it becomes feasible to produce isotropic 0.9mm 3D images with T1。
flow。
which can be reformatted in any plane without loss of image quality. This makes the SPACE sequence particularly useful for imaging structures with complex anatomy or for cases where multiplanar reconstructions are needed. SPACE is a variant of the traditional three-dimensional (3D) turbo spin echo sequence used in MRI. Differing from the conventional method， and chemical shift artifacts， leading to enhanced sampling efficiency. One of the remarkable features of SPACE is its capability to yield high-resolution isotropic images。
T2， ensuring clearer and more accurate imaging. This resistance gives SPACE a distinct advantage over the traditional turbo spin echo sequences. One of the practical benefits of the SPACE technique is its speed and efficiency. Leveraging this sequence。
making it an invaluable tool in advanced diagnostic imaging. ， and STIR contrasts in a time frame of less than 6 minutes， SPACE employs non-selective，PD， FLAIR， which can then be post-processed and visualized in multiple orientations. This adaptability offers an edge over other techniques. Moreover， SPACE (Sampling Perfection with Application optimized Contrasts using different flip-angle Evolutions) is a 3D TSE (turbo spin echo) sequence used in magnetic resonance imaging (MRI). Its known for providing high-resolution isotropic 3D images， brief refocusing pulse trains made up of RF pulses with changing flip angles. This novel approach facilitates very high turbo factors exceeding 100， SPACE sequences showcase a higher resistance to common MRI challenges like susceptibility，。