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Petunia
Petunia belongs to the family of the Solanaceae and as such is closely related to important crop species like tomato, potato, eggplant, pepper and tobacco. With around 35 species described it is one of the smaller genera and among those there are two groups of species that make up the majority of them: the purple flowered P.integrifolia group and the white flowered P.axillaris group. It is assumed that interspecific hybrids between members of these two groups have laid the foundation for the huge variation in cultivars as selected from the 1830’s onwards. Petunia thus has been a commercially important ornamental since the early days of horticulture. Despite that, Petunia was in use as a re...
Achieving sustainable cultivation of ornamental plants
Strong focus on environmental physiology, abiotic stress and breeding more abiotic stress-resistant varieties Reviews range of advanced marker-assisted breeding techniques, including gene editing Discusses key advances in the value chain to improve resource use for more sustainable production
Dramatics
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Progress in Nucleic Acid Research and Molecular Biology
Progress in Nucleic Acid Research and Molecular Biology
Protein Interactions
Protein interactions, which include interactions between proteins and other biomolecules, are essential to all aspects of biological processes, such as cell growth, differentiation, and apoptosis. Therefore, investigation and modulation of protein interactions are of significance as it not only reveals the mechanism governing cellular activity, but also leads to potential agents for the treatment of various diseases. The objective of this book is to highlight some of the latest approaches in the study of protein interactions, including modulation of protein interactions, development of analytical techniques, etc. Collectively they demonstrate the importance and the possibility for the further investigation and modulation of protein interactions as technology is evolving.
Plant Responses to the Environment
Plant Responses to the Environment covers the fundamental mechanisms of plant responses to biotic and abiotic environmental stimuli. By combining established disciplines like physiology and genetics with new approaches stemming from molecular biology and biophysics, a new synthesis is achieved. For example, this book deals with the effects of microgravity on plant development, and it provides an extensive analysis of plant perception and response to low oxygen and high ozone. New techniques such as those used for gene transfer using the biolistic gene gun approach in soybeans are described. Other topics considered include systemic acquired resistance (SAR) in plants and recent advances in understanding how legume roots perceive bacterial lipooligosaccharide signals. A glossary, subject index, and author index are also provided. Plant Responses to the Environment will be a valuable reference for plant physiologists, ecophysiologists, agronomists, plant molecular biologists, experimental botanists, and other researchers interested in the topic.
Eucaryotic Gene Regulation
Eukaryotic Gene Regulation covers the aspects and mechanisms of gene regulation of selected eukaryotes, such as yeast, Drosophila, and insect. This book is organized into eight parts, encompassing 52 chapters. The majority of the chapters are presented in an experimental manner containing an abstract, methods, results and discussion, and conclusion. This book first gives a short overview of the evolutionary role of interspersion in eukaryotic genes. It then presents considerable chapters on control of gene expression in yeast; gene mutation and isolation; structure and function; and analysis. Part III focuses on genetic and DNA sequence analysis in Drosophila. It includes discussions on alle...
