Matches in SemOpenAlex for { <https://semopenalex.org/work/W2038020165> ?p ?o ?g. }
- W2038020165 endingPage "194" @default.
- W2038020165 startingPage "166" @default.
- W2038020165 abstract "CancerVolume 5, Issue 1 p. 166-194 ReviewFree Access Radioautography in cancer Patrick J. Fitzgerald M.D., Patrick J. Fitzgerald M.D. Pathology Laboratories, and the Division of Physics, Sloan-Kettering Institute, Memorial Center for Cancer and Allied Diseases, New York, New YorkSearch for more papers by this author Patrick J. Fitzgerald M.D., Patrick J. Fitzgerald M.D. Pathology Laboratories, and the Division of Physics, Sloan-Kettering Institute, Memorial Center for Cancer and Allied Diseases, New York, New YorkSearch for more papers by this author First published: January 1952 https://doi.org/10.1002/1097-0142(195201)5:1<166::AID-CNCR2820050124>3.0.CO;2-QCitations: 12AboutPDF ToolsRequest permissionExport citationAdd to favoritesTrack citation ShareShare Give accessShare full text accessShare full-text accessPlease review our Terms and Conditions of Use and check box below to share full-text version of article.I have read and accept the Wiley Online Library Terms and Conditions of UseShareable LinkUse the link below to share a full-text version of this article with your friends and colleagues. Learn more.Copy URL References 1 Abercrombie, M., and Causey, G.: Identification of transplanted tissues in chick embryos by marking with phosphorus-32. Nature, London 166: 229– 230, 1950. 2 Amler, M. H.: Radioactive phosphate permeability in dentin following the use of medicaments. J. Dent. Research 27: 635– 639, 1948. 3 Andresen, N.; Chapman-Andersen, C.; Holter, H.; Jensen, P. K., and Levi, H.: The distribution of food in amoeba cytoplasm studied by means of autoradiography. Exper. Cell Research 1: 139– 142, 1950. 4 Arnon, D. I.; Stout, P. R., and Sipos, F.: Radioactive phosphorus as an indicator of phosphorus absorption of tomato fruits at various stages of development. Am. J. Botany 27: 791– 798, 1940. 5 Ascenzi, A.; Boato, G., and Passalacqua, F.: Autoradiographic evidence for the occurrence of organic iodine in the anterior lobe of the pituitary gland. Nature, London 166: 1069– 1070, 1950. 6 Axelrod, D. J.: The Radioautographic Technique. United States Atomic Energy Commission Contract No. W-7405-eng-48A. [Oak Ridge, Tenn.] [n. d.] 7 Axelrod, D. J., and Hamilton, J. G.: Radio-autographic studies of the distribution of lewisite and mustard gas in skin and eye tissues. Am. J. Path. 23: 389– 411, 1947. 8 Baranov, V. I.; Zhdanov, A. P., and Deizenrot-Mysovskaya, M. Yu.: Application of the method of microradiography for the clarification of the character of distribution of radioactive elements in natural objects. Bull. Acad. sc. URSS, Classe sc. chim. [1944]: 20– 28, 1944. Cited by Yagoda, H.243 9 Bartelstone, H. J.; Mandel, I. D.; Oshry, E., and Seidlin, S. M.: Use of radioactive iodine as a tracer in the study of the physiology of teeth. Science 106: 132– 133, 1947. 10 Becquerel, H.: Sur les radiations émises par phosphorescence. Compt. rend. Acad. d. sc. 122: 420– 421, 1896. 11 Becquerel, H.: Sur les radiations invisibles émises par les corps phosphorescents. Compt. rend. Acad. d. sc. 122: 501– 503, 1896. 12 Behrens, B., and Baumann, A.: Zur Pharmakologie des Bleis. IX. Mitteilung. Weitere Untersuchungen über de Verteilung des Bleis mit Hilfe der Methode der Autohistoradiographie. Ztschr. f. d. ges. exper. Med. 92: 241– 250, 1933–34. 13 Behrens, B., and Baumann, A.: Zur Pharmakologie des Bleis. X. Mitteilung. Die Beziehung der Bleiablagerung zum Calciumstoffwechsel. Ztschr. f. d. ges. exper. Med. 92: 251– 264, 1933–34. 14 Bélanger, L.-F.: A method for routine detection of radio-phosphates and other radioactive compounds in tissues. The inverted autograph. Anat. Rec. 107: 149– 159, 1950. 15 Bélanger, L.