Elleder M, Poupĕtová H, Kozich V
Ustav dĕdicných poruch metabolismu 1. LF UK a VFN, Praha.
Cesk Patol. 1998 Jan;34(1):7-12.
Fetal Fabry disease (defect of alfa galactosidase) and mucopolysaccharidosis I (defect of alfa iduronidase, family with IH phenotype) were diagnosed by biochemistry in two risk gravidities subsequently interrupted according to mother's demand. Fetus with Fabry disease (gestation age 19 weeks) had rudimentary storage in kidney and myenteric plexuses cells, cardiocytes were normal. Biopsy of chorionic villi showed a bit more conspicuous storage in single trophoblastic elements. Much more striking storage was observed in MPS I (gestational age 14-15 weeks) especially in liver (hepatocytes and sinus cells), spleen (sinus endothelial cells and pulp macrophages) and fibroblasts of skin and placenta. Skin peripheral nerves and cerebral cortical gangliocytes did not show any lysosomal storage. Different manifestation of storage in fetal age may reflex the speed of lysosomal storage development in both lysosomal enzymopathies.
通过生化检测在两名高危孕妇中诊断出胎儿法布里病(α-半乳糖苷酶缺陷)和黏多糖贮积症 I 型(α-L-艾杜糖醛酸酶缺陷,具有 IH 表型的家族),随后根据母亲的要求终止妊娠。患有法布里病的胎儿(妊娠 19 周)在肾脏和肌间神经丛细胞中有初步的储存,心肌细胞正常。绒毛膜绒毛活检显示单个滋养层细胞中的储存更为明显。在黏多糖贮积症 I 型(妊娠 14 - 15 周)中观察到更为显著的储存,尤其是在肝脏(肝细胞和窦状细胞)、脾脏(窦状内皮细胞和髓巨噬细胞)以及皮肤和胎盘的成纤维细胞中。皮肤周围神经和大脑皮质神经节细胞未显示任何溶酶体储存。胎儿期储存的不同表现可能反映了这两种溶酶体酶病中溶酶体储存发展的速度。