国际遗传学杂志
國際遺傳學雜誌
국제유전학잡지
INTERNATIONAL JOURNAL OF GENETICS
2013年
6期
271-274
,共4页
Ataxin-3%ATXN3%CAG重复序列%脊髓小脑性共济失调3型
Ataxin-3%ATXN3%CAG重複序列%脊髓小腦性共濟失調3型
Ataxin-3%ATXN3%CAG중복서렬%척수소뇌성공제실조3형
Ataxin-3%ATXN3 gene%CAG repeats%MJD/SCA3
马查多-约瑟夫病(Machado-Joseph disease,MJD)也被称为脊髓小脑性共济失调3型(spinocerebellarataxia 3,SCA3),是最常见的遗传性脊髓小脑性共济失调亚型.发病机制尚不清楚,复杂的病情一直是临床工作者极大的挑战.得益于分子细胞遗传学迅猛发展,MJD症状前诊断及基因诊断成为现实并还在继续向前发展.逐步用于疾病诊断、鉴别诊断及治疗中,同时为遗传咨询提供科学依据.为寻求新突破,该文集中总结该疾病ATXN3突变致病机制及基因检测应用研究现状.更好地理解这些复杂的分子机制,探讨基因检测以及新基因突变位点的发现对这一致命性疾病的诊断及治疗意义.
馬查多-約瑟伕病(Machado-Joseph disease,MJD)也被稱為脊髓小腦性共濟失調3型(spinocerebellarataxia 3,SCA3),是最常見的遺傳性脊髓小腦性共濟失調亞型.髮病機製尚不清楚,複雜的病情一直是臨床工作者極大的挑戰.得益于分子細胞遺傳學迅猛髮展,MJD癥狀前診斷及基因診斷成為現實併還在繼續嚮前髮展.逐步用于疾病診斷、鑒彆診斷及治療中,同時為遺傳咨詢提供科學依據.為尋求新突破,該文集中總結該疾病ATXN3突變緻病機製及基因檢測應用研究現狀.更好地理解這些複雜的分子機製,探討基因檢測以及新基因突變位點的髮現對這一緻命性疾病的診斷及治療意義.
마사다-약슬부병(Machado-Joseph disease,MJD)야피칭위척수소뇌성공제실조3형(spinocerebellarataxia 3,SCA3),시최상견적유전성척수소뇌성공제실조아형.발병궤제상불청초,복잡적병정일직시림상공작자겁대적도전.득익우분자세포유전학신맹발전,MJD증상전진단급기인진단성위현실병환재계속향전발전.축보용우질병진단、감별진단급치료중,동시위유전자순제공과학의거.위심구신돌파,해문집중총결해질병ATXN3돌변치병궤제급기인검측응용연구현상.경호지리해저사복잡적분자궤제,탐토기인검측이급신기인돌변위점적발현대저일치명성질병적진단급치료의의.
Machado-Joseph disease (MJD),also known as spinocerebellar ataxia type 3 (SCA3),is the most common subtype of inherited spinocerebellar ataxia.The mechanism of MJD has not been very clear and the complex condition has always been a great challenge for clinical workers.Presymptomatic diagnosis and gene diagnosis of MJD have become reality profit from the rapid development of molecular cytogenetics and its continuing to move forward.This has gradually been successfully applied to the the clinical diagnosis,differential diagnosis and treatment of the disease,to provide the scientific basis for genetic counseling at the same time.To seek new breakthrough,we will summarizes the mutation mechanism of ATXN3 and the status of application of gene detection in the article.To explore the significance of gene detection and the discovery of new gene mutation,related to diagnosis and treatment,for this deadly disease through a better understanding of those complex molecular mechanisms.