-F.: The mechanism of tooth formation in the rat as revealed by P32 radioautographs. [Abstr.] Anat. Rec. 109: 268– 269, 1951. 16 Bélanger, L. F., and Leblond, C. P.: A method for locating radioactive elements in tissues by covering histological sections with a photographic emulsion. Endocrinology 39: 8– 13, 1946. 17 Bélanger, L. F., and Leblond, C. P.: Mineralization of the growing tooth as shown by radio-phosphorus autographs. Proc. Soc. Exper. Biol. & Med. 73: 390– 391, 1950. 18 Benjamin, J. A.; Neuman, W. F.; Thompson, H. E., and Waterhouse, C.: Radioactive phosphorus (P32) used to study phosphate exchange between urine in the renal pelvis and renal calculi containing phosphate. Science 111: 498– 499, 1950. 19 Berger, M.; Dargent, M.; Moret, R., and Guinet, P.: Radio-iode et tumeurs malignes du corps thyroïde. Acta, Union internat, contre cancer 1: In press. 20 Berggren, H.: The mineral metabolism in the dental hard tissues; tracer experiments in vivo with 32P and 24Na (preliminary report). Acta radiol. 27: 248– 256, 1946. 21 Bevelander, G., and Ambler, M.: Cited by Bartelstone, H. J.; Mandel, I. D.; Oshry, E., and Seidlin, S. M. 22 W. Bloom, Ed.: Histopathology of Irradiation from External and Internal Sources. (National Nuclear Energy Series, Manhattan Project Technical Section, Division IV–Plutonium Project Record, Vol. 22 I.) New York. McGraw-Hill Book Co., Inc. 1948. 23 Bloom, W.: Deposition of C14 in the metaphysis of long bones of young rats. [Abstr.] Anat. Rec. 103: 425, 1949. 24 Bloom, W.; Curtis, H. J., and McLean, F. C.: The deposition of C14 in bone. Science 105: 45, 1947. 25 Bourne, G. H.: Autoradiography of the thyroid gland. Nature, London 162: 495– 496, 1948. 26 Boyd, G. A.: Microscopic autoradiography as a tool in cancer research. Texas Rep. Biol. & Med. 8: 456– 467, 1950. 27 Boyd, G. A., and Board, F. A.: A preliminary report on histochemography. Science 110: 586– 588, 1949. 28 Boyd, G. A., and Levi, H.: Carbon 14 beta track autoradiography. Science 111: 58– 59, 1950. 29 Boyd, G. A.; Casarett, G. W., and Williams, A. I.: Making autoradiographs of individual blood cells. Stain Technol. 25: 13– 16, 1950. 30 Boyd, G. A.; Casarett, G. W.; Altman, K. I.; Noonan, T. R., and Salomon, K.: Autoradiographs of C14 incorporated in individual blood cells. Science 108: 529– 531, 1948. 31 Branson, H., and Hansborough, L. A.: The quantitative theory of autoradiography illustrated through experiments with P32 in the chick embryo. Science 108: 327– 328, 1948. 32 Branson, H.; Brooks, M., and Piper, P. F.: The order of utilization of phosphorus compounds in the egg by the chick embryo. Science 112: 357– 358, 1950. 33 Brush, M. K.; Boutwell, R. K.; Barton, A. D., and Heidelberger, C.: Destruction of amino acids during filter paper chromatography. Science 113: 4– 6, 1951. 34 Bulliard, H.; Grundland, I., and Moussa, A.: Détection du phosphore des phosphatides surrénaliens par le radio-phosphore. Compt. rend. Acad. d. sc. 207: 745– 747, 1938. 35 Campbell, D.: Track autoradiography with iron-59 and sulphur-35 with quantitative evaluation. Nature, London 167: 274– 275, 1951. 36 Carothers, E. L., and Hahn, P. F.: Cited by Leblond, C. P., and Gross, J.,152 p. 269. 37 Castle, W. B.; Drinker, K. R., and Drinker, C. K.: Necrosis of the jaw in workers employed in applying a luminous paint containing radium. J. Indust. Hyg. 7: 371– 382, 1925. 38 Chaiet, L.; Rosenblum, C., and Woodbury, D. T.: Biosynthesis of radioactive vitamin B12 containing cobalt60. Science 111: 601– 602, 1950. 39 Colfer, H. F., and Essex, H. E.: Radiopotassium autography of the rat's brain. Proc. Soc. Exper. Biol. & Med. 63: 243– 244, 1946. 40 Colwell, R. N.: The use of radioactive phosphorus in translocation studies. Am. J. Botany 29: 798– 807, 1942. 41 Copp, D. H.; Axelrod, D. J., and Hamilton, J. G.: The deposition of radioactive metals in bone as a potential health hazard. Am. J. Roentgenol. 