Loudianos G, Dessì V, Angius A, Lovicu M, Loi A, Deiana M, Akar N, Vajro P, Figus A, Cao A, Pirastu M
Ospedale Regionale per le Microcitemie, Azienda-USL 8, Cagliari, Italy.
Hum Genet. 1996 Dec;98(6):640-2. doi: 10.1007/s004390050275.
This study reports 12 novel mutations of the Wilson disease (WD) gene which have been detected by the molecular analysis of 29 patients of Mediterranean descent carrying uncommon chromosomal haplotypes at the WD locus. These mutations include two nonsense, one splice site and nine missense. The missense mutations lie in regions of the WD gene critical for its function, such as the transmembrane region, the transduction domain and the ATP loop and ATP-binding domain, indicating that they are disease-causing mutations. These new findings improve our knowledge for the role played by functional domains on the ATP7B function.
本研究报告了12种威尔逊病(WD)基因的新突变,这些突变是通过对29名地中海血统患者进行分子分析检测到的,这些患者在WD基因座携带罕见的染色体单倍型。这些突变包括两个无义突变、一个剪接位点突变和九个错义突变。错义突变位于WD基因对其功能至关重要的区域,如跨膜区域、转导结构域以及ATP环和ATP结合结构域,这表明它们是致病突变。这些新发现增进了我们对功能结构域在ATP7B功能中所起作用的认识。