Petunia [electronic resource] : Evolutionary, Developmental and Physiological Genetics /
Gerats, Tom.editor.
Strommer, Judy.editor.
In 1984, when the first edition of this monograph was published, Petunia was well-positioned as a classical model system to contribute significantly to the coming explosion in plant molecular biology. Its strength was fostered by years of physiological, biochemical, genetic and cytogenetic research- the contributions of early workers who saw the value and promise of this horticulturally significant representative of the Solanaceae. The present edition encapsulates the state of Petunia-based research a quarter of a century later. It paints a rich portrait of progress, particularly but not exclusively in evolutionary and developmental biology. The wealth of knowledge presented here, and the continued promise of Petunia as a research system, both follow from a combination of that solid early work, the amenability of Petunia to molecular analysis, and the dedication and collegiality of the Petunia research community. All are richly documented in this work. Tom Gerats completed his Ph.D. on Petunia flavonoids and transposons at the University of Amsterdam (1984). He then joined the Genetics Department of the Free University (also in Amsterdam) where a group was formed, headed by Ed Veltkamp, later Jos Mol, to work on the molecular aspects of flavonoid genes. Tom moved to Marc van Montagu’s group in Ghent (Belgium) in 1990, where he continued to work on Petunia as a main system. In 2001 he obtained a chair in Plant Genetics at the Radboud University, Nijmegen. Starting with his work as an undergraduate, he has aimed throughout his career to enhance Petunia’s status as a model system for comparative research. Judy Strommer received B.S. and M.S. degrees from the University of Chicago and a Ph.D. in Molecular Biology from UCLA. She lives with her family in Guelph, Ontario, where she is a Professor of Plant Agriculture at the University of Guelph. She was introduced to Petunia research by Tom Gerats at a meeting of the Genetics Society of America more than 20 years ago. Current research in her laboratory involves analysis of the regulation of anthocyanin production in grape and development of feed-based vaccines, but she remains a devoted fan of Petunia and the research it has inspired.
Description based upon print version of record.
Includes bibliographical references and index.
The Genus Petunia -- Petunia as a Model System for the Genetics and Evolution of Pollination Syndromes -- Benzenoids Dominate the Fragrance of Petunia Flowers -- ADH and PDC: Key Roles for Enzymes of Alcoholic Fermentation -- Gametophytic Self-Incompatibility in Petunia -- Cytoplasmic Male Sterility and Fertility Restoration in Petunia -- Development and Function of the Arbuscular Mycorrhizal Symbiosis in Petunia -- Vegetative Branching in Petunia -- Development of the Petunia Inflorescence -- Evolution and Development of the Flower -- Combinatorial Action of Petunia MADS Box Genes and Their Protein Products -- The Role of Expansins A in Petunia Development -- The Genetics of Flower Color -- Petunia Flower Senescence -- Genetic Recombination and Mapping in Petunia -- Impact of Retroelements in Shaping the Petunia Genome -- Identification and Exploitation of Petunia Transposable Elements: A Brief History -- Virus-Induced Gene Silencing for Functional Characterization of Genes in Petunia -- Transformation and Regeneration of Petunia -- Petunia Biotechnology.
In 1984, when the first edition of this monograph was published, Petunia was well-positioned as a classical model system to contribute significantly to the coming explosion in plant molecular biology. Its strength was fostered by years of physiological, biochemical, genetic and cytogenetic research- the contributions of early workers who saw the value and promise of this horticulturally significant representative of the Solanaceae. The present edition encapsulates the state of Petunia-based research a quarter of a century later. It paints a rich portrait of progress, particularly but not exclusively in evolutionary and developmental biology. The wealth of knowledge presented here, and the continued promise of Petunia as a research system, both follow from a combination of that solid early work, the amenability of Petunia to molecular analysis, and the dedication and collegiality of the Petunia research community. All are richly documented in this work. Tom Gerats completed his Ph.D. on Petunia flavonoids and transposons at the University of Amsterdam (1984). He then joined the Genetics Department of the Free University (also in Amsterdam) where a group was formed, headed by Ed Veltkamp, later Jos Mol, to work on the molecular aspects of flavonoid genes. Tom moved to Marc van Montagu’s group in Ghent (Belgium) in 1990, where he continued to work on Petunia as a main system. In 2001 he obtained a chair in Plant Genetics at the Radboud University, Nijmegen. Starting with his work as an undergraduate, he has aimed throughout his career to enhance Petunia’s status as a model system for comparative research. Judy Strommer received B.S. and M.S. degrees from the University of Chicago and a Ph.D. in Molecular Biology from UCLA. She lives with her family in Guelph, Ontario, where she is a Professor of Plant Agriculture at the University of Guelph. She was introduced to Petunia research by Tom Gerats at a meeting of the Genetics Society of America more than 20 years ago. Current research in her laboratory involves analysis of the regulation of anthocyanin production in grape and development of feed-based vaccines, but she remains a devoted fan of Petunia and the research it has inspired.
Plant science.
Botany.
Plant genetics.
Plant physiology.
Plant pathology.
Plant Sciences.
Plant Genetics and Genomics.
Plant Physiology.
Plant Pathology.