58: 10– 16; disc. 30–32, 1947. 42 Couceiro, A.; Deposição do radiofósforo em tecidos osseo e dentério demonstrada pela técnica autográfica. Mem. Inst. Oswaldo Cruz 41: 541– 545, 1944. 43 Couceiro, A.; Vieira, L. G., and De Moraes, J.: Ação da tiouracila sobre a fixação de iodo pela tiróide. Rev. brasil. de biol. 4: 173– 184, 1944. 44 Craig, R.: Cited by Hevesy, G., p. 134. 45 Cristol, D. S.; Bothe, A. E., and Grotzinger, P. W.: Radioactivity and urinary-tract calculi. New England J. Med. 239: 427– 429, 1948. 46 Daels, F., and Biltris, R.: Essai de production de néoplasmes chez la poule par introduction de sources radio-actives. Bull. Assoc. franç, p. I'étude du cancer 26: 587– 601, 1937. 47 Daels, F.; Fajerman, H., and van Putte-van Hove, De: Wie sich beim Versuchstier eingespritztes lösliches Radium in den verschiedenen Körpergeweben verteilt. Strahlentherapie 63: 545– 555, 1938. 48 DeMeio, R. H., and Jetter, W. W.: Cited by DeMeio, R. H., and Henriques, F. C., Jr.: Tellurium. IV. Excretion and distribution in tissues studied with a radioactive isotope. J. Biol. Chem. 169: 609– 623, 1947. 49 Demers, P., and Fredette, V.: New autoradiographic method. [Abstr.] Bull. Am. Physical Soc. 22(3) : 20, 1947. 50 Dobyns, B. M., and Lennon, B.: A study of the histopathology and physiologic function of thyroid tumors, using radioactive iodine and radioautography. J. Clin. Endocrinol. 8: 732– 748, 1948. 51 Dobyns, B. M.; Skanse, B., and Maloof, F.: A method for the preoperative estimation of function in thyroid tumors: its significance in diagnosis and treatment. J. Clin. Endocrinol. 9: 1171– 1184, 1949. 52 Dols, M. J. L.; Jansen, B. C. P.; Sizoo, G. J., and van der Maas, G. J.: Distribution of phosphorus in the leg bones of chickens. Nature, London 142: 953– 954, 1938. 53 Dols, M. J. L.; Jansen, B. C. P.; Sizoo, G. J., and van der Maas, G. J.: Studies on phosphorus metabolism in normal and rachitic chickens with a radioactive phosphorus isotope. III. The distribution of the injected phosphorus in the organs, especially in the different parts of the leg bones. Proc. Kon. Nederl. Akad. v. Wetensch., Amsterdam 42: 499– 505, 1939. 54 Dudley, H. C., and Maddox, G. E.: Deposition of radio gallium (Ga72) in skeletal tissues. J. Pharmacol. & Exper. Therap. 96: 224– 227, 1949. 55 Dudley, H. C.; Imirie, G. W., Jr., and Istock, J. T.: Deposition of radiogallium (Ga72) in proliferating tissues. Radiology 55: 571– 578, 1950. 56 Dudley, R. A., and Dobyns, B. M.: The use of autoradiographs in the quantitative determination of radiation dosages from Ca45 in bone. Science 109: 327– 328; 342, 1949. 57 Duffy, B. J., Jr., and Fitzgerald, P. J.: Cancer of the thyroid in children: a report of 28 cases. J. Clin. Endocrinol. 10: 1296– 1308, 1950. 58 Duffy, B. J., Jr., and Fitzgerald, P. J.: Thyroid cancer in childhood and adolescence; a report on twenty-eight cases. Cancer 3: 1018– 1032, 1950. 59 Eidinoff, M. L.; Fitzgerald, P. J.; Simmel, E. B., and Knoll, J. E.: Intracellular localization of compounds labeled with tritium, H3, by radioautography. Proc. Soc. Exper. Biol. & Med. 77: 225– 229, 1951. 60 Eklundh-Ehrenberg, C.; v. Euler, H., and Hevesy, G.: Note on the number of pollen grains identified in the fruit of the aspen. Ark. f. kemi, mineral. o. geol. 23 B(5) : 1– 5, 1946–47. 61 Endicott, K. M., and Yagoda, H.: Microscopic historadiographic technic for locating and quantitating radioactive elements in tissues. Proc. Soc. Exper. Biol. & Med. 64: 170– 172, 1947. 62 Engstrom, A., and Fitzgerald, P. J.: The use of ultraviolet microscopy, x-ray absorption, and radioautography in neoplastic diseases; a discussion. In preparation. 63 Erbacher, O., and Wannenmacher, E.: Zur Frage von Stoffwechselvorgängen in den Zahnhartgeweben. Deutsche Zahn-, Mund- u. Kieferheilk. 8: 201– 221, 1941. 