法医学杂志
法醫學雜誌
법의학잡지
JOURNAL OF FORENSIC MEDICINE
2013年
5期
348-352
,共5页
徐小龙%王雯%刘超%侯一丁%黄雷%刘长晖%李越%成建定
徐小龍%王雯%劉超%侯一丁%黃雷%劉長暉%李越%成建定
서소룡%왕문%류초%후일정%황뢰%류장휘%리월%성건정
法医遗传学%青壮年猝死综合征%甘油-3-磷酸脱氢酶样基因
法醫遺傳學%青壯年猝死綜閤徵%甘油-3-燐痠脫氫酶樣基因
법의유전학%청장년졸사종합정%감유-3-린산탈경매양기인
forensic genetics%sudden manhood death syndrome%glycerol-3-phosphate dehydrogenase 1 like gene
目的:探寻甘油-3-磷酸脱氢酶样基因(glycerol-3-phosphate dehydrogenase 1 like gene,GPD1-L)的变异位点,讨论其与青壮年猝死综合征(sudden manhood death syndrome,SMDS)的关系。方法提取SMDS组及健康对照组血样的基因组DNA,采用PCR法扩增GPD1-L基因编码区外显子、外显子-内含子交界区以及3′侧翼区序列,直接进行DNA测序以明确遗传变异类型,并进行基因型频率和等位基因频率的统计学分析。结果在SMDS组中共检测到2个变异位点,c.465C>T和c.*18G>T,后者在SMDS组和对照组中基因型分布和等位基因频率存在一定差异,但无统计学意义(P>0.05)。结论 GPD1-L基因变异与中国人SMDS发生的相关性尚有待进一步研究。
目的:探尋甘油-3-燐痠脫氫酶樣基因(glycerol-3-phosphate dehydrogenase 1 like gene,GPD1-L)的變異位點,討論其與青壯年猝死綜閤徵(sudden manhood death syndrome,SMDS)的關繫。方法提取SMDS組及健康對照組血樣的基因組DNA,採用PCR法擴增GPD1-L基因編碼區外顯子、外顯子-內含子交界區以及3′側翼區序列,直接進行DNA測序以明確遺傳變異類型,併進行基因型頻率和等位基因頻率的統計學分析。結果在SMDS組中共檢測到2箇變異位點,c.465C>T和c.*18G>T,後者在SMDS組和對照組中基因型分佈和等位基因頻率存在一定差異,但無統計學意義(P>0.05)。結論 GPD1-L基因變異與中國人SMDS髮生的相關性尚有待進一步研究。
목적:탐심감유-3-린산탈경매양기인(glycerol-3-phosphate dehydrogenase 1 like gene,GPD1-L)적변이위점,토론기여청장년졸사종합정(sudden manhood death syndrome,SMDS)적관계。방법제취SMDS조급건강대조조혈양적기인조DNA,채용PCR법확증GPD1-L기인편마구외현자、외현자-내함자교계구이급3′측익구서렬,직접진행DNA측서이명학유전변이류형,병진행기인형빈솔화등위기인빈솔적통계학분석。결과재SMDS조중공검측도2개변이위점,c.465C>T화c.*18G>T,후자재SMDS조화대조조중기인형분포화등위기인빈솔존재일정차이,단무통계학의의(P>0.05)。결론 GPD1-L기인변이여중국인SMDS발생적상관성상유대진일보연구。
Objective To analyze the variations of glycerol-3-phosphate dehydrogenase 1 like gene (GPD1-L) and address the association with sudden m anhood death syndrom e (SMDS). Methods The genom ic DNA was extracted from blood sam ples of the SMDS group and the norm alcontrolgroup.The exons, exon-in-tron boundaries and 3′-U TRs of coding region of GPD1-L w ere PCRam plified and DNAsequenced di-rectly to confirm the types of variations. The genotype frequency and allele frequency w ere analyzed statistically. Results There w ere tw ovariants in the SMDS group, c.465C>Tand c.*18G>T, the latter existed certain degree difference of genotype distribution and allele frequency betw een the SMDS group and the control group, but there was no statistically significant (P>0.05). Conclusion The relation be-tw een gene m utation of GPD1-L and the occurrence of Chinese SMDS deserves a further research.