Abstract
In intracavitary and interstitial treatment of gynecologic tumors, innumerable techniques have been devised, utilizing intracavitary or interstitial radium therapy, transvaginal therapy, external irradiation, or combinations thereof. The design of the applicators, the number and fractionation of the applications, and the dose rate (hourly in tensive) have been the main sources of variation in intracavitary radium techniques.
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References
Becker J, Scheer KE (1952) Strahlentherapeutische Anwendung von radioaktivem Kobalt in Form von Perlen. Strahlentherapie 86: 540–547
Corscaden JA, Gusberg SB, Donlan CP (1948) Precision dosage in interstitial radiation of carcinoma of the cervix. AJR 60: 522–534
Corscaden JA, Gusberg SB, Kosar W (1954) Interstitial radium treatment of cancer of the cervix uteri. AJR 72: 278–283
Delclos L (1984) Interstitial irradiation techniques. In: Levitt SH, Tapley NV (eds) Technological basis of radiation therapy: practical clinical applications. Lea and Febiger, Philadelphia, pp 55–84
Delouche G, Gest J (1986) Saint-Cloud method. In: Chassagne D (ed) Teaching course in brachytherapy in gynecology. European Society for Therapeutic Radiology and Oncology. Baden-Baden, p 9
Delouch G, Milhaud F, Gest J (1967) La curiethérapie gynécologique endocavitaire par césium 137 (appareillage à préparation non radio-active). J Radiol Electrol 48: 229–242
Ernst EC (1949) Probable trends in irradiation treatment of carcinoma of the cervix uteri with improved expanding type of radium applicator. Radiology 52: 46–58
Eymer H, Ries J (1941) Die Ergebnisse der Strahlenbehandlung der Gebärmutterhalskrebse an der Münchner Universitäts-Frauenklinik im Jahre 1934. Strahlentherapie 69: 12–16
Fletcher GH (1973) Textbook of radiotherapy. Lea and Febiger, Philadelphia
Fletcher GH, Shalek RJ, Wall JA, Bloedorn FG (1952) A physical approach to the design of applicators in radium therapy of carcinoma of the cervix. AJR 68: 935–947
Fletcher GH, Wall JA, Bloedorn FG, Shalek RJ, Wooton P (1953) Direct measurements and isodose calculations is radium therapy of carcinoma of the cervix. Radiology 61: 885–90
Fletcher GH, Brown TC, Rutledge FN (1958) Clinical significance of rectal and bladder dose measurements in radium therapy of cancer of the uterine cervix. AJR 79: 421–450
Forsell G (1917) Übersicht über die Resultate der Krebsbehandlung am Radiumhemmet Stockholm 1910–1915. Fortschr Geb Röntgenstr 25: 142–149
Frischkom R (1985) Erfahrungen bei der Umstellung der Radiumtherapie auf ein Afterloadingverfahren unter besonderer Berücksichtigung der räumlichen Dosisverteilung. Strahlentherapie 161: 281–285
Gauwerky F (1953) Zur Strahlenbehandlung des Korpuskarzinoms des Uterus unter besonderer Berücksichtigung hysterographischer Befunde. Fortschr Geb Rontgenstr [Sonderbd 36] 79: 51–58
Gauwerky F (1958) Erfahrungen mit der Verwendung von Caesium 137 bei der intrakavitären Curietherapie gynäkologischer Karzinome. Strahlentherapie 105: 107–118
Gerbaulet A, Haie C, Chassagne D (1986) The modern afterloading techniques derived from classical low dose rate systems: Paris technique. In: Chassagne D (ed) Teaching course in brachytherapy in gynecology. European Society for Therapeutic Radiology and Oncology, Baden-Baden, p 1
Hamann A, Göbel A, Englmann K (1934) Die Strahlenbehandlung der Gebärmutterkrebse im Allgemeinen Krankenhaus St. Georg in Hamburg (Juni 1929–Dezember 1931). Strahlentherapie 50: 529–556
Henschke UK (1956) Interstitial implantation with radioisotopes. In: Hahn PF (ed) Therapeutic use of artificial radioisotopes. Wiley, New York, pp 375–397
Henschke UK (1960) Afterloading application for radiation therapy of carcinoma of the uterus. Radiology 74: 834
Henschke UK, Hilaris BS, Mahan GD (1966) Intracavitary radiation therapy in cancer of the uterine cervix by remote afterloading with cycling sources. AJR 96: 45–51
Heyman J (1918) Die Radiumbehandlung des Uteruskrebses. Arch Gynakol 108: 229–474
Heyman J (1935) The so-called Stockholm method and the results of treatment of uterine cancer at the Radium-hemmet. Acta Radiol (Stockh) 16: 129–148
Heyman J (1936) The radiumhemmet method of treatment and results in cancer of the corpus uteri. J Obstet Gynecol 43: 655–666
Heyman J (1947a) Improvement of results in the treatment of uterine cancer. JAMA 135: 412–416
Heyman J (1947b) The radiotherapeutic treatment of cancer of the corpus uteri. Br J Radiol 20: 85–91
Hilaris B (1975) Handbook of interstitial brachytherapy. Publishing Sciences, Acton
Hilaris B, Kim JH, Tokita N (1976) Low energy radionuclides for permanent interstitial implantation. AJR 126: 171–178
