SUBJECT INDEX 



993 



gibberellin Aj, 765 



gibberellin B, 765 



gibberellin control on growth of plants, 780 



gibberic acid, 765 



Ginkgo, 753, 812 



globin, 528 



a-, P" and y- globulines and albumen in 



blastocyst fluid, 720 

 glucocorticoids inhibiting normal 



lymphopoiesis, 842 

 glucocorticosteroids, 219 

 L-gluconate, 10, 11 

 gluconeogenesis, 42 

 gluconokinase, 276 

 gluconolactone, 1 1 

 D-glucorono-y-lactone, 10 

 glucosamine, 618 



— inhibiting cell-migrations, 626 



— , synthesis of the — moiety of hyaluronic 



acid, 87 

 — , transfer of amide group of glutamine 



in — synthesis, 87 

 glucosamine-6-phosphate, 85 



— synthesis, 83 



D-glucosamine inhibitor, of mucolyse, 618 



, of regeneration, 6ig 



glucose, 618 



— breakdown inhibition by oxidative 

 cellular processes, 32 



— catabolism, 3 



— degradation via the 

 phosphogluconate pathway, 52 



6-P-dehydrogenase, 15 



— metabolism, direct oxidative pathway, 



— oxidation, Embden-Meyerhof pathway, 



49 

 , phosphogluconate pathway, 49 



— as principal source of energy for the 

 cells, 555 



6-phosphatase activity in tumors, 891 



— -6-phosphate, 4, 5 



activity in hepatoma, 891 



■ dehydrogenase activity in thymus cell 



nuclei, 25 

 glucozymase, 275 

 glucuronidase, 596 

 glutamate, tumor inability to synthesize — , 



899 . 

 glutamic acid, 78 



in amphibian morula, 348 



, anaerobic disappearance, 84 



as cofactor of traumatic acid, 772 



, conversion of to proline, 79 



preventing initial K-loss in regener- 

 ation, 621 



L-glutamic acid, HeLa cell growth response 



to and L-glutamine, 901 



D-glutamic acid in tumor proteins, 901 

 glutamic dehydrogenase, 78, 82 

 glutamine, 506, 728 



— as amino donor in conversion of uridine 

 nucleotides to cytidine nucleotides by 

 rat tumor enzymes, 123 



— as amino donor in transamination 

 reactions, 85 



— metabolizing by Yoshida sarcoma, goi 



— pool in growing tumor tissues, 54 



— synthesis inhibition by methionine 

 sulfoxide, 87 



— synthetase, 82 



— as transaminating agent, 82 



— , transfer of the amide group of — , 85 

 glutaminic acid in amphibian gastrula, 348 

 glutamohydroxamate, 83 

 glutamotransferase, 506, 728 

 glutamylcysteine, 47 

 glutamyl transfer reaction with 



hydroxylamine, 83 

 a-L-glutamyl-glutamic acid, 897 

 y-glutamyl hydrazide as antimitotic agent, 



930 

 glutathione, 728 



— reductase, 25 



— as respiratory catalyst, 25 



— synthesis from glutamylcysteine and 

 glycine, 46 



glyceraldehyde-3-P, 5 

 glyceraldehyde-P-dehydrogenase, 1 6 

 glyceraldehyde phosphate, 4, 1 1 

 dehydrogenase reaction, mechanism, 



27 

 , oxidation of to 3-phosphogly- 



ceric acid, 27 

 D-glycerate as precursor of serine, 61 

 ^(-glyceric acid, 1 1 

 glycerolphosphorylethanolamine in tissue 



extracts, 54 

 glycineamide ribotide (GAR), 908, 917 

 glycine, biosynthesis, 58, 60 

 — , formation of — from pentose, 61 



— incorporated into reticulocytes RNA, 

 296 



— interconversion, 58 



— labelled with isN, 148 



— in lymphosarcoma, 896 



— , ribulose phosphate as precursor of, 62 



— pool in tumor tissue, 54 



— synthesis in lymphosarcomas, 900 

 — , tracer, 501 

 glycolaldehyde, active, 48 



— donor, active, 62 



