1042 



ADVENTURES IN RADIOISOTOPE RESEARCH 



content of blood plasma 639 — 649 

 conveyance from organs into plasma 



644-649 

 cytochrome b, effect of irradiation 



of guinea-pigs 626 — 628 

 embryonal turnover 655 — 662 

 metalDolism, 



adrenaline injection effect 615 — 

 618, 621, 622 



in cancerovis mice 605 — 607 



in women 609 



studies of 605 — 662 

 plasma protein, combination with 



640-649 

 Irradiated organism, attempts to find 

 products blocking nucleic acid for- 

 mation 758 — 760 

 Irradiation, 



effect on rehalation of carbon dioxide 



825 — 827 



hemin formation 624 — 633 



suckling rats 813 — 820 



unicellular organisms 856, 857 

 Isotope concept 75 — 78 

 Isotope, 



artificially radioactive 939 — 941 

 dilution in measuring lead content of 



rocks 46 

 elements chemical replacement of 



78-87 

 indicators, in haematology 639 — 650 



rate of formation 947, 948 



some applications of 928 — 960 

 reaction path 950 — 952 

 separation 19 — 21 

 Isotopic, 



elements, problems of 75 — 88 

 ions, effect on dissolution velocity 



93 

 methodology, history of 997—1037 



Jensen sarcoma of rat, 



enzyme activity in 718, 719 

 formation of acid-soluble phosphorus 



compovmds 717 

 growth and renewal 710 — 717 

 irradiation of 698, 758 — 760 

 nucleic acid phosj^horus content 686, 



696-700 

 specific activity of inorganic phos- 

 phorus 685 

 turnover of ribosenucleic acid 680 — 



687 

 X-rays effect, on formation rate of 



nucleic acid 692 — 719 

 X-rays indirect effects 744—757 



K 



Kamen, Martin 27 

 Kidney, 



phosphatides 357, 358 



phosphorous secretion from 542 — 552 

 Krogh, August 29 



Lanthanum 49, 58 

 Lawrence, Ernest 27 

 Lead, 



absorption and translocation by 



plants 876 — 883 

 acetate, intermolecular exchange 103 

 assimilation and transpiration cur- 

 rent 881 

 atom exchange between solid and 



liquid phases 97—102, 109 

 chloride, in diffusion experiments 

 129, 133-135 



intermolecular exchange 105, 107, 

 109 

 chromate solubility of 33 — 35 

 circulation in the body 146 — 148 

 content of rocks 43 — 45 

 diffusion rates in 119, 120, 123, 125, 



133-135 

 formate, intermolecular exchange 105 

 iodide, diffusion of lead ions 136—139 

 ions, diffusion in lead chloride 133 — 

 135 



diffusion in lead iodide 136, 137 

 displacement in plant root 880 

 isotope (RaD) 82-84, 112, 113 

 isotope (ThB) 91, 95, 112, 118, 120 

 lattice, heat of relaxation of 116— 121 

 mode of combination in roots 879, 880 

 nitrate, intermolecular exchange, 105 



107 

 solid, gold diffusion in 111 

 solid, self-diffusion in 110—113 

 sulphide, solubility of 31, 32 

 tetraphenyl, intermolecular exchange 



107 

 toxicity of 881, 882 

 Leaves of siuiflower, nitrogen atom 



exchange 95 — 909 

 Lecithin, 



cat, turnover experiments 340 

 frog, turnover experiments 339 

 laying hen, turnover experiments 339 

 rabbit experiments 331 — 336, 343 

 rat experiments 338 

 tm-nover of 309-345 

 weight of newly formed 251 — 254, 

 358 

 Lecithinaemia, following the adminis- 

 tration of fat 255 — 257 

 Levi, Hilde 25 

 Liver, 



acetate carbon incorporation in tis- 

 sues 410, 420, 421 

 embryonal iron turnover in rabbits 



657-661 

 fatty acids, turnover rate 403 — 407 

 haemoglobin present in nuclear frac- 

 tion of 634-638 

 nuclei, effect of intrusion of phospho- 

 rus 766-768 

 perfusion experiments, 

 phosphatides formation 258 — 261 

 phosphorus content in frog 400 



