Features of the clinical course of pachydermoperiostosis with a verified mutation in the European type gene

T. M. Frolova, O. Golounina, E. Mamedova, E. E. Litvinova, Zhanna Evgen'evna Belaya
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Abstract

Pachydermoperiostosis (primary hypertrophic osteoarthropathy) is an orphan disease, the main clinical manifestations of which include pin-shaped deformity of the fingers according to the type of «drumsticks», periostosis (non-inflammatory changes of the periosteum) of tubular bones, pachydermia of the face (hypertrophy and hyperplasia of all skin layers). Two genes associated with the development of pachydermoperiostosis are known — HPGD and SLCO2A1. Mutations in these genes lead to impaired prostaglandin E2 metabolism. This article describes a clinical case of a patient with pachydermoperiostosis, in which two mutations in the HPGD gene were detected during a molecular genetic study: in 1 exon (chr4-174522451-T-A, NM_000860.6:c.1A>T) and in 2 exon (chr4-174521985-AG-, NM_000860.6:c.175_176del) in compound-heterozygous state, while the c.1A>T mutation was previously described once, and the revealed biallelic combination of mutations in the HPGD gene was not previously found in the literature. This clinical case of pachydermoperiostosis is the second described in the Russian population, and the first with confirmed mutations in the HPGD gene. The article expands the knowledge about the correlation of genotype and phenotype in pachydermoperiostosis, which contributes to a faster and more correct interpretation of genetic information during genetic counseling.
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经证实的欧洲型基因突变导致的柏氏畸形症临床病程特点
原发性肥厚性骨关节病(Pachydermoperiostosis)是一种孤儿病,其主要临床表现包括手指呈 "鼓槌 "型的针状畸形、管状骨的骨膜增生(骨膜的非炎症性变化)、面部的肥厚性骨关节病(所有皮肤层的肥厚和增生)。已知有两个基因与糙皮病的发生有关--HPGD 和 SLCO2A1。这些基因的突变会导致前列腺素 E2 代谢障碍。本文描述了一例贲门失弛缓症患者的临床病例,在分子遗传学研究中发现了 HPGD 基因的两个突变:1 个外显子(chr4-174522451-T-A, NM_000860.6:c.1A>T)和2个外显子(chr4-174521985-AG-,NM_000860.6:c.175_176del)的复合杂合状态,而c.1A>T突变以前曾被描述过一次,所发现的HPGD基因的双重复突变组合以前在文献中没有发现过。该临床病例是第二例在俄罗斯人群中描述的桡动脉括约肌病,也是第一例被证实存在 HPGD 基因突变的病例。这篇文章拓展了人们对腓骨肌张力症基因型与表型相关性的认识,有助于在遗传咨询过程中更快、更正确地解读遗传信息。
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