中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2012年
11期
2087-2090
,共4页
李航%王彬彬%高秉仁%柳江燕%赵启明%陈文胜%王炜%杨堃
李航%王彬彬%高秉仁%柳江燕%趙啟明%陳文勝%王煒%楊堃
리항%왕빈빈%고병인%류강연%조계명%진문성%왕위%양곤
先天性心脏病%室间隔缺损%ACTC1%基因%剪切位点%隐蔽剪切位点
先天性心髒病%室間隔缺損%ACTC1%基因%剪切位點%隱蔽剪切位點
선천성심장병%실간격결손%ACTC1%기인%전절위점%은폐전절위점
背景:ACTC1 是先天性心脏病的候选基因,且与人类先天性心脏病房间隔缺损有关.目的:对110 个先天性心脏病核心家系中ACTC1 基因进行突变筛查.方法:在110 个先天性心脏病核心家系与300 例无报道有心脏畸形的正常人之间进行对照试验.使用5 对引物将ACTC1 基因的6 个编码区片段进行PCR 体外扩增,从PCR产物中筛查基因突变.结果与结论:在ACTC1 基因的第五外显子下游5'端剪切位点第3 个碱基发现了1 个G-A 的全新的突变.这个突变存在于1 个患有单纯性室间隔缺损的女孩和她30 岁的没有报道过心脏畸形的父亲,且该突变没有在300 例正常对照组中筛出.提示该突变可能与人类先天性心脏病室间隔缺损有关.
揹景:ACTC1 是先天性心髒病的候選基因,且與人類先天性心髒病房間隔缺損有關.目的:對110 箇先天性心髒病覈心傢繫中ACTC1 基因進行突變篩查.方法:在110 箇先天性心髒病覈心傢繫與300 例無報道有心髒畸形的正常人之間進行對照試驗.使用5 對引物將ACTC1 基因的6 箇編碼區片段進行PCR 體外擴增,從PCR產物中篩查基因突變.結果與結論:在ACTC1 基因的第五外顯子下遊5'耑剪切位點第3 箇堿基髮現瞭1 箇G-A 的全新的突變.這箇突變存在于1 箇患有單純性室間隔缺損的女孩和她30 歲的沒有報道過心髒畸形的父親,且該突變沒有在300 例正常對照組中篩齣.提示該突變可能與人類先天性心髒病室間隔缺損有關.
배경:ACTC1 시선천성심장병적후선기인,차여인류선천성심장병방간격결손유관.목적:대110 개선천성심장병핵심가계중ACTC1 기인진행돌변사사.방법:재110 개선천성심장병핵심가계여300 례무보도유심장기형적정상인지간진행대조시험.사용5 대인물장ACTC1 기인적6 개편마구편단진행PCR 체외확증,종PCR산물중사사기인돌변.결과여결론:재ACTC1 기인적제오외현자하유5'단전절위점제3 개감기발현료1 개G-A 적전신적돌변.저개돌변존재우1 개환유단순성실간격결손적녀해화저30 세적몰유보도과심장기형적부친,차해돌변몰유재300 례정상대조조중사출.제시해돌변가능여인류선천성심장병실간격결손유관.
BACKGROUND: As a candidate gene of congenital heart disease, ACTC1 gene is related to congenital atrial septal defect inhumans.OBJECTIVE: To perform a mutation screen of ACTC1 gene in 110 nuclear families of congenital heart disease.METHODS: A case-control study was conducted based on 110 nuclear families of congenital heart disease and 300 normalhuman beings with no reported cardiac malformation. Six fragments in the coding region of ACTC1 gene was amplified by PCR invitro using five primers pairs. PCR products were screened for gene mutations.RESULTS AND CONCLUSION: A novel G-to-A variant was found at the third nucleotide of the intron downstream from exon 5.This mutation existed in a 5-year-old female with an isolated ventricular septal defect and her 30-year-old father, who had noreported cardiac anomalies. This mutation was not detected in 300 normal controls. These findings indicate that the mutation maybe related with congenital ventricular septal defects in humans.