有几种版本的结合珠蛋白基因。
珠蛋白基因的程序性表达是组织发育时期专一性的。
The programmed expression of globin genes is tissue and developmental stage specific.
虽然对于珠蛋白基因表达调控及开关的研究已取得许多进展，但至今对于调节这些开关的决定性调节因子仍不明确。
Although advance has been made in the study on control of globin gene expression and switching, key factors of globin gene switching is still unknown till now.
合并地贫血的G6PD缺乏症患儿珠蛋白基因缺陷类型多样，但G6PD缺乏症与地贫不同基因型之间并无明显的相关性。
The globin gene types in G6PD deficiency children are multifarious, but there is no obvious relationship between G6PD deficiency and the different globin gene types.
果与电镜和流式细胞光度计的实验结果一致，表明珠蛋白基因产物血红蛋白住杂交细胞中，能够表达并成为融合细胞的标志。
Results indicated that the resultant cybrid cells are characterized by the appearance of hemoglobin and its expression might be served as a marker for the cybrids.
然后通过扩增新鲜扁桃体组织中珠蛋白基因及模拟手套被质粒污染的情况下扩增质粒基因，验证该无DNA操作过程对避免污染的有效性。
Validity oft his "non-DNA" principle was evaluated by amplification of globin gene from fresh tonsil tissues and plasmid gene on condition that gloves were contaminated by plasmid.
同样的精卵结合方式很可能应用于“移植前基因诊断”，给那些患有其他基因疾病的人，包括白血病和珠蛋白生成障碍性贫血患者带来希望。
The same ready acceptance is likely to apply to PGD, which offers hope to sufferers of other genetic disorders, including leukaemia4 and thalas-saemia.
同样的精卵结合方式很可能应用于“移植前基因诊断”，给那些患有其他基因疾病的人，包括白血病和珠蛋白生成障碍性贫血患者带来希望。
The same ready acceptance is likely to apply to PGD, which offers hope to sufferers of other genetic disorders, including leukaemia4 and thalas-saemia.
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