Järvi J, Nyman S, Komu M, Forsström J J
Department of Computer Science, University of Turku, Finland.
Comput Methods Programs Biomed. 1997 Mar;52(3):213-22. doi: 10.1016/s0169-2607(96)01797-x.
31P nuclear magnetic resonance (NMR) spectroscopy enables us to study intracellular energy metabolism noninvasively. The present work concerns the analysis of a series of 31P NMR spectra on human muscle during exercise. The spectra contain signals corresponding to certain metabolites in the sample and the aim is to identify and quantify these signals. We have written a PC program to perform this task automatically. With the program the results can be achieved substantially faster compared to operating with the spectrometer software. The methods implemented in the program and the functions of the program itself are described. Although we have focused on the 31P NMR spectrum series, the program can also be applied to other liquid state NMR spectra.
磷-31核磁共振（NMR）光谱技术使我们能够无创地研究细胞内能量代谢。目前的工作涉及对人体运动过程中一系列磷-31 NMR光谱的分析。这些光谱包含与样品中某些代谢物相对应的信号，目的是识别并量化这些信号。我们编写了一个PC程序来自动执行这项任务。使用该程序，与使用光谱仪软件相比，能更快地获得结果。文中描述了该程序所采用的方法及其自身功能。尽管我们重点关注磷-31 NMR光谱系列，但该程序也可应用于其他液态NMR光谱。
