Hawkins L A, Britton K E, Shapiro B
Br J Radiol. 1980 Sep;53(633):883-9. doi: 10.1259/0007-1285-53-633-883.
Fifty-two patients with suspected or known adrenal disorders have been studied with 75Se selenomethyl cholesterol using a rectilinear scanner or gamma camera computer system. Radiation dosimetry was estimated from the blood clearance and whole body retention of 75Se selenomethyl cholesterol. A method of quantitation of adrenal uptake is described, use of which is essential for the separation of normal from hyperactive adrenal glands. The adrenal depth was found to vary between 4.4 and 12 cm. The lack of need for thyroid suppression and the availability and ease of handling and storage of 75Se selenomethyl cholesterol make it preferable to 131I iodo-cholesterol derivatives and the current agent of choice for adrenal imaging.
我们使用直线扫描仪或γ相机计算机系统,对52例疑似或确诊肾上腺疾病的患者进行了75硒-硒代甲基胆固醇研究。通过75硒-硒代甲基胆固醇的血液清除率和全身滞留情况来估算辐射剂量学。本文描述了一种肾上腺摄取定量方法,该方法对于区分正常肾上腺与肾上腺功能亢进至关重要。发现肾上腺深度在4.4至12厘米之间变化。由于无需抑制甲状腺,且75硒-硒代甲基胆固醇易于获取、处理和储存,使其优于131碘-胆固醇衍生物,成为目前肾上腺成像的首选药物。