等位基因
遗传学
突变
点突变
生物
遗传分析
等位基因频率
氨基酸取代
突变试验
人类遗传学
遗传变异
聚合酶链反应
多态性(计算机科学)
基因检测
分子遗传学
医学
血清学
计算生物学
基因型
遗传诊断
作者
Xiaoye Sun,Xinfeng Wang,Hui Ni,Hui Cong
标识
DOI:10.7754/clin.lab.2025.250352
摘要
BACKGROUND: Molecular biology and molecular genetics play an extremely important role in identifying ABO sub-groups. METHODS: Blood group was detected by conventional serological method, and ABO gene was amplified and sequenced by PCR method. RESULTS: The proband's red cell grouping results were AwB or B(A) subgroup and the serum grouping was B group. ABO blood group genotype of the proband and her parents were ABO*BA.02/ABO*O.01.01, ABO*B.01/ ABO*O.01.01 and ABO*BA.02/ABO*B.01, respectively. CONCLUSIONS: Blood group serology and molecular diagnostic techniques can accurately identify the rare B (A) 02 subgroup, pedigree analysis showed that the proband's BA.02 allele mutation came from her mother. Its allele was a point mutation of c.700C>G on the basis of ABO*B.01.
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