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    • 1. 发明授权
    • Method for imaging vessel wall anatomy and strain
    • 血管壁解剖和应变成像方法
    • US6144199A
    • 2000-11-07
    • US912783
    • 1997-08-18
    • Yehuda SharfGil NavonUzi EliavLiat Tsoref
    • Yehuda SharfGil NavonUzi EliavLiat Tsoref
    • G01R33/48G01R33/483G01V3/00
    • G01R33/56G01R33/485
    • A method for depicting the anatomy and quantitative tissue strain of a biological tissue. A spatially resolved, double quantum filtered, nuclear magnetic resonance frequency spectrum is acquired from either .sup.1 H or .sup.2 H nuclei in the tissue. Values in the time domain or frequency domain representations of the free induction decay signal are mapped in 2 spatial dimensions so as to selectively depict histological layers of the tissue anatomy. The residual quadrupolar or dipolar splitting is calculated from the free induction decay signal, and then correlated with a tissue strain value by utilizing a known formula describing the correlation between residual quadrupolar or dipolar splitting and tissue strain. The tissue strain value is then mapped in two spatial dimensions.
    • 描述生物组织的解剖和定量组织应变的方法。 从组织中的1H或2H核获得空间分辨的双量子滤波的核磁共振频谱。 将自由感应衰减信号的时域或频域表示中的值映射为2个空间维度,以选择性地描绘组织解剖结构的组织学层。 从自由诱导衰减信号计算残余四极或偶极分裂,然后通过利用描述残余四极或偶极分裂和组织应变之间的相关性的已知公式与组织应变值相关。 然后将组织应变值映射到两个空间维度。