Silverstein M J, Verma R C, Greenfield L, Morton D L
Cancer. 1976 Jan;37(1):36-42. doi: 10.1002/1097-0142(197601)37:1<36::aid-cncr2820370106>3.0.co;2-a.
111Indium-Bleomycin (111In-Blm), a new radiopharmaceutical, was administered intravenously to 37 patients with benign and malignant breast lesions. Early and delayed images of both the breasts and axillae were made, and results were correlated with physical examination, histopathology of the excised lesion, mammography, and thermography. In 18 patients with malignant disease, clinical examination of the breast and axilla correlated with histopathology in 78 and 54% of the cases, respectively. Images of the breast were accurate (true positives) in 83% of the cases. Images of the axilla were accurate in 62% of the cases. Mammography was correct and suggested malignancy in 88%, and thermography in 73% of the cases. In 19 patients with benign breast lesions, clinical examination of the breast and axilla correlated with histopathology in 68 and 95% of the cases, respectively. Scans of the breast and axilla were correct (true negative) 79 and 95% of the time, respectively. Mammography was correct, and suggested benignancy, in 53% and thermography in 25% of the cases. Imaging of the breasts using 111In-Blm appears to be as accurate as physical examination and mammography for palpable benign and malignant breast tumors. It is less accurate than mammography for microscopic malignancies. Axillary imaging does not appear to be worthwhile because many axillary metastases are too small for detection with current nuclear medicine instrumentation.
111铟-博来霉素(111In-Blm),一种新型放射性药物,被静脉注射给37例患有良性和恶性乳腺病变的患者。对双侧乳房和腋窝进行早期和延迟显像,并将结果与体格检查、切除病变的组织病理学、乳房X线摄影和热成像结果进行关联。在18例患有恶性疾病的患者中,乳房和腋窝的临床检查与组织病理学的符合率分别为78%和54%。乳房显像在83%的病例中准确(真阳性)。腋窝显像在62%的病例中准确。乳房X线摄影在88%的病例中正确并提示恶性,热成像在73%的病例中如此。在19例患有良性乳腺病变的患者中,乳房和腋窝的临床检查与组织病理学的符合率分别为68%和95%。乳房和腋窝扫描分别在79%和95%的时间内正确(真阴性)。乳房X线摄影在53%的病例中正确并提示良性,热成像在25%的病例中如此。对于可触及的良性和恶性乳腺肿瘤,使用111In-Blm进行乳房显像似乎与体格检查和乳房X线摄影一样准确。对于微小恶性肿瘤,其准确性低于乳房X线摄影。腋窝显像似乎不值得进行,因为许多腋窝转移灶太小,无法用当前的核医学仪器检测到。