The Availability of Diagnostic and Treatment Planning Computer in 700 Cancer Patients and Magnification Devices for CT

암환자 700예의 진단 및 치료 CT 이용율과 CT 확대장치

  • Lee, Gui-Won (Devision of Radiation Therapy, Catholic Medical College) ;
  • Park, Joo-Sun (Devision of Radiation Therapy, Catholic Medical College) ;
  • Han, Yong-Moon (Devision of Radiation Therapy, Catholic Medical College) ;
  • Yoon, Sei-Chul (Devision of Radiation Therapy, Catholic Medical College) ;
  • Shinn, Kyung-Sub (Devision of Radiation Therapy, Catholic Medical College)
  • 이귀원 (카톨릭의과대학 방사선치료실) ;
  • 박주선 (카톨릭의과대학 방사선치료실) ;
  • 한용문 (카톨릭의과대학 방사선치료실) ;
  • 윤세철 (카톨릭의과대학 방사선치료실) ;
  • 신경섭 (카톨릭의과대학 방사선치료실)
  • Published : 1987.06.01

Abstract

It has been evident since 1972 that computed tomography(CT) can play an important role in treatment and managment of the cancer patients as four steps; diagnosis, satging Treatment and follow-up. In this paper, we intended to investigate the availability of CT scan and treatment planning computer in 700 cancer patients who have undergone radiation therapy at the division of radiation therapy, Kangnam St. Mary's Hospital, Catholic Medical College between Mar. 1983 and Dec. 1985. The result were as follow; 1. Of 700 irradiated cancer patients, 342 patients ($48.9\%$) were performed CT scan prior to radiation therapy. 2. The distribution of lesions in 342 patients having CT scans was like this; CNS (83 of 104 patients, $79.8\%$), abdomen (44 of 76 patients, $57.9\%$), pelvis (100 of 188 patients, $53.2\%$) etc. in order. 3. The treatment planning computer were used in 280 cancer patients ($40\%$). 4. Of the 280 cancer patients using treatment planning computer, 167 patients ($59.6\%$) applied diagnostic CT scan and remaining 113 patients ($40.4\%$) were made body contour to be used for radiation therapy planning by the treatment planning computer. Authors also made some magnification devices used for small multiformat CT images to magnify into life size, consisting of overhead projector (3M) I.V. stand and mirror. These enabled us to make less errors in tracing the small-sized CT images during input of the anatomical data into the treatment planning computer.

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