500 Pages
by
Narosa
Essential for students of both undergraduate and postgraduate classes, Modern Plant Physiology addresses new developments in tissue culture, stress physiology, and secondary metabolities. This detailed and comprehensive handbook, written by a renowned figure in botanical education, focuses on many essential concepts, including: the metabolisms of nitrogen, amino acids, protein, fat, and nucleic acid; photosynthesis; photorespiration; hormones; senescence, aging and abscission; photoperiodism; and the physiology of flowering. The text offers tabulated differences between allied processes such as Fluorescence and Phosphorescence, thus providing a clear conception and better understanding of the subject matter.
Cell and Cell Organelles;
Forms of Solutions;
Behavior of Cells Towards Water;
Absorption of Water;
Translocation of Solutes;
Transpiration, Guttation, Exudation;
Mineral Nutrition;
Photosynthesis;
Photorespiration;
Carbohydrates;
Special Modes of Nutrition in Plants;
Enzymes;
Nitrogen Metabolism;
Amino Acids Metabolism;
Protein Metabolism;
Nucleic Acid Metabolism;
Fat Metabolism;
Respiration;
Growth Development and Organogenesis;
Hormones;
Physiology of Flowering;
Photoperiodism;
Senescence, Aging and Abscission;
Movements in Plants;
Dormancy of Seeds;
Stress Physiology;
Secondary Plant Metabolities;
Tissue Culture
Forms of Solutions;
Behavior of Cells Towards Water;
Absorption of Water;
Translocation of Solutes;
Transpiration, Guttation, Exudation;
Mineral Nutrition;
Photosynthesis;
Photorespiration;
Carbohydrates;
Special Modes of Nutrition in Plants;
Enzymes;
Nitrogen Metabolism;
Amino Acids Metabolism;
Protein Metabolism;
Nucleic Acid Metabolism;
Fat Metabolism;
Respiration;
Growth Development and Organogenesis;
Hormones;
Physiology of Flowering;
Photoperiodism;
Senescence, Aging and Abscission;
Movements in Plants;
Dormancy of Seeds;
Stress Physiology;
Secondary Plant Metabolities;
Tissue Culture
Biography
R. K. Sinha