McCalley M G, Braunstein P, Stone S, Henderson P, Egbert R
J Nucl Med. 1985 Aug;26(8):868-74.
A prospective study was undertaken to evaluate the efficacy of radionuclide hysterosalpingography (RNHSG) using a technique with some modifications, that was described by Iturralde and Ventner (1). As these investigators demonstrated, technetium-labeled human albumin microspheres (HAM) will normally migrate spontaneously from the vagina to the ovaries. This study confirms that in the presence of fallopian tube obstruction, fibrosis and/or lack of motility, this migration does not take place, and that the presence or absence of migration of HAM can be imaged with a gamma camera. In the evaluation of 52 tubes we found that the efficiency of RNHSG for evaluation of fallopian tube patency when compared with contrast hysterosalpingography and/or direct observation of surgical pathology was over 94%. RNHSG is an essentially innocuous technique for assessing functional and mechanical fallopian tube obstruction that can be performed with conventional nuclear imaging equipment.
采用伊图拉尔迪（Iturralde）和文特纳（Ventner）（1）描述的一种经过某些改进的技术，进行了一项前瞻性研究，以评估放射性核素子宫输卵管造影（RNHSG）的疗效。正如这些研究者所证明的，锝标记的人白蛋白微球（HAM）通常会自然地从阴道迁移至卵巢。本研究证实，在存在输卵管阻塞、纤维化和/或缺乏蠕动的情况下，这种迁移不会发生，并且HAM迁移的存在与否可用伽马相机成像。在对52条输卵管的评估中，我们发现与子宫输卵管造影和/或手术病理直接观察相比，RNHSG评估输卵管通畅性的效率超过94%。RNHSG是一种用于评估功能性和机械性输卵管阻塞的基本无害的技术，可使用传统核成像设备进行。