64 Evans, R. D.; Harris, R. S., and Bunker, J. W. M.: Radium metabolism in rats, and the production of osteogenic sarcoma by experimental radium poisoning. Am. J. Roentgenol. 52: 353– 373, 1944. 65 Evans, T. C.: Preparation of radioautographs of thyroid tumors for study at high magnification. Radiology 49: 206– 213, 1947. 66 Evans, T. C.: Selection of radioautographic technique for problems in biology. Nucleonics 2(3) : 52– 58, 1948. 67 Finch, C. A.; Hegsted, M.; Kinney, T. D.; Thomas, E. D.; Rath, C. E.; Haskins, D.; Finch, S., and Fluharty, R. G.: Iron metabolism; the pathophysiology of iron storage. Blood 5: 983– 1008, 1950. 68 Findlay, D., and Leblond, C. P.: Partial destruction of rat thyroid by large doses of radio-iodine. Am. J. Roentgenol. 59: 387– 395, 1948. 69 R. M. Fink, Ed.: Biological Studies with Polonium, Radium, and Plutonium. (National Nuclear Energy Series, Manhattan Project Technical Section, Division VI– Vol. 3.) New York, McGraw-Hill Book Co., Inc. 1950; pp. 35– 121. 70 Fink, R. M., and Fink, K.: Radiocarbon and filter-paper partition chromatography. Science 107: 253– 254, 1948. 71 Fink, R. M.; Dent, C. E., and Fink, K.: Application of filter paper partition chromatography to radioactive tracer studies. Nature, London 160: 801– 803, 1947. 72 Finkel, M. P.: The transmission of radio-strontium and plutonium from mother to offspring in laboratory animals. Physiol. Zoöl. 20: 405– 421, 1947. 73 Fitzgerald, P. J.: Histologic types of thvroid carcinoma and their respective abilities to store radioactive iodine131 as demonstrated by radioautograms. In Symposium on Radioiodine, Brookhaven National Laboratory, July 28–30, 1948. United States Atomic Energy Commission Unclassified Document AECU-51; BNL-C-5. Oak Ridge, Tenn. [n. d.]; pp. 91– 94. 74 Fitzgerald, P. J.: Unpublished observations. 75 Fitzgerald, P. J., and Burchenal, J. H.: Unpublished observations. 76 Fitzgerald, P. J., and Foote, F. W., Jr.: The function of various types of thyroid carcinoma as revealed by the radioautographic demonstration of radioactive iodine (I131). J. Clin. Endocrinol. 9: 1153– 1170, 1949. 77 Fitzgerald, P. J., and Hamilton, L.: Unpublished observations. 78 Fitzgerald, P. J., and Lee, R.: Unpublished observations. 79 Fitzgerald, P. J.; Foote, F. W., Jr., and Hill, R. F.: Concentration of I131 in thyroid cancer, shown by radioautography; a study of 100 consecutive cases showing the relation of histological structure to the function of thyroid carcinoma. Cancer 3: 86– 105, 1950. 80 Fitzgerald, P. J.; Nickson, J. J., and Seal, S. H.: Unpublished observations. 81 Fitzgerald, P. J.; Simmel, E. B., and Diamond, H. D.: Unpublished observations. 82 Fitzgerald, P. J.; Eidinoff, M. L.; Knoll, J. E., and Simmel, E. B.: Tritium in radioautography. Science 114: 494– 498, 1951. 83 Frantz, V. K.; Quimby, E. H., and Evans, T. C.: Radioactive iodine studies of functional thyroid carcinoma. Radiology 51: 532– 552, 1948. 84 Frantz, V. K.; Ball, R. P.; Keston, A. S., and Palmer, W. W.: Thyroid carcinoma with metastases: studied with radioactive iodine. Ann. Surg. 119: 668– 689, 1944. 85 Freed, J. H.; Pendergrass, E. P., and Raufer, H.: Use of autoradiographs to detect defects in radium needles and tubes and inequalities in the distribution of the radium. Radiology 56: 99– 103, 1951. 86 Friedell, H. L., and Storaasli, J. P.: The use of radioactive phosphorus in the treatment of carcinoma of the breast with widespread metastases to bone. Am. J. Roentgenol. 64: 559– 574; disc. 574–575, 1950. 87 Gennaro, J. F., Jr., and Dent, J. N.: A tracer study of the distribution of phosphorus (P32) in metamorphosing tadpoles (R. pipiens). [Abstr.] Anat. Rec. 109: 295, 1951. 88 Gettler, A. O., and Norris, C.: Poisoning from drinking radium water. J. A. M. A. 100: 400– 402, 1933. 