepts and processes in a clear and concise manner, approachable to students. I find the provision of in silico practical activities and on-line journal club supported by lecturer notes extremely helpful for my teaching. Together with on-line MCQs, I use these to test the students' knowledge and help them develop deep understanding and enthusiasm for the subject. * Dr Aida Rajic, University of Suffolk *
The organisation and clarity of the writing and figures together really help to convey the principles of Developmental Biology to the enquiring student. This is supplemented by the provision of questions and some online material to cement and broaden understanding. * Dr Michael Taylor, Cardiff University *
A really good introduction to developmental biology, covering all the core topics students need to know. The writing and figures are very clear, and there are very useful online resources for both the student and the lecturer. * Dr Joanna Richardson, University of Sussex *
Well written, excellent diagrams, nice online resources (especially the signalling pathway animations). * Dr Thomas Butts, University of Liverpool *
This book provides a detailed description of all essential aspects of developmental biology, in addition to some information about evolution in relation to developmental biology. * Dr Hegias Mira Bontenbal and Dr Willy M Baarends, University Medical Centre Rotterdam *



Book Information
ISBN 9780198800569
Author Lewis Wolpert
Format Paperback
Page Count 768
Imprint Oxford University Press
Publisher Oxford University Press
Weight(grams) 1758g
Dimensions(mm) 270mm * 208mm * 31mm