The Molecular Biology of Plant Cells, Volume 14

amino acid auxin bean binding Biochem carbon cell wall cellular cellulose chain chlorophyll chloroplast chloroplast DNA chromosomes complex components concentration contain culture cycle cytochrome cytokinin cytoplasm dehydrogenase density effect electron elongation enzyme ethylene etioplasts eukaryotic evidence far-red fatty acids formation fraction function genes genome gibberellins glycollate glyoxyllate glyoxysomes Golgi bodies gradient growth higher plants hormone increase inhibition inhibitor initiation inner membrane involved irradiation isolated labelled lipid malate mechanism medium metabolism microbodies microfibrils microtubules mitochondria molecular weight molecules mRNA NADH nuclear DNA nucleic acid nucleus occur organelles oxidase oxidation particles pathway peroxisomes phosphate phosphatidyl phospholipid phosphorylation photorespiration photosynthetic phytochrome plant cells plant mitochondria Plant Physiol plasmalemma plastids polysaccharide potential precursor protein synthesis protoplasts radioactivity reaction response ribosomes RNA polymerase rRNA seedlings sequences shown specific structure studies substrate subunit succinate sucrose synthetase thylakoid membrane tissue transport tRNA vesicles vitro