PAC和cosmid在人类7p15染色体上跨越HOXA簇。

M H Kim, J H Park, H W Park, I H Chung, K A Park
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引用次数: 1

摘要

为了构建人类7号染色体上横跨HOXA簇的PAC和cosmid序列图,我们使用了9个DNA标记(D7S2243、D7S3010、HOXA1、EVX1、750、phbh8、p60、p8.0和HOXA11),其中最后4个是通过霰弹枪克隆策略生成的。从文库中筛选出5个PAC和35个cosmid克隆,构建了覆盖整个基因组区域(约200 kb)的cosmid和PAC重叠连续序列。分离得到的菊科植物含有多个连续的区域群HOX基因,可能共同参与了选择性剪接或聚腺苷化等调控过程,可作为未来阐明HOX基因表达的分子机制的有用材料。
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PAC and cosmid contig spanning the HOXA cluster on human chromosome 7p15.

To construct the PAC and cosmid contig map spanning the HOXA cluster on human chromosome 7, we used 9 DNA markers (D7S2243, D7S3010, HOXA1, EVX1, 750, pBH8, p60, p8.0, and HOXA11), among which the final 4 were generated in this study by shotgun cloning strategy. From the libraries, 5 PAC and 35 cosmid clones were screened and as a result, an overlapping continuous array of cosmid and PAC clones covering the genomic region (about 200 kb) spanning the entire cluster were constructed. The isolated cosmids contained several consecutive HOX genes of regional group, probably sharing the regulatory processes such as alternative splicing or polyadenylation, and thus could be used as useful materials for elucidating the molecular mechanism of HOX gene expression in the future.

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