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首页> 外文期刊>Genetics: A Periodical Record of Investigations Bearing on Heredity and Variation >SEGMENTAL ANEUPLOIDY AND ENZYME ACTIVITY AS A METHOD FOR CYTOGENETIC LOCALIZATION IN DROSOPHILA MELANOGASTER
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SEGMENTAL ANEUPLOIDY AND ENZYME ACTIVITY AS A METHOD FOR CYTOGENETIC LOCALIZATION IN DROSOPHILA MELANOGASTER

机译:节段化和酶活作为黑腹果蝇细胞遗传定位的一种方法

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A method of mapping genes which specify enzymes without the necessity of obtaining genetic variants has been explored. Three enzymes whose structural genes have known genetic positions were chosen to see if the relationship between gene dosage and enzyme activity could be used as a tool in cytological localization. Z w , the gene specifying G6PD, is located in the X chromosome region, 18D-18F. The structural gene for 6PGD, Pgd , maps in the X chromosome bands 2C1-2E1. Idh-NADP, the gene which specifies IDH-NADP, is found on the third chromosome, in bands 66B-67C.
机译:已经探索了一种映射指定酶的基因而无需获得遗传变异的方法。选择三种结构基因具有已知遗传位置的酶,以查看基因剂量和酶活性之间的关系是否可以用作细胞学定位中的工具。 Z w是指定G6PD的基因,位于X染色体区域18D-18F。 6PGD的结构基因Pgd在X染色体带2C1-2E1中定位。在第三条染色体的66B-67C条带中发现了指定IDH-NADP的基因Idh-NADP。

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