Invention Grant
US08395387B2 Method for imaging in magnetic resonance tomography with spectral fat saturation or spectral water excitation 有权
用频谱饱和度或频谱水激发的磁共振断层扫描成像方法

  • Patent Title: Method for imaging in magnetic resonance tomography with spectral fat saturation or spectral water excitation
  • Patent Title (中): 用频谱饱和度或频谱水激发的磁共振断层扫描成像方法
  • Application No.: US12766181
    Application Date: 2010-04-23
  • Publication No.: US08395387B2
    Publication Date: 2013-03-12
  • Inventor: Michael Deimling
  • Applicant: Michael Deimling
  • Applicant Address: DE Munich
  • Assignee: Siemens Aktiengesellschaft
  • Current Assignee: Siemens Aktiengesellschaft
  • Current Assignee Address: DE Munich
  • Agency: Schiff Hardin LLP
  • Priority: DE102009018878 20090424
  • Main IPC: G01V3/00
  • IPC: G01V3/00
Method for imaging in magnetic resonance tomography with spectral fat saturation or spectral water excitation
Abstract:
A magnetic resonance tomography (MRT) method with spectral fat saturation or spectral water excitation in a tissue region that is to be represented of a patient who is to be examined, includes the following steps: (Step 1) frequency adjustment measurement of a region of a patient that is to be represented with a selected first partial coil of the MRT system, (Step 2) precise determination of the resonance frequency of water with the aid of the spectrum obtained in Step 1 exhibiting the resonance frequencies of fat and water, (Step 3) repetition of Steps 1 and 2 with at least one additionally selected second partial coil of the MRT system adjacent to the first partial coil, (Step 4) measuring of a k space data record with a partial coil or a partial coil combination on the basis of the water resonance frequency assigned to these partial coils, (Step 5) repetition of Step 4 with other partial coils or other partial coil combinations until the entire tissue region to be represented has been measured, (Step 6) combining of the measuring results obtained in Steps 4 and 5, and (Step 7) representing of the results obtained in Step 6 in the image space in the form of an overall image of the tissue region to be represented.
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