子痫前期发生过程中遗传性血栓形成因子和内皮功能障碍的复制研究

Сереброва, В.Н., Трифонова, Е.А., Ворожищева, А.Ю., Степанов, В.А.
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引用次数: 0

摘要

对 8 个最重要的子痫前期候选基因的单核苷酸多态性变异进行了复制关联分析:MTHFR基因的rs1801133,F2基因的rs1799963,F5基因的rs6025,SERPINE1基因的rs1799889,NOS3基因的rs1799983和VNTR,VEGF基因的rs3025000、rs3025010和rs10434,AGT基因的rs699,ACE基因的rs4646994。研究结果表明,5 个基因中的 6 个 SNPs 与该病症的发生有关:布里亚特人、俄罗斯人和雅库特人中 SERPINE1 基因的 rs1799889 和 NOS3 基因的 rs1799983,布里亚特人中 NOS3 基因的 VNTR,俄罗斯人中 MTHFR 基因的 rs1801133、F5 基因的 rs6025 和 VEGF 基因的 rs3025010。我们对子痫前期最重要的 8 个候选基因的单核苷酸多态性进行了复制关联分析:这些基因包括:MTHFR 基因 rs1801133、F2 基因 rs1799963、F5 基因 rs6025、SERPINE1 基因 rs1799889、NOS3 基因 rs1799983 和 VNTR、VEGF 基因 rs3025000、rs3025010 和 rs10434、AGT 基因 rs699、ACE 基因 rs4646994。结果显示,先兆子痫与 5 个 SNP 6 个基因有明显关联:布里亚特人、俄罗斯人和雅库特人中 SERPINE1 基因中的 rs1799889 和 NOS3 基因中的 rs1799983,布里亚特人中 NOS3 基因中的 VNTR,俄罗斯人中 MTHFR 基因中的 rs1801133、F5 基因中的 rs6025 和 VEGF 基因中的 rs3025010。
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Replicative study of hereditary thrombophilia factors and endothelial dysfunction in the development of preeclampsia
Проведен репликативный анализ ассоциаций однонуклеотидных полиморфных вариантов 8 наиболее значимых генов-кандидатов преклампсии: rs1801133 гена MTHFR, rs1799963 гена F2, rs6025 гена F5, rs1799889 гена SERPINE1, rs1799983 и VNTR гена NOS3, rs3025000, rs3025010 и rs10434 гена VEGF, rs699 гена AGT, rs4646994 гена ACE. Полученные результаты показали ассоциацию с развитием данной патологии шести SNP пяти генов: rs1799889 гена SERPINE1 и rs1799983 гена NOS3 у бурятов, русских и якутов, VNTR гена NOS3 у бурятов, rs1801133 гена MTHFR, rs6025 гена F5 и rs3025010 гена VEGF у русских. We conducted a replicative associations analysis of the single-nucleotide polymorphisms of 8 most significant candidate genes of preeclampsia: rs1801133 in the MTHFR gene, rs1799963 in the F2 gene, rs6025 in the F5 gene, rs1799889 in the SERPINE1 gene, rs1799983 and VNTR in the NOS3 gene, rs3025000, rs3025010 and rs10434 in the VEGF gene, rs699 in the AGT gene, rs4646994 in the ACE gene. The results demonstrate а significant associations of preeclampsia with 5 SNP 6 genes: rs1799889 in the SERPINE1 gene and rs1799983 in the NOS3 gene in Buryats, Russians and Yakuts, VNTR in the NOS3 gene in Buryats, rs1801133 in the MTHFR gene, rs6025 in the F5 gene and rs3025010 in the VEGF gene in Russian.
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