Lionel G. Harrison (1929-2008) was Professor Emeritus in the Department of Chemistry, University of British Columbia, where he was a faculty member for 50 years. A physical chemist by training, he was inspired to study biological form and 'in developmental biology ... found something different and immensely exciting: a field with a Great Unknown' as he wrote in his 1993 book Kinetic Theory of Living Pattern. 'To pursue it is like trying to account for the rainbow in the 14th century, to do celestial mechanics before Newton, or to pursue quantum theory in the 1890s.'
Inhaltsangabe
Foreword Thurston Lacalli Preface Acknowledgements 1. Organizer. Organize thyself Part I. Watching Plants Grow: 2. Branching: how do plants get it started? 3. Whorled structures 4. Dichotomous branching 5. Micrasterias and computing patterning along with growth Part II. Between Plants and Animals: 6. The emergence of dynamic theories 7. Classifying developmental theories as physical chemistry Part III. But Animals are Different: 8. The dreaded fruit fly 9. Various vertebrate events Epilogue References Index.
Foreword Thurston Lacalli Preface Acknowledgements 1. Organizer. Organize thyself Part I. Watching Plants Grow: 2. Branching: how do plants get it started? 3. Whorled structures 4. Dichotomous branching 5. Micrasterias and computing patterning along with growth Part II. Between Plants and Animals: 6. The emergence of dynamic theories 7. Classifying developmental theories as physical chemistry Part III. But Animals are Different: 8. The dreaded fruit fly 9. Various vertebrate events Epilogue References Index.
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