Focus On Plant Molecular Biology-1 Nitric Oxide Signaling In Higher Plants
by Jose R. Magalhaes
2020-07-22 11:24:46
Focus On Plant Molecular Biology-1 Nitric Oxide Signaling In Higher Plants
by Jose R. Magalhaes
2020-07-22 11:24:46
This book is a summary of the most recent discoveries in the field of No biology, biochemistry, and signaling in plants. The book will further fuel the interest in the rapidly expanding field of nitric oxide biology and encourage better understanding...
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This book is a summary of the most recent discoveries in the field of No biology, biochemistry, and signaling in plants. The book will further fuel the interest in the rapidly expanding field of nitric oxide biology and encourage better understanding of the role of NO in plant biology. Fop creating a consistent and beautiful “NO world” in science, it seems obvious that we need to be open to incorporating and integrating comprehensive knowledge just like plants did in evolution. The contents have been carefully organized in a planned sequence to give a detailed insight of the subject to beginners as well as to the experts. These chapters critically evaluate the state of art, the current starts and future prospects of the knowledge in NO research which are very useful for the scientists, academicians researchers, students, planners and industrialists etc. working in the area of biotechnology, plant agriculture, horticulture, agronomy, plant physiology, molecular biology, plant pathology and forestry. The book reveals the updated knowledge on the NO relations to plants which includes a historical perspective, recent discoveries and future directions at one place to focus for the creating worthful knowledge for the human beings. The reader will immediately recognize that each chapter in this volume has been written by a world outstanding expert in NO research. A special effort has been made to concentrate on new findings in the nitric oxide field. It is through this vision that new leads will develop to more complete understanding of the cell and molecular biology of nitric oxide.
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