Kretschmer A, Ballof U, Graf N, Junk B, Benz P, Hau U, Dewes W, Kramann B
Funktionsbereich Kernspintomographie, Universitätskliniken des Saarlandes, Homburg/Saar.
Rofo. 1992 Jun;156(6):570-5. doi: 10.1055/s-2008-1032945.
119 MR-examinations of both tibiae, knees and the lower part of both femur were performed in 41 children suffering from bone marrow disease (27 ALL, 4 AML, 3 NHL, 1 agranulocytosis, 6 anaemia). T1- and T2-spin-echo sequences and a T2-gradient-echo sequence were used. Bone marrow changes in leukaemia were diffuse before therapy and patchy after therapy. Due to their different signal in T2-weighted images, differentiation of the post-therapeutic patchy findings into infiltrations, fibrosis, necrosis and siderosis seems to be possible. In future, MRI will be the method of choice for screening and controlling bone marrow disease if the examination time is shortened by using only a T1-spin-echo sequence and a T2-gradient-echo sequence.
对41例患有骨髓疾病的儿童(27例急性淋巴细胞白血病、4例急性髓细胞白血病、3例非霍奇金淋巴瘤、1例粒细胞缺乏症、6例贫血)的双侧胫骨、膝关节及双侧股骨下段进行了119次磁共振成像检查。采用了T1加权和T2加权自旋回波序列以及T2梯度回波序列。白血病治疗前骨髓改变为弥漫性,治疗后为斑片状。由于在T2加权图像上信号不同,似乎有可能将治疗后的斑片状表现区分为浸润、纤维化、坏死和铁质沉着。未来,如果仅使用T1加权自旋回波序列和T2梯度回波序列来缩短检查时间,磁共振成像将成为筛查和监测骨髓疾病的首选方法。