89 Godwin, J. T.; Duffy, B. J., Jr.; Fitzgerald, P. J.; Trunnell, J. B., and Rawson, R. W.: Pathological effects and radioautographic localization of I131 in humans: postmortem study in nine patients. Cancer 4: 936– 951, 1951. 90 Gorbman, A.: Identity of an iodine-storing tissue in an ascidian. Science 94: 192, 1941. 91 Gorbman, A.: Functional and morphological properties in the thyroid gland, ultimobranchial body, and persisting ductus pharyngiobranchialis IV of an adult mouse. Anat. Rec. 98: 93– 101, 1947. 92 Gorbman, A.: Radioautography in biological research. Nucleonics 2(6) : 30– 43, 1948. 93 Gorbman, A., and Creaser, C. W.: Accumulation of radio-active iodine by the endostyle of larval lampreys and the problem of homology of the thyroid. J. Exper. Zool. 89: 391– 405, 1942. 94 Gorbman, A., and Evan, H. M.: Correlation of histological differentiation with beginning of function of developing thyroid gland of frog. Proc. Soc. Exper. Biol. & Med. 47: 103– 106, 1941. 95 Gorbman, A., and Evans, H. M.: Beginning of function in the thyroid of the fetal rat. Endocrinology 32: 113– 115, 1943. 96 Gorbman, A., and Gordon, M.: Spontaneous thyroidal tumors in the swordtail Xiphophorus montezumae. Cancer Research 11: 184– 187, 1951. 97 Grad, B.; Stevens, C. E., and Leblond, C. P.: The localization of radio-phosphorus in soft tissues with resulting destruction. Acta, Union internat, contre cancer 7: In press. 98 Greenberg, D. M.: Tracer studies on the metabolism of mineral elements with radioactive isotopes. In A Symposium on the Use of Isotopes in Biology and Medicine. [Addresses Delivered at an Institute Held at the University of Wisconsin from September 10 to September 13, 1947.] Madison, University of Wisconsin Press. 1948; pp. 261– 291. 99 Griffith, H. D.: Some defects in radium needles –their detection and some consequences. Brit. J. Radiol. 9: 404– 411, 1936. 100 Gross, J., and Leblond, C. P.: Histological localization of radioactive elements; a review. McGill M. J. 15: 399– 438, 1946; Also in Canad. M. A. J. 57: 102– 122, 1947. 101 Gross, J.; Bogoroch, R.; Nadler, N. J., and Leblond, C. P.: The theory and methods of the radioautographic localization of radioelements in tissues. Am. J. Roentgenol. 65: 420– 458, 1951. 102 Gross, J.; Leblond, C. P.; Franklin, A. E., and Quastel, J. H.: Presence of iodinated amino acids in unhydrolyzed thyroid and plasma. Science 111: 605– 608, 1950. 103 Grosse, A. V., and Snyder, J. C.: Radiographs with C14. Science 105: 240– 241, 1947. 104 Groven, C.; Govaerts, J., and Guében, G.: Photographic action of artificial radio-elements. Nature, London 141: 916– 917, 1938. 105 P. F. Hahn, Ed.: A Manual of Artificial Radioisotope Therapy. New York, Academic Press Inc. 1951. 106 Hahn, P. F.: Radioactive colloids in the treatment of lymphoid-macrophage diseases. In Hahn, P. F.,Ed.,105 Chap. VIII, pp. 139– 185. 107 Hahn, P. F.: Tumor therapy by direct infiltration of radioactive colloidal metallic gold. In Hahn, P. F., Ed.,105 Chap. IX, pp. 186– 206. 108 Hamilton, J. G.: The use of radioactive tracers in biology and medicine. Radiology 39: 541– 572, 1942. 109 Hamilton, J. G.: The metabolic properties of the fission products and actinide elements. Rev. Mod. Physics 20: 718– 728, 1948. 110 Hamilton, J. G.; Soley, M. H., and Eichorn, K. B.: Deposition of radioactive iodine in human thyroid tissue. Univ. California Publ., Pharmacol. 1(28) : 339– 367, 1940. 111 Hamilton, J. G.; Soley, M. H.; Reilly, W. A., and Eichorn, K. B.: Radioactive iodine studies in childhood hypothyroidism. Am. J. Dis. Child. 66: 495– 502, 1943. 112 Hamilton, L., and Fitzgerald, P. J.: Unpublished observations. 113 Hammer, J. M.; Pearson, I. A.; Corrigan, K. E.; Hayden, H. S., and Mallmann, W. L.: Use of radioactive isotopes in study of fungi and bacteria. Am. J. Clin. Path. 20: 282– 286, 1950. 114 Harris, J. E.; Sloane, J. F., and King, D. T.: New techniques in autoradiography. Nature, London 166; 25– 26, 1950. 