Weber D A, Keyes J W, Wilson G A, Landman S
Radiology. 1976 Sep;120(3):615-21. doi: 10.1148/120.3.615.
Activity levels of 99TC-labeled compounds, 18F, and 85Sr were obtained at 1, 3, and 5 hr. postinjection in normal and healing fractured bone and in soft-tissue rat specimens. Serial diagnostic bone images and blood and urine kinetics were obtained in patients with each of the TC-labeled compounds. Computer-processed images were used to evaluate in vivo kinetics. 99mTC pyrophosphate provides the best overall characteristics for bone imaging. Improved quality and bioassay procedures are required, however, before any one agent can be designated the radiopharmaceutical of choice for diagnostic bone imaging.
在正常和愈合中的骨折骨以及大鼠软组织标本中,于注射后1小时、3小时和5小时获取了99锝标记化合物、18氟和85锶的活性水平。对每种锝标记化合物的患者进行了系列诊断骨图像以及血液和尿液动力学研究。使用计算机处理图像来评估体内动力学。99m锝焦磷酸盐在骨成像方面具有最佳的总体特性。然而,在任何一种药剂被指定为诊断骨成像的首选放射性药物之前,还需要改进质量和生物测定程序。