Kida T, Ikeda M, Saito M
Radioisotopes. 1978 Sep;27(9):514-9. doi: 10.3769/radioisotopes.27.9_514.
In order to know if it is possible to objectively decide the extent of infiltration of female genital malignant tumors into parametrium by using 111In-bleomycin scintigraphy, a fundamental and clinical investigation was made. The result was as follows; 1) The radiochemical purity and stability of 111In-BLM were comparatively unchangeable. When this complex was kept at room temperature for a week, there was not more than 2% of the free 111In. 2) As to blood clearance, when the blood radioactivity of 111In-BLM 5 minutes after the injection was counted as 100%, about 80% of the radioactivity was cleared from the blood in 48 hours. Over 50% of the radioactivity was excreted into the urine in 48 hours. 3) Of 29 cases of female genital malignant tumors, 23 cases (79%) showed positive images. Therefore 111In-BLM was found to be one of the suitable radiopharmaceuticals for the diagnosis of female genital malignant tumors. 4) 111In-BLM scintigraphy was of great use for deciding the extent of the invasion of carcinoma cervicis uteri into parametrium and for the search of metastasis.
为了了解使用铟-博来霉素闪烁扫描法是否有可能客观地判定女性生殖器恶性肿瘤向子宫旁组织浸润的程度,我们进行了一项基础及临床研究。结果如下:1)铟-博来霉素的放射化学纯度和稳定性相对不变。当该复合物在室温下保存一周时,游离铟的含量不超过2%。2)关于血液清除情况,若将注射后5分钟时铟-博来霉素的血液放射性计为100%,则约80%的放射性在48小时内从血液中清除。48小时内超过50%的放射性排入尿液。3)在29例女性生殖器恶性肿瘤病例中,23例(79%)显示阳性图像。因此,铟-博来霉素被发现是诊断女性生殖器恶性肿瘤的合适放射性药物之一。4)铟-博来霉素闪烁扫描法对于判定子宫颈癌向子宫旁组织的浸润程度以及寻找转移灶非常有用。