The significance of phosphoric esters in metabolism / by Robert Robinson.

  • Robison, Robert, 1883-1941.
Date:
1932
Catalogue details

Licence: In copyright

Credit: The significance of phosphoric esters in metabolism / by Robert Robinson. Source: Wellcome Collection.

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    Adenylic acid, 6, 35, 68. Adenylpyrophosphate, 35. Alcoholic fermentation by yeast juice: 7; effect of arsenate on, 11; effect of phosphate on, 8; equations of, 10, 22, 32; ratio of carbon dioxide to esteri- fied phosphate in, 9, 20, 23. Arginine-phosphoric acid, 33. Blood: calcium and inorganic phos- phate in, 48, 50; magnesium in, 50; phosphatases in, 70; phosphoric esters in, 51, 66; rachitic, phosphoric esters in, 71. Bone: composition of, 42; development in vitro of, 90, 93; formation of, 40; plasma phosphatase in diseases of, 71. Bone-phosphatase: hydrolysis of phos- phoric esters of blood by, 66; prepa- ration and properties of, 57, 61; synthesis of phosphoric esters by, 63; use as a biochemical reagent, 15-19, 62. Bone salts: chemical nature of, 42; deposition in vitro of, 49, 74; physico- chemical relationships of blood and tissue fluids to, 46. Bones of rachitic animals: calcification in vitro of, 74; variable response of, towards calcifying solutions, 80, 83. Calcification of cartilage and bone: 40; theories of, 54; two mechanisms of, 65, 76, 86. Calcification in vitro: 74; effect of cell poisons on, 76, 86; of glucose on, 88; of organic solvents on, 84; of phos- phoric esters on, 74, 77; of protein on, 76, 88; of various ions on, 80. Cartilage: development in vitro of, 89, 92; hypertrophic, secretion of phos- phatase by, 60, 75, 90; hypertrophic, two calcifying mechanisms in, 65, 76, 86. Cerebrospinal fluid, calcium in, 51. Co-enzyme of muscle, 35. Co-zymase, 8, 35. Creatine-phosphoric acid, 33. Diphospho-laevo-glyceric acid, 69. Fructosemonophosphate, 13. Glucosemonophosphate, 13. Hexokinase, 31. Hexosediphosphate, action of B. delbriicki on, 19. Hexosephosphoric esters: formed in alcoholic fermentation, 10, 12; con- stitution of, 15; methylated deriva- tives of, 16; obtained from muscle juice, 29, 33; occurrence of, in blood, 69. Kephalin, 3. Lactic acid: formation and phosphate esterification in muscle, 29; equations of, 32. Lecithin, 3. Lysolipins, 5. Mannosemonophosphate, 15. Muscle, lactic acid enzyme complex of, 30. Nucleic acid, 5. Nucleotides, 6, 35, 68. Ossification, heterotopic, phosphatase synthesis in, 94. Osteoblasts, secretion of phosphatase by, 60, 75, 93.