115 Harris, S. J.: An Improved Technique for Radioautographing of Dusts. United States Atomic Energy Commission Unclassified Document AECU- 1083. Oak Ridge, Tenn. [n. d.]; Abstr. in Nuclear Sc. Abstr. 5: 152, 1951. 116 Harrison, B. F.; Thomas, M. D., and Hill, G. R.: Radioautographs showing the distribution of sulphur in wheat. Plant Physiol. 19: 245– 257, 1944. 117 Hassett, C. C.: Radiophosphorus in mosquitoes. [Abstr.] Federation Proc. 9: 58, 1950. 118 Hayes, F. R., and Coffin, C. C.: Radioactive phosphorus and exchange of lake nutrients. Endeavour 10: 78– 81, 1951. 119 Heller, D. A., and Hamilton, J. G.: The radioautographic technique. In R. McC. Jones, Ed.: McClung's Handbook of Microscopical Technique, for Workers in Animal and Plant Tissues, by Thirty-Five Authors, 3d ed. New York, Paul B. Hoeber, Inc. 1950; pp. 696– 714. 120 Hertz, S., and Rooney, J. S.: Metabolic alterations in radioactive isotope concentration by malignant tissues induced by hormone pretreatment. [Abstr.] Federation Proc. 9: 334, 1950. 121 Hertz, S.; Roberts, A., and Evans, R. D.: Radioactive iodine as an indicator in the study of thyroid physiology. Proc. Soc. Exper. Biol. & Med. 38: 510– 513, 1938. 122 Hevesy, G.: Radioactive Indicators; Their Application in Biochemistry, Animal Physiology, and Pathology. New York, Interscience Publishers, Inc. 1948. 123 Hoecker, F. E., and Roofe, P. G.: Structural differences in bone matrix associated with metabolized radium. Radiology 52: 856– 864; disc. 864–865, 1949. 124 Hoecker, F. E., and Roofe, P. G.: Studies of radium in human bone. Radiology 56: 89– 98, 1951. 125 v. Hove: Über die Strahlungsfähigkeit des Blutes und anderer Gewebe nach Radiumeinspritzungen. Strahlentherapie 61: 300– 308, 1938. 126 Howard, A., and Pelc, S. R.: P32 autoradiographs of mouse testis; preliminary observations of the timing of spermatogenic stages. Brit. J. Radiol. 23: 634– 641, 1950. 127 Jech, Č.: Detection of radioactive atoms in the air with nuclear emulsions. Physical Rev. 76: 1731– 1732, 1949. 128 Kahn, H.: Die Ablagerung von aktivem Wismut in malignen Tumoren. Strahlentherapie 37: 751– 766, 1930. 129 Kaylor, C. T.: A radiographic study of the localization of carrier-free radioberyllium in the rat. [Abstr.] Anat. Rec. 109: 309– 310, 1951. 130 Keston, A. S.; Ball, R. P.; Frantz, V. K., and Palmer, W. W.: Storage of radioactive iodine in a metastasis from thyroid carcinoma. Science 95: 362– 363, 1942. 131 Keston, A. S.; Sonenberg, M.; Money, W. L., and Rawson, R. W.: Unpublished observations. 132 King, D. T.; Harris, J. E., and Tkaczyk, S.: Liquid-emulsion methods in electron track radiography. Nature, London 167: 273, 1951. 133 Kittle, C. F.; King, E. R.; Bahner, C. T., and Brucer, M.: Distribution and excretion of radioactive hafnium181 sodium mandelate in the rat. Proc. Soc. Exper. Biol. & Med. 76: 278– 282, 1951. 134 Koletsky, S., and Christie, J. H.: Biologic effects of radioactive phosphorus poisoning in rats. Am. J. Path. 27: 175– 209, 1951. 135 Kotzareff, A.: Photographies des organes par l'émanation du radium ou radiumgraphie (curiegraphie). J. de radiol. et d'électrol. 6: 131– 133, 1922. 136 Kotzareff, A., and Weyl, L.: La fixation élective des substances radium-colloïdales par les cellules jeunes et néoplasiques; son importance dans le diagnostic et le traitement du cancer. Presse méd. 31: 925– 927, 1923. 137 Kreutzer, F. L.; Miller, E. R.; Soley, M. H., and Lindsay, S.: Histologic localization of absorbed radioactive iodine in some human thyroid diseases. Arch. Surg. 60: 707– 720, 1950. 138 Lacassagne, A.: Sur l'absence de fixation élective du radium E associé au bismuth, dans les cellules cancéreuses de souris atteintes d'épithélioma spontané, Compt, rend. Soc. de biol. 107: 458– 461, 1931. 139 Lacassagne, A., and Ferroux, R.: Nouvelle démonstration de l'absence de fixation élective de l'émanation du radium sur les tissus cancéreux. Compt. rend. Soc. de biol. 93: 1356– 1358, 1925. 