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    • 4. 发明授权
    • Magnetic resonance method and apparatus for generating different weighted images from the same magnetic resonance echo signal evolution
    • 用于从相同的磁共振回波信号演化产生不同加权图像的磁共振方法和装置
    • US07705597B2
    • 2010-04-27
    • US12194919
    • 2008-08-20
    • Wilhelm HorgerJohn Mugler
    • Wilhelm HorgerJohn Mugler
    • G01V3/00
    • G01R33/54G01R33/5602G01R33/5608
    • In a method and an apparatus for acquiring magnetic resonance data, a region of a subject is exposed to a spin echo magnetic resonance pulse sequence that includes a refocusing radio-frequency pulse flip angle evolution that causes magnetic resonance signals to be emitted from the region with a signal evolution following each excitation radio-frequency pulse. The signal evolution is sampled to extract two or more sets of sampled data therefrom respectively with different contrast weightings of tissues in the region. The multiple sets of sampled data are made available as respective outputs in a form allowing multiple different images of the region to be generated therefrom, respectively with said different contrast weightings. For example, a spin density-weighted image and a T2-weighted image, or a T2-weighted image and a heavily T2-weighted image, thus can be generated by sampling from the same variable-flip-angle echo train.
    • 在用于获取磁共振数据的方法和装置中,受试者的区域暴露于自旋回波磁共振脉冲序列,该自旋回波磁共振脉冲序列包括重聚焦射频脉冲翻转角演变,其使得从该区域发射磁共振信号, 每个激发射频脉冲之后的信号演化。 对信号进化进行采样,以分别提取两组或更多组采样数据,其中区域中组织的对比度不同。 多组采样数据可以作为相应的输出以允许从其生成区域的多个不同图像的形式分别具有所述不同的对比度权重。 例如,可以通过从相同的可变翻转角回波列进行采样来生成自旋密度加权图像和T2加权图像,或T2加权图像和重T2加权图像。
    • 10. 发明申请
    • MAGNETIC RESONANCE METHOD AND APPARATUS FOR GENERATING DIFFERENT WEIGHTED IMAGES FROM THE SAME MAGNETIC RESONANCE ECHO SIGNAL EVOLUTION
    • 用于从相同的磁共振信号发展中产生不同加权图像的磁共振方法和装置
    • US20100045288A1
    • 2010-02-25
    • US12194919
    • 2008-08-20
    • Wilhelm HorgerJohn Mugler
    • Wilhelm HorgerJohn Mugler
    • G01R33/54
    • G01R33/54G01R33/5602G01R33/5608
    • In a method and an apparatus for acquiring magnetic resonance data, a region of a subject is exposed to a spin echo magnetic resonance pulse sequence that includes a refocusing radio-frequency pulse flip angle evolution that causes magnetic resonance signals to be emitted from the region with a signal evolution following each excitation radio-frequency pulse. The signal evolution is sampled to extract two or more sets of sampled data therefrom respectively with different contrast weightings of tissues in the region. The multiple sets of sampled data are made available as respective outputs in a form allowing multiple different images of the region to be generated therefrom, respectively with said different contrast weightings. For example, a spin density-weighted image and a T2-weighted image, or a T2-weighted image and a heavily T2-weighted image, thus can be generated by sampling from the same variable-flip-angle echo train.
    • 在用于获取磁共振数据的方法和装置中,受试者的区域暴露于自旋回波磁共振脉冲序列,该自旋回波磁共振脉冲序列包括重聚焦射频脉冲翻转角演变,其使得从该区域发射磁共振信号, 每个激发射频脉冲之后的信号演化。 对信号进化进行采样,以分别提取两组或更多组采样数据,其中区域中组织的对比度不同。 多组采样数据可以作为相应的输出以允许从其生成区域的多个不同图像的形式分别具有所述不同的对比度权重。 例如,可以通过从相同的可变翻转角回波列进行采样来生成自旋密度加权图像和T2加权图像,或T2加权图像和重T2加权图像。