Terminology on Plant Physiology - Singh, B Gopal; Kumari, Aruna
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Since the science of plant physiology has been changing rapidly and specialists continue to probe their field in-depth, much of the modern biological science is intimately intertwined with the rest of the science. The profound impact of Molecular Genetics is clearly evident in plant physiology as well as the whole of biology. The book "Terminology on plant physiology" takes into account the vast increase in physiological knowledge and the evolution of fundamental concepts that are uniquely associated with plant physiology. To help students understand the scientific approach and develop an…mehr

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Produktbeschreibung
Since the science of plant physiology has been changing rapidly and specialists continue to probe their field in-depth, much of the modern biological science is intimately intertwined with the rest of the science. The profound impact of Molecular Genetics is clearly evident in plant physiology as well as the whole of biology. The book "Terminology on plant physiology" takes into account the vast increase in physiological knowledge and the evolution of fundamental concepts that are uniquely associated with plant physiology. To help students understand the scientific approach and develop an attitude of critical understanding, some of the fundamental laboratory terms are included.
Autorenporträt
B. Gopal Singh, Associate Dean and Professor of Plant Physiology, Agricultural college, ANGRAU, Aswaraopet, has taught Crop Physiology, Environmental Physiology, Seed Physiology, Herbicide Physiology to Under graduate and Post graduate students. He guided 29 M.Sc and 6 Ph.D students. He acted as member in several Research Advisory Committees. He has undergone higher training abroad under AHRD Programme of ANGR Agricultural University from January to April, 1999. Singh involved in analysis of transgenic tobacco plants carrying the genes involved in sulfur metabolism. He demonstrated that the plants carrying glutamine synthetase (GS) and sulfur metabolism (HAL 2) genes are able to produce high levels of glutathione and reduce lipid peroxidation induced due to oxidative stress. This is a significant finding and help in development of vigorous plants resistant to oxidative stress