140 Lacassagne, A., and Lattés, J.: Localisations histologiques spéciales du polonium ä l'intérieur de certains organes. Compt. rend. Soc. de biol. 90: 485– 487, 1924. 141 Lacassagne, A., and Lattés, J.: Meilleure tolérance du polonium injecté localement á l'état insoluble. Compt. rend. Soc. de biol. 97: 697– 698, 1927. 142 Lacassagne, A., and Lattès, J. S.: Méthode auto-histo-radiographique pour la détection dans les organes du polonium injecté. Compt. rend. Acad. d. sc. 178: 488– 490, 1924. 143 Lacassagne, A., and Loiseleur, J.: Sur l'absence de fixation élective du bismuth dans les tumeurs cancéreuses. Compt. rend. Soc. de biol. 107: 462– 464, 1931. 144 Lacassagne, A., and Nyka, W.: Localisations du radium E associé au bismuth, après injection è un animal cancéreux. Radiophys. et radiothérapie 2: 595– 613, 1932. 145 Lacassagne, A.; Levaditi, C.; Lattès, J., and Nicolau, S.: Résultats de l'injection de polonium à des lapins porteurs de chancres syphilitiques. Compt. rend. Soc. de biol. 94: 1179– 1181, 1926. 146 Lawrence, J. H.: The new nuclear physics and medicine; Caldwell Lecture, 1941. Am. J. Roentgenol. 48: 283– 301, 1942. 147 Lawrence, J. H.: Some tracer and therapeutic studies with artificial radioactivity. Sir James Mackenzie Davidson Memorial Lecture. Brit. J. Radiol. 21: 531– 543, 1948. 148 Lawrence, J. H.; Loomis, W. F.; Toblas, C. A., and Turpin, F. H.: Preliminary observations on the narcotic effect of xenon with a review of values for solubilities of gases in water and oils. J. Physiol. 105: 197– 204, 1946–47. 149 Leblond, C. P.: Behavior of radio-iodine in resting and stimulated thyroids. Anat. Rec. 88: 285– 290, 1944. 150 Leblond, C. P.: Histological localization of radioactive compounds in tissue as illustrated with the help of radioiodine. Recent Progr. Hormone Research 3: 159– 165; disc. 165–169, 1948. 151 Leblond, C. P., and Bélanger, L. F.: Detection of radioactive phosphorus by the autographic method in the new-born mouse. [Abstr. demonstr.] Anat. Rec. 94: 542, 1946. 152 Leblond, C. P., and Gross, J.: Autoradiography as a tool in medical research. In Hahn, P. F., Ed.,105 Chap. XII, pp. 250– 273. 153 Leblond, C. P.; Stevens, C. E., and Bocoroch, R.: Histological localization of newly-formed desoxy-ribonucleic acid. Science 108: 531– 533, 1948. 154 Leblond, C. P.; Fertman, M. B.; Puppel, I. D., and Curtis, G. M.: Radioiodine autography in studies of human goitrous thyroid glands. Arch. Path. 41: 510– 515, 1946. 155 Leblond, C. P.; Wilkinson, G. W.; Bélanger, L. F., and Robichon, J.: Radio-autographic visualization of bone formation in the rat. Am. J. Anat. 86: 289– 341, 1950. 156 Lindsay, E., and Craig, R.: The distribution of radiophosphorus in wax moth, mealworm, cockroach and firebrat. Ann. Entomol. Soc. America 35: 50– 56, 1942. 157 Lisco, H.; Finkel, M. P., and Brues, A. M.: Carcinogenic properties of radioactive fission products and of plutonium. Radiology 49: 361– 363, 1947. 158 Lomholt, S.: Investigation into the distribution of lead in the organism on basis of a photographic (radiochemical) method. J. Pharmacol. & Exper. Therap. 40: 235– 245, 1930. 159 London, E. S.: Études sur la valeur physiologique et pathologique de l'émanation du radium. Arch. d'électric. méd. 12: 363– 372, 1904. 160 Low-Beer, B. V. A.: The Clinical Use of Radioactive Isotopes. Springfield, Ill. Charles C Thomas. 1950. 161 Low-Beer, B. V. A., 160 p. 214, Fig. 25. 162 Low-Beer, B. V. A.; Lawrence, J. H., and Stone, R. S.: The therapeutic use of artificially produced radioactive substances; radiophosphorus, radiostrontium, radioiodine, with special reference to leukemia and allied diseases. Radiology 39: 573– 597, 1942. 163 Lundahl, W. S.; Meites, J., and Wolterink, L. F.: A technique for whole mount autoradiographs of rabbit mamma" @default.