Hodt JJ, Sinclair WK, Smithers DW (1952) A gun for interstitial implantation of radioactive gold grains. Br J Radiol 25: 419–421
Holthusen H, Gauwerky F (1949) Ergebnisse der Strahlentherapie gynäkologischer Karzinome im Krankenhaus St. Georg. In: Holthusen H (ed) Aktuelle Probleme der Pathologie und Therapie. Thieme, Stuttgart, pp 153–167
Hunter RD, Cowie VJ, Blair V, Cole MP (1986) A clinical trial of two conceptually different radical radiotherapy treatments in stage III carcinoma of the cervix. Clin Radiol 37: 23–27
Jones DA, Notley HM, Hunter RD (1987) Geometry adopted by Manchester radium applicators and selectron afterloading applicators in intracavitary treatment for carcinoma of the cervix uteri. Br J Radiol 60: 481–485
Kottmeier HL (1958) Current treatment of carcinoma of the cervix. Am J Obstet Gynecol 76: 243–251
Kottmeier HL, Forssner E (1955) Die Entwicklung der Therapie des Kollumkarzinoms am Radiumhemmet. MMW 97: 1019–1020
Kottmeier HL, Forssner E (1955) Die Entwicklung der Therapie des Kollumkarzinoms am Radiumhemmet. MMW 97: 1028–1030
O’Connell D, Joslin CAF, Howard N, Ramsay NW, Liversage WE (1967) The treatment of uterine carcinoma using the cathetron. I. Br J Radiol 40: 882–887
Paterson R (1952) Studies in optimum dosage. Br J Radiol 25: 505–516
Paterson R, Parker HM (1938) A dosage system for interstitial radium therapy. Br J Radiol 11: 252–266, 313–340
Pierquin B, Marinello G (1986) The Creteil method. In: Chassagne D (ed) Teaching course in brachytherapy in gynecology. European Society for Therapeutic Radiology and Oncology, Baden-Baden, p 8
Pierquin B, Chassagne D, Chahbazian CM, Wilson JF (1978) Brachytherapy. Green, St Louis
Potish RA, Williamson JF (1984) Interstitial iridium template techniques. In: Levitt SH, Tapley NV (eds) Technological basis of radiation therapy: practical clinical applications. Lea and Febiger, Philadelphia, pp 85–100
Regaud C (1926) Traitement des cancers du col de l’uterus par les radiations: idée sommaires des méthodes et des résultats; indications thérapeutiques. 7th Congress of the Société Internationale de la Chirurgie 1: 35–146
Regaud C (1934) Considérations sur la radiothérapie des cancers cervico-uterus d’après l’éxpérience et les résultats acquis à L’Institut du Radium des Paris. Radiophys Radiother 3: 155–170
Ries J (1944) Neues zur Behandlung des Gebärmutterkrebses: Die totale Radiumtamponade des Uterus. Nachr Krebsbek 12: 94–97
Rotte K (1985) Klinische Ergebnisse der Afterloading Kurzzeittherapie im Vergleich zur Radiumtherapie. Strahlentherapie 161: 323–328
Schulz U, Busch M (1981) Ein neuer Applikator zur interstitiellen Therapie mit Au-198 und J-125 seeds. Strahlentherapie 157: 104–105
Sinclair WK (1952) Artificial radioactive sources for interstitial therapy. Br J Radiol 25: 417–419
Suit HE, Moore EB, Fletcher GH, Worsnop R (1963) Modification of Fletcher ovoid system for afterloading, using standard-sized radium tubes (milligram and microgram). Radiology 81: 126–131
Syed AMN, Feder BH (1977) Technique of after-loading interstitial implants. Radiol Clin (Basel) 46: 458–475
Syed AMN, Feder BH, George FW III, Neblett D (1978) Iridium-192 afterloaded implant in the retreatment of head and neck cancers. Br J Radiol 51: 814–820
Tod MC, Meredith WJ (1938) A dosage system for use in treatment of cancer of the uterine cervix. Br J Radiol 11: 809–824
Tod MC, Meredith WJ (1953) Treatment of cancer of the cervix uteri — a revised “Manchester method”. Br J Radiol 26: 252–257
Walstam R (1954) The dosage distribution in the pelvis in radium treatment of carcinoma of the cervix. Acta Radiol (Stockh) 42: 237–249
Walstam R (1965) Remote-controlled afterloading radiotherapy apparatus. Phys Med Biol 7: 225–228
Whelton J, Kottmeier HL (1962) Primary carcinoma of the vagina: a study of a Radiumhemmet series of 145 cases. Acta Obstet Gynecol Scand 41: 22–40
Wilkinson JM, Moore CJ, Notley HM, Hunter RD (1983) The use of Selectron afterloading equipment to simulate and extend the Manchester system for intracavitary therapy of the cervix uteri. Br J Radiol 56: 409–414
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© 1991 Springer-Verlag Berlin Heidelberg
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Heilmann, HP. (1991). Interventional Radiation Therapy Techniques in Gynecology. In: Sauer, R. (eds) Interventional Radiation Therapy. Medical Radiology. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-84163-7_35
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DOI: https://doi.org/10.1007/978-3-642-84163-7_35
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