1) HLA-DR gene
HLA-DR基因
1.
HLA-DR genotypes were detected by SSP-PCR in 40 patients with acquired aplastic anemia and 107 normal controls, and the expressions of HLA-DR gene in AA patients and normal controls were compared.
本研究探讨再生障碍性贫血(AA)患儿HLA-DR基因表达情况及其与免疫抑制治疗疗效的关系,评价HLA-DRB1*15基因型检测的临床意义。
2.
Objective:To evaluate relationship between HLA and IgA nephropathy,we study HLA-DR gene susceptibility to IgA nephropathy in Guangxi Zhuang population.
目的:探讨广西籍壮族IgA肾病(IgAN)与HLA-DR基因的相关性,并进行序列分析。
3.
Objective: To evaluate relationship between HLA and IgA nephropathy and it’s clinical presentation,pathology, We study HLA-DR gene susceptibility to IgA nephropathy in Guangxi Zhuang and Han population.
目的:探讨广西地区汉族、壮族IgA肾病(IgAN)与人类白细胞抗原(HLA)-DR基因的相关性,以及其临床表现、病理改变与HLA-DR基因的相关性。
4) HLA-DQB_1 gene
HLA-DQB_1基因
1.
HLA-DQB_1 genes involved in the genetic susceptibility of gastric ulcer in Guangdong Hans;
广东地区汉族人HLA-DQB_1基因对胃溃疡患者的遗传易感性研究
5) HLA gene
HLA基因
1.
To investigate the correlation between the HLA genes and pathogenesis of aplastic anemia (AA), polymerase chain reaction with specific sequence primers (PCR-SSP) method was used to HLA typing in 82 patients with AA and 400 normal healthy individuals as control.
本研究探讨HLA基因与再生障碍性贫血(aplastic anemia,AA)发病之间的相关性。
2.
The HLA gene types in 30 DMD patients were compared with those of 668 unrelated donors from Umbilical Cord Blood Center of Guangdong Province .
结果表明 :DMD疾病组的HLA基因呈正态遗传 ,DMD患者HLA基因表达与广东健康人群无统计学上显著差异 ;DMD患者中 1/ 4寻找到合适用于移植的干细胞 ,其中在广东脐血库寻找到≥ 5个HLA ABDR基因配合的几率为 5 0 % ,在中国造血干细胞库寻找到 6个HLA ABDR基因配合的几率为 2 6%。
6) HLA-B27 Gene
HLA-B27基因
1.
The Clinical Application of Detection in HLA-B27 Gene;
HLA-B27基因检测的临床应用
2.
Objective To investigate the genotypes distribution of HLA-B27 gene in healthy individuals and patients with ankylosing spondy(AS) in Chinese Han nationality of Suzhou region.
方法对正常人HLA-B27基因阳性组(简称正常组)50人、AS患者HLA-B27基因阳性组(简称AS组)160例采用特异性引物聚合酶链反应技术(PCR-SSP)进行了HLA-B27亚型基因检测。
补充资料:DR方程
分子式:
CAS号:
性质:低于组分临界温度时的单组分吸附等温方程。对细孔活性炭,该方程为式中,q为吸附剂的吸附量;Wt为活性炭的吸附空间的极限总体积,它近似等于微孔的总容积;Vm为摩尔容积;T为绝对温度;βa为吸附势比值;p为吸附质在气体混合物中的分压,p0为饱和蒸汽压;B=(2.3R)2k是;R为气体常数;k为与微孔数量及大小分布有关的常数。B值在0.2×10-6至10×10-6之间。对粗孔活性炭,DR方程为式中,A=2.3Rk1,k1为常数,A值在0.2×10-2 至0.4×10-2之间。
CAS号:
性质:低于组分临界温度时的单组分吸附等温方程。对细孔活性炭,该方程为式中,q为吸附剂的吸附量;Wt为活性炭的吸附空间的极限总体积,它近似等于微孔的总容积;Vm为摩尔容积;T为绝对温度;βa为吸附势比值;p为吸附质在气体混合物中的分压,p0为饱和蒸汽压;B=(2.3R)2k是;R为气体常数;k为与微孔数量及大小分布有关的常数。B值在0.2×10-6至10×10-6之间。对粗孔活性炭,DR方程为式中,A=2.3Rk1,k1为常数,A值在0.2×10-2 至0.4×10-2之间。
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