Belyĭ E K, Mendeleev I M, Ioffe G V, Krupko M S, Remizov Iu B
Med Radiol (Mosk). 1986 May;31(5):33-6.
The paper is concerned with the results of the automation of renogram storage and processing. The computer system 15 VUMS-28 (on the basis of the ELEKTRONIKA-60 computer) fitted out with storage on the magnetic tape (KML) AZII-4, two 3-channel renographs (NP-356 and NP-307), manufactured in Hungary, and a plotter N-306 were interfaced by means of the KAMAK apparatus. The REN-1 program in the QUASIC language ensuring simultaneous storage and processing of renograms from two renographs was developed. The maximum time (Tmax) and semiexcretion time (T 1/2) as well as a system of indicators based on a linear chamber model of hippuran transport were used for analysis of renograms.
本文涉及肾图存储与处理自动化的结果。配备有AZII - 4磁带存储器、两台匈牙利制造的三通道肾图仪(NP - 356和NP - 307)以及一台N - 306绘图仪的15 VUMS - 28计算机系统(基于ELEKTRONIKA - 60计算机)通过KAMAK设备进行了接口连接。开发了用QUASIC语言编写的REN - 1程序,用于确保同时存储和处理来自两台肾图仪的肾图。使用最大时间(Tmax)、半排泄时间(T 1/2)以及基于马尿酸转运线性腔室模型的指标体系来分析肾图。