中华耳科学杂志
中華耳科學雜誌
중화이과학잡지
CHINESE JOURNAL OF OTOLOGY
2014年
1期
1-5
,共5页
耳聋%基因诊断%转化医学
耳聾%基因診斷%轉化醫學
이롱%기인진단%전화의학
Deafess%Genetic Testing%Translational Medicine
转化医学致力于弥合基础研发与临床应用之间的鸿沟,在基础医学与临床医学之间建立起桥梁,是将从基础研究获得的知识、成果快速转化为临床诊断治疗方法的新医学理念。耳聋基因诊断在国内开展已有10余年,为相当部分的耳聋患者(特别是儿童耳聋患者)揭示了分子病因,为耳聋家庭提供了致病基因的携带状况和遗传规律等信息,为耳聋的遗传咨询、产前诊断及出生缺陷预防的临床实践提供了理论基础和技术保障,促进了聋病三级预防的实现。耳聋基因诊断的出现和发展推动了耳聋的诊断由影像和听力学水平跃升至分子水平,也为耳聋基因治疗的基础研究奠定了坚实的基础,是转化医学推动疾病防治的范例,对耳学科、康复科学和优生优育科学的发展起到了积极作用。
轉化醫學緻力于瀰閤基礎研髮與臨床應用之間的鴻溝,在基礎醫學與臨床醫學之間建立起橋樑,是將從基礎研究穫得的知識、成果快速轉化為臨床診斷治療方法的新醫學理唸。耳聾基因診斷在國內開展已有10餘年,為相噹部分的耳聾患者(特彆是兒童耳聾患者)揭示瞭分子病因,為耳聾傢庭提供瞭緻病基因的攜帶狀況和遺傳規律等信息,為耳聾的遺傳咨詢、產前診斷及齣生缺陷預防的臨床實踐提供瞭理論基礎和技術保障,促進瞭聾病三級預防的實現。耳聾基因診斷的齣現和髮展推動瞭耳聾的診斷由影像和聽力學水平躍升至分子水平,也為耳聾基因治療的基礎研究奠定瞭堅實的基礎,是轉化醫學推動疾病防治的範例,對耳學科、康複科學和優生優育科學的髮展起到瞭積極作用。
전화의학치력우미합기출연발여림상응용지간적홍구,재기출의학여림상의학지간건립기교량,시장종기출연구획득적지식、성과쾌속전화위림상진단치료방법적신의학이념。이롱기인진단재국내개전이유10여년,위상당부분적이롱환자(특별시인동이롱환자)게시료분자병인,위이롱가정제공료치병기인적휴대상황화유전규률등신식,위이롱적유전자순、산전진단급출생결함예방적림상실천제공료이론기출화기술보장,촉진료롱병삼급예방적실현。이롱기인진단적출현화발전추동료이롱적진단유영상화은역학수평약승지분자수평,야위이롱기인치료적기출연구전정료견실적기출,시전화의학추동질병방치적범례,대이학과、강복과학화우생우육과학적발전기도료적겁작용。
Translational medicine is a multi-discipline syncretic field mainly from the development of genomics and bioinformatics. It can be broadly defined as‘bench to bedside’research. It advocates information obtained from preliminary human experiments be used to refine our understanding of the biological systems and principles underpinning different human diseases. This enables further development and enhancement of therapeutics for treating and preventing the disease. Deafness genetic testing has been practiced in China for more than 10 years. It not only reveals the exact molecular etiology for a great proportion of hearing impairment population, but also shows the carrying state of deafness genes/mutations among the families. Deafness genetic testing serves as the basis for genetic counseling, prenatal genetic diagnosis, and preimplantation genetic di-agnosis of deafness. It promotes the realization of primary, secondary and tertiary prevention of deafness. The advent of deaf-ness genetic testing elevates the diagnosis of hearing impairment from a radiological and audiological level to a molecular lev-el. Meanwhile, it underlies the future gene thearapy for deafness. The development of deafness genetic testing in China acceler-ates the progress of otology, which is an good example of translational medicine.