Phyllotactic Patterns

The book provides a current review of the field of phyllotaxis from a variety of perspectives, that is, morphological, developmental, biochemical, molecular genetics, biophysical, and evolutionary.

This unique book covers phyllotactic processes from the level of genes involved in the establishment of patterns to modeling the emergence of those patterns in space and time. The models in question (deterministic or stochastic) touch on various fields, including geometry, biochemistry, and biophysics.

Not only providing a recent review but also current critique and analysis of the discipline, the book will appeal to a variety of individuals involved in developmental modeling as well as pattern initiation and formation. The text is highly illustrated with excellent pictures representing recent developments in the field.

A biological context or perspective to models and ideas is explored in the book. Terminology specific to the discipline is defined and updated as well.
Contents: AcknowledgementsIntroductionPhyllotactic ParametersDynamical ModelsStatistical and Probabilistic ApproachesRole of Genes in the Framework of Biochemical and Molecular ModelsBiophysical Aspects of PhyllotaxisConcluding Remarks: Critical Analysis and State of the DisciplineGlossaryBibliographyIndex
Readership: Students (undergraduate and graduate) and reseachers in botany/plant biology, biomathematics/biostatitics, cell & molecular biology, biochemistry/biological chemistry and mathematical modeling.Phyllotaxis;Shoot Apical Meristem;Developmental Models;Leaf Arrangement and Patterns0Key Features:It includes the most recent synthesis and review of phyllotaxis from a range of perspectives covering mathematical models, molecular biology, and morphologicaldevelopmentIn contrast to other existing books on this topic, ours will cover regular phyllotactic as well as irregular patternsEven though many aspects of phyllotaxis are highly quantitative in nature, the emphasis of this book is to relate this information back to biological principles