Parallel reconstruction techniques can be used to improve the image quality with increased signal to noise ratio, spatial resolution, reduced artifacts, and the temporal resolution in dynamic MRI scans.

2003年1月1日 · The framework of "integrated Parallel Acquisition Techniques" (iPAT) can be used to improve most clinical protocols for comprehensive morphologic and functional imaging.

iPAT² (integrated Parallel Acquisition Techniques) allows iPAT in 2 directions simultaneously (phase encoding direction and 3D direction for 3D sequences). By applying PAT in 2 directions …

Together, GRAPPA and mSENSE form the iPAT (integrated Parallel Acquisition Techniques) package, which is standard with the syngo MR 2002B software on Maestro Class systems and on Ultra High Field (3 Tesla) systems.

Parallel imaging is a new magnetic resonance imaging method based on the parallel use of more than one receiver coil to acquire image data with less phase-encoding steps than in...

2002年1月1日 · Parallel imaging is a new magnetic resonance imaging method based on the parallel use of more than one receiver coil to acquire image data with less phase-encoding steps than in...

2025年3月29日 · Multimodal neuroimaging, in particular magnetic resonance imaging (MRI), allows for non-invasive examination of human brain structure and function across multiple scales. Precision neuroimaging ...

磁共振多线圈并行采集技术是提高成像速度行之有效的方法之一,还可通过缩短回波链长度减少成像的畸变和敏感性伪影,临床应用十分广泛.讨论了iPAT并行成像技术的成像机理,临床应用及合理选择.

摘要：目的探讨并行采集技术iPAT对改善腹部MRI检查时运动伪影的临床应用价值。 方法将37例病例均经常规腹部横断位梯度回波序列（FL2D）T1和T1加脂肪抑制序列以及快速自旋回波序列（TSE）T2和T2加脂肪抑制序列扫描，随后即行并行采集序列（iPAT）的横断位T1、T1 ...

方法将37例病例均经常规腹部横断位梯度回波序列 (FL2D)T1和T1加脂肪抑制序列以及快速自旋回波序列 (TSE)T2和T2加脂肪抑制序列扫描,随后即行并行采集序列 (iPAT)的横断位T1、T1加脂肪抑制序列、T2、T2加脂肪抑制序列扫描。