Experimental pharmacogenetics : physiopathology of heredity and pharmacologic responses / [Hans Meier].

  • Hans Meier
Date:
1963
Catalogue details

Licence: Attribution-NonCommercial 4.0 International (CC BY-NC 4.0)

Credit: Experimental pharmacogenetics : physiopathology of heredity and pharmacologic responses / [Hans Meier]. Source: Wellcome Collection.

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    Subject Index 207 Difenesemic acid, hypocholesterolemic ef¬ fects in suckling rats, 90 Differences between inbred strains of mice, 19, 21 Digitalis alkaloids, inhibition of Na-K ATPase by, 115 Dilantin, ineffectiveness in spastic mice, 62 Dilute mice, inhibition of phenylalanine hy¬ droxylase in, 44 influence of dilution on isoniazid-induced pulmonary tumors, 29, 30 Dimorphism, sexual, in mice, 20, 21 in adrenal lipid content, 20 Dominant hemimelia, hereditary absence of spleen in mice, 74, 75 Drug metabolism, factors influencing, 5-9 inhibitors in baby rabbits, 7 Dwarf mutants, similarity of rat and mouse dwarf mutants, 127, 128 non-homology of cattle and mouse, 126 Dystrophy, muscular, in mice, 62-66 acetoacetate accumulation, 64, 65 AMPase, increase in activity of, 64 comparative pathological studies, 62 inability to utilize ll-f/j-retinene, 76 intracellular hydrogen transport, 65 primary gene effects and metabolic de¬ rangements, 64 pyruvate, defective utilization of, 64, 65 renal glycine transamidinase elevation, 64 retinal, inheritance of, in mice, 75-77 urinary calculi formation, 74 E Endocrine variation and function, 20, 21, 24-28 Enzymes, alcohol dehydrogenase, 19, 84 Na-K ATPase, 115 atropinesterase, 112 carbonic anhydrase, 115, 132, 133 catalase, 117, 118 catechol-O-methyltransferase, 37, 137 catheptic, 7 Cholinesterase, 58, 85-87, 167 cocaine-esterase, 112, 113 dihydrophenylalanine decarboxylase, 45 esterase, 57 glucose-6-phosphatase, 39, 166 ß-glucuronidase, 9 glucuronyl transferase, 93 glutamic acid dehydrogenase, 45 glycine transamidinase, 64 hexokinase, 39 histidine decarboxylase, 20 17-a-hydroxylase, 4l C-11 and C-12 hydroxylase, 54 /i-hydroxyphenylpyruvate oxidase, 6 5-hydroxytryptophan decarboxylase, 46 insulinase, 27 lactic dehydrogenase, 87 monoamine oxidase, 84, 85 phenylalanine hydroxylase, 44, 166 phosphatase, alkaline, 57 Phosphorylase, 4l A®-reductase, 53 succinoxidase, 6, 7 tyrosinase, 44, 166 tyrosine transaminase, 6 tryptophan pyrrolase, 166 Enzyme concentration, senescent changes in rats, 7 catheptic activity, increase in rats, 7 succinoxidase, decrease in liver and adrenal cortex of rats, 7 Enzyme inhibitors, in drug metabolism of baby rabbits, 7 acetazolamide (carbonic anhydrase), 115 digitalis alkaloids (Na-K ATPase), 115 glucosaccharo-14-lactose ( ß-glucuroni¬ dase), 9 guercetin and pyrogallol (catechol-0- methyltransferase), 37, 137 NSD1034 [N- ( m-hydroxybenzyl ) -N-meth- ylhydrazine] and a-methyl-w-tyrosine, 47 phenylacetic and phenylpyruvic acid (de¬ carboxylases), 45, 46 «г-tyrosine, 47 Epilepsy, in rabbits, see Audiogenic seizures Epinephrine, relation to adrenal cortical function, 26 Estrogen, induction of malignant renal tu¬ mors in male golden hamsters, 96, 97 influence on hairless mice, 51, 52 Estrus, anti-estrus action in mice of chlor- promazine, meprobamate, nidroxyzone,