MRH used non breath hold Turbo Spin Echo sequence (TSE) with respiratory triggering and fat suppression techniques.
MRH采用不屏气涡轮自旋回波(TSE)序列，同时应用呼吸门控和脂肪抑制技术。
On repeated images obtained with fat suppression, the band was hypointense in relation to the adjacent myocardium, a finding that confirmed its fatty composition.
相同位置的脂肪抑制图像显示相对于临近心肌的低信号带，证实该处为脂肪沉积。
Conclusion: in 3d-flash sequences, water excitation technique as an alternative to fat suppression can shorten scan time significantly, without decreasing image quality.
结论：3d -FLASH序列合用水激发技术代替脂肪抑制可显著缩短扫描时间，而不降低图像质量。
Among MR plain scan sequences, T1W with fat suppression was outstanding in depicting the gross features of the tumor, presence of ulceration, and adjacent lymph node swelling.
在平扫序列中，T1W加脂肪抑制能较好地显示肿瘤特征、溃疡存在以及周围淋巴结肿大。
Materials and Methods: X-ray films and dedicated MRI were performed for 12cases simultaneously. Dedicated MRI examination included multiplanar, T1W, T2W and fat suppression sequence.
材料和方法：12例患者同时行x线平片检查和四肢关节专用MRI检查，MRI检查包括多断面的T1W,T2W和脂肪抑制术检查。
Purpose: To evaluate the role of SPIR (a chemical shift fat suppression technique) in the evaluation of orbital lesions, especially when used in conjunction with contrast enhancement.
目的：评价SPIR(用于化学位移脂肪抑制的频谱预饱和反转复位技术)与造影增强联合应用在眼眶病变判断中的作用。
Purpose: To evaluate fat - suppression MR imaging in diagnosis of hepatoma using domestic low- field MR system.
目的：在国产低场磁共振设备上，研究脂肪抑制技术在肝癌诊断中应用价值。
The fat-suppression technique were used in each sequence.
脂肪抑制技术被应用于每个序列。
Suppression of signal on fat-saturated series proves fatty content.
脂肪抑制序列上，信号被抑制可以证实为脂性成分。
Suppression of signal on fat-saturated series proves fatty content.
脂肪抑制序列上，信号被抑制可以证实为脂性成分。
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