Plant Physiology; Molecular, Biochemical, and Physiological Fundamentals of Metabolism and Development |
Contents
CONTROL OF CHARACTER FORMATION | 1 |
B Direct Evidence for the Role of the Nucleic Acids as Carriers | 7 |
PHOTOSYNTHESIS | 35 |
Copyright | |
24 other sections not shown
Other editions - View all
Plant Physiology: Molecular, Biochemical, and Physiological Fundamentals of ... D. Hess Limited preview - 2012 |
Plant Physiology: Molecular, Biochemical, and Physiological Fundamentals of ... D. Hess No preview available - 1975 |
Common terms and phrases
abscisic acid acetyl CoA acid cycle alkaloids amino acids anthocyanin atoms biosynthesis callus carbohydrates cell division cell elongation cell wall cell-free system chain chlorophyll chromosomes cinnamic acids coleoptile converted cotyledons coumarins cytokinins degradation differentiation electron embryo endosperm enzyme example experiments fatty acids flavan derivatives flower formation flowering hormone function gene activity genetic material germination gibberellic acid gibberellins glucose glycosides H OH H higher plants histones hydroxyl important inhibition inhibitors leaf light long day plants longitudinal growth malate membrane meristem metabolism molecule mRNA NAD+ nucleic acids nucleotide occur OH OH oxidation pathway pentose phenols phloem phosphate photosynthesis phytochrome phytohormones pigment polypeptide processes protein purine pyrophosphate Pyruvate reaction regulation ribosomes ring root seedlings seeds shikimic acid shoot short day plants sieve tubes species structure substances substrate sucrose sugar synthesis temperature terpenoids tion tissue transcription transport tRNA vernalization xylem