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两种构祀植物花药培养单倍体的诱导
引用本文:江三多,汤国梅,张明园,任大明,钱伊萍,张野,林嗣萃,李飞,汪栋祥.两种构祀植物花药培养单倍体的诱导[J].遗传,2003,25(5):538-542.
作者姓名:江三多  汤国梅  张明园  任大明  钱伊萍  张野  林嗣萃  李飞  汪栋祥
作者单位:中国科学院植物研究所植物园,北京
基金项目:上海市老年医学领先学科资助项目(95-Ⅲ-011)
摘    要:对110例广东汉族人血清作了补体C2, Bf, C4的测定,其基因频率分V1为:C2*C'0.9500, C2*B: 0.0227,C2-,4:0182, C2*QO:O.0091;Bf*S:0.8364, Bf^`F:0.1409, Bf*S07:0.0091, Bf *S025: 0.009i,Bf*S055:0,0045; C4*A3:0.6327,C4*A4:0.1327,C4*_00:0.1020, C4*A5:0.0255 (一4*A2: 0·0918,C4*,41:0.0053;C4*B1:0.4569, C4*B2:0.4416, C4*QO:O.0558,C4*B5:0.0152,C4"}B96: 0.0152, C4*B3:0.0102, C4*B92:0.0051。木调查在我国首次发现一例C2*QO纯合子。

关 键 词:Key  words  Alzheimer′s  disease  amyloid  precursor  protein  gene  expression  mutation
文章编号:0253-9772(2003)05-0538-05
修稿时间:2002年10月21

Expression Variation and Mutation Analysis of Exon 9 and 10 in Amyloid Precursor Protein Gene in Alzheimer's Disease
San-Duo Jiang,Guo-Mei Tang,Ming-Yuan Zhang,Da-Ming Ren,Yi-Ping Qian,Ye Zhang,Si-Cui Lin,Fei Li,Dong-Xiang Wang.Expression Variation and Mutation Analysis of Exon 9 and 10 in Amyloid Precursor Protein Gene in Alzheimer's Disease[J].Hereditas,2003,25(5):538-542.
Authors:San-Duo Jiang  Guo-Mei Tang  Ming-Yuan Zhang  Da-Ming Ren  Yi-Ping Qian  Ye Zhang  Si-Cui Lin  Fei Li  Dong-Xiang Wang
Institution:Shanghai Mental Health Center, Shanghai 200030, China. Jiangsanduo@163.com
Abstract:To explore the expression differences of exon 9 and 10 in Amyloid Precursor Protein gene(APP9 approximately 10) in Alzheimer's disease,and detect the probable point mutation appeared in cDNA fragment of APP9 approximately 10 in the Shanghai Han people.semi-quantitative competitive RT-PCR technique was performed to detect the expression of APP9 approximately 10 in peripheral lymphocyte, and the Apolipoprotein E gene(ApoE) and Presenilin 1(PS1)gene were genotyped with PCR-RFLP method. We also analyzed the point mutation in APP9 approximately 10 cDNA through the denatured gel electrophoresis.The results are as follows:1. While compared with healthy controls,expression of APP9 approximately 10 mRNA was significantly enhanced in Alzheimer disease; 2.APOE*epsilon4 allele, the most common genetic risk factor for AD, did not affect the Expression of APP9 approximately 10 mRNA, whereas the APP9 approximately 10 mRNA expression might be increased by the allele 1 of PS1 gene, another probable susceptibility gene of AD.3. No point mutation in APP9 approximately 10 cDNA was detected.In our samples, the expression of APP9 approximately 10 mRNA in AD was significantly different from that of controls, suggesting that the change of peripheral APP9 approximately 10 mRNA expression might be another bio-marker used in clinical diagnosis for AD.
Keywords:
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