1)  ABO
ABO
1.
ABO and RhD blood group typing by microplate automatic detection system;
大批量微板自动化检测正反定ABO及RhD血型的研究
2.
In order to study the genetic status of a rare chimeric family, some samples of A3B3 family were identified by sequencing of ABO gene; flow-rSSO and PCR-SSP were used to detect loci of HLA-A,B,DRB1 genes, and multiplex amplifying with fluorescence-dye were performed for 16 short tandem repeat (STR) loci.
为了研究罕见开米拉血型家系的基因遗传状态,对先证者家系部分样本进行ABO基因序列测定,用流式反向序列特异性寡核苷酸探针方法测定HLA-A、B、DRB1基因位点,用PCR-序列特异性引物法测定HLA-A、B、DRB1基因位点,对16个短串联重复片段位点进行荧光标记复合扩增。
2)  Abo
阿钵
3)  ABO gene
ABO基因
1.
This study was purposed to investigate the correlation between DNA methylation of the ABO gene promo-ter CpG island and leukemia.
本研究探讨ABO基因启动子CpG岛甲基化与白血病的相关性。
4)  ABO-incompatible
ABO血型不合
1.
Pure Red Cell Aplasia Following ABO-incompatible Allogeneic Hematopoietic Stem Cell Transplantation;
ABO血型不合异基因造血干细胞移植后并发纯红系再生障碍
2.
Pure Red Cell Aplasia Following Major ABO-incompatible Allogeneic Hematopoietic Stem Cell Transplantation;
主要ABO血型不合异基因造血干细胞移植后纯红再障
3.
Objective To explore the value of ABO-incompatible liver transplantation in the treatment of severe hepatitis.
结论供受体ABO血型不合肝移植可以作为抢救重症肝炎病人的选择,尤其对O型血受体疗效较好。
5)  ABO genotype
ABO基因型
1.
Detection of ABO genotype genetic polymorphism by multiplex-PCR based sequencing and application in forensic medicine;
运用多重PCR-直接测序法检测ABO基因型及其遗传多态性
2.
ABO genotypes of 146 unrelated Han Chinese were analyzed by CASPA.
目的建立一种新的ABO基因型分型的等位基因特异性引物消耗法(CASPA)。
6)  ABO incompatibility
ABO血型不合
1.
To explore the effects of ABO incompatibility between recipient and donor on HLA-matched nonmyeloablative allogeneic peripheral blood stem cell transplantation (NAST), a retrospective, cohort study was performed.
为了探讨ABO血型不合对HLA相合的非清髓异基因外周血干细胞移植 (NAST)的影响 ,回顾分析了 15例ABO血型主要不合 ,9例次要不合的HLA相合的NAST的临床特点 ,并选用同期ABO血型相合的NAST作成组比较。
参考词条
补充资料:ABO blood group antigens ABO
分子式:
CAS号:

性质:血型抗原是人红细胞表面抗原的主要类型之一,并受基因控制。其化学组成是糖脂类,糖脂复合物中具有抗原性的是其中的寡糖部分。寡糖链又是借共价键连接在鞘脂类(sphingolipide)的末端部位,并呈小叶状外露在双脂层细胞膜的外侧。有两个核心链(I和II),用不同的糖单位构筑在这两个核心键上而产生出O(H)、A和B型的抗原。红细胞的O型是以d-1,2糖苷键把果糖连接至半乳糖残基上,从而构成了所谓的抗原H结构,并再以H结构为基础再在其上构作出A和B抗原。A、B、H在体内得以表达是借助于某些酶蛋白的合成;即通过糖基转移酶(glycosyltransferases)予以实现。这些糖基转移酶能移花接木式地将N-乙酰半乳糖胺或半乳糖连接到H抗原的基础结构上,从而产生出A型、B型或AB型血型。如某人体内无这类特异的糖基转移酶,则这人的血型为O型。

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