Saftić Vanja, Rudan Diana, Zgaga Lina
Department of Pediatrics, Osijek University School of Medicine, Croatia.
Croat Med J. 2006 Aug;47(4):543-52.
Among Croatian islands, there are several which are known for unusual autochthonous diseases and specific medical conditions that result from the reproductive isolation and specific population genetic structure. These populations are characterized by high degree of genetic isolation, consanguinity, and inbreeding. The reported diseases include Mal de Meleda on Mljet island, hereditary dwarfism on Krk island, familial learning disability on Susak island, familial ovarian cancer on Lastovo island, and several other rare diseases and conditions inherited in Mendelian fashion. We present a historical perspective on how these conditions were first described, interpreted, and assessed. We reviewed the information obtained through genetic research in the past several years, when the genetic etiology of some of these conditions was explained. The disease gene causing Mal de Meleda was first localized at 8q chromosome, and mutations in the ARS (component B) gene encoding SLURP-1 (secreted mammalian Ly-6/uPAR-related protein 1) protein were identified subsequently. The genetic etiology of dwarfism on the island of Krk is explained by a mutation in the PROP1 gene, responsible for the short stature. The search for mutations underlying other monogenic diseases in Croatian islands is under way.
在克罗地亚的诸多岛屿中,有几个岛屿以其独特的本土疾病和特定的医学状况而闻名,这些疾病和状况是由生殖隔离和特定的群体遗传结构导致的。这些人群的特点是高度的基因隔离、近亲通婚和近亲繁殖。报告的疾病包括姆列特岛上的梅莱达病、克尔克岛上的遗传性侏儒症、苏萨克岛上的家族性学习障碍、拉斯托沃岛上的家族性卵巢癌,以及其他几种以孟德尔方式遗传的罕见疾病和病症。我们从历史角度介绍了这些病症最初是如何被描述、解释和评估的。我们回顾了过去几年通过基因研究获得的信息,当时其中一些病症的遗传病因得到了解释。导致梅莱达病的致病基因最初定位于8号染色体,随后在编码SLURP-1(分泌型哺乳动物Ly-6/uPAR相关蛋白1)蛋白的ARS(组分B)基因中发现了突变。克尔克岛上侏儒症的遗传病因是由PROP1基因的突变所解释的,该突变导致身材矮小。对克罗地亚岛屿上其他单基因疾病潜在突变的研究正在进行中。