- W2038020165 created "2016-06-24" @default.
- W2038020165 creator A5088770382 @default.
- W2038020165 date "1952-01-01" @default.
- W2038020165 modified "2023-09-23" @default.
- W2038020165 title "Radioautography in cancer" @default.
- W2038020165 cites W144062248 @default.
- W2038020165 cites W1493728262 @default.
- W2038020165 cites W1516735608 @default.
- W2038020165 cites W1535928217 @default.
- W2038020165 cites W1546072568 @default.
- W2038020165 cites W1575341695 @default.
- W2038020165 cites W1580383762 @default.
- W2038020165 cites W19065132 @default.
- W2038020165 cites W1908097026 @default.
- W2038020165 cites W1964208434 @default.
- W2038020165 cites W1964963517 @default.
- W2038020165 cites W1967759174 @default.
- W2038020165 cites W1968746423 @default.
- W2038020165 cites W1968836791 @default.
- W2038020165 cites W1968838132 @default.
- W2038020165 cites W1969092992 @default.
- W2038020165 cites W1969169207 @default.
- W2038020165 cites W1969592244 @default.
- W2038020165 cites W1970433038 @default.
- W2038020165 cites W1970632790 @default.
- W2038020165 cites W1975604765 @default.
- W2038020165 cites W1975644864 @default.
- W2038020165 cites W1976747189 @default.
- W2038020165 cites W1976973421 @default.
- W2038020165 cites W1977313359 @default.
- W2038020165 cites W1977505996 @default.
- W2038020165 cites W1980712492 @default.
- W2038020165 cites W1980951184 @default.
- W2038020165 cites W1981298497 @default.
- W2038020165 cites W1982672683 @default.
- W2038020165 cites W1982976715 @default.
- W2038020165 cites W1983123710 @default.
- W2038020165 cites W1984730047 @default.
- W2038020165 cites W1987901946 @default.
- W2038020165 cites W1988272469 @default.
- W2038020165 cites W1989583702 @default.
- W2038020165 cites W1989847889 @default.
- W2038020165 cites W1990857573 @default.
- W2038020165 cites W1997648087 @default.
- W2038020165 cites W1997875655 @default.
- W2038020165 cites W1999885968 @default.
- W2038020165 cites W2000892342 @default.
- W2038020165 cites W2001426247 @default.
- W2038020165 cites W2002571114 @default.
- W2038020165 cites W2003076949 @default.
- W2038020165 cites W2003918319 @default.
- W2038020165 cites W2004449312 @default.
- W2038020165 cites W2006651329 @default.
- W2038020165 cites W2008543713 @default.
- W2038020165 cites W2010241921 @default.
- W2038020165 cites W2011084813 @default.
- W2038020165 cites W2012957234 @default.
- W2038020165 cites W2015537593 @default.
- W2038020165 cites W2015811341 @default.
- W2038020165 cites W2019329792 @default.
- W2038020165 cites W2020220032 @default.
- W2038020165 cites W2020612029 @default.
- W2038020165 cites W2021633436 @default.
- W2038020165 cites W2027041097 @default.
- W2038020165 cites W2029905083 @default.
- W2038020165 cites W2031977357 @default.
- W2038020165 cites W2033402053 @default.
- W2038020165 cites W2036229548 @default.
- W2038020165 cites W2036564237 @default.
- W2038020165 cites W2038364564 @default.
- W2038020165 cites W2038692333 @default.
- W2038020165 cites W2038957564 @default.
- W2038020165 cites W2042135140 @default.
- W2038020165 cites W2042300316 @default.
- W2038020165 cites W2045575010 @default.
- W2038020165 cites W2047584181 @default.
- W2038020165 cites W2048935754 @default.
- W2038020165 cites W2049766100 @default.
- W2038020165 cites W2049766602 @default.
- W2038020165 cites W2049855063 @default.
- W2038020165 cites W2050084129 @default.
- W2038020165 cites W2051605122 @default.
- W2038020165 cites W2056284371 @default.
- W2038020165 cites W2056658425 @default.
- W2038020165 cites W2057507773 @default.
- W2038020165 cites W2057527707 @default.
- W2038020165 cites W2058064852 @default.
- W2038020165 cites W2059280315 @default.
- W2038020165 cites W2059893044 @default.
- W2038020165 cites W2060823121 @default.
- W2038020165 cites W2064002676 @default.
- W2038020165 cites W2064338396 @default.
- W2038020165 cites W2066604166 @default.
- W2038020165 cites W2068812040 @default.
- W2038020165 cites W2068815086 @default.
- W2038020165 cites W2069117052 @default.
- W2038020165 cites W2069529914 @default.