多体素1H磁共振频谱绝对定量脑内代谢物的方法
다체소1H자공진빈보절대정량뇌내대사물적방법
Review of absolute quantification of brain metabolites by using multi-voxel 1H-MRS
  • 万方数据
    国际生物医学工程杂志 국제생물의학공정잡지
    INTERNATIONAL JOURNAL OF BIOMEDICAL ENGINEERING
    2011年 3期 174-178 ,共5页

    霍珊珊%沈智威%陈耀文%黄璜%成小芳%吴仁华%邱庆春

    곽산산%침지위%진요문%황황%성소방%오인화%구경춘

    磁共振频谱%多体素%绝对定量%脑代谢物 磁共振頻譜%多體素%絕對定量%腦代謝物
    자공진빈보%다체소%절대정량%뇌대사물
    Magnetic resonance spectroscopy%Multi-voxel%Absolute quantification%Brain metabolites
    磁共振频谱(MRS)是一种利用磁共振原理和化学位移作用对一系列特定原子核及其化合物进行分析的方法.目前MRS的应用以1H谱最为广泛,其频谱技术已由单体素发展为三维多体素(3DCSI)扫描,为临床研究提供了许多重要的信息.就应用多体素磁共振频谱技术定量检测脑代谢物绝对浓度的方法进行综述.
    자공진빈보(MRS)시일충이용자공진원리화화학위이작용대일계렬특정원자핵급기화합물진행분석적방법.목전MRS적응용이1H보최위엄범,기빈보기술이유단체소발전위삼유다체소(3DCSI)소묘,위림상연구제공료허다중요적신식.취응용다체소자공진빈보기술정량검측뇌대사물절대농도적방법진행종술.
    The technology of Magnetic Resonance Spectroscopy(MRS) is a newly-developed mean for analyzing some specific nucleus and their compounds making use of the principles of magnetic resonance and the effects of chemical shift. Currently, among MRS applications, proton magnetic resonance spectroscopy (1HMRS) is the most widely applied one developed from single voxel to three-dimensional multi-voxel scanning technique. It provides a lot of important information for clinical studies. This article mainly reviews the methods for absolute quantification measurement of brain metabolites using multi-voxel MRS.
    원문보기 원문다운로드 사이트로이동
저자의 최근 논문