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人类唾液淀粉酶基因的鉴定。基因组DNA的部分序列表明其调控模式与小鼠的Amy1不同。

Identification of a human salivary amylase gene. Partial sequence of genomic DNA suggests a mode of regulation different from that of mouse, Amy1.

作者信息

Handy D E, Larsen S H, Karn R C, Hodes M E

出版信息

Mol Biol Med. 1987 Jun;4(3):145-55.

PMID:2442579
Abstract

We report the identification and partial sequence for a human salivary amylase gene, Amy1. The genomic sequence was compared with known human pancreatic and salivary amylase cDNA sequences and another salivary amylase gene sequence. While most of the intron/exon structure and coding sequences are highly similar to other amylase DNAs, the bulk of the 5' end varies significantly. Major differences in the positions and structures of promoters between human and mouse Amy1 genes suggest that there are important differences between the tissue-specific expressions in the two mammals. Some potential enhancer sequences were identified.

摘要

我们报告了人类唾液淀粉酶基因Amy1的鉴定及部分序列。将该基因组序列与已知的人类胰腺和唾液淀粉酶cDNA序列以及另一个唾液淀粉酶基因序列进行了比较。虽然大部分内含子/外显子结构和编码序列与其他淀粉酶DNA高度相似,但5'端的大部分区域差异显著。人类和小鼠Amy1基因启动子的位置和结构存在重大差异,这表明这两种哺乳动物在组织特异性表达方面存在重要差异。还鉴定出了一些潜在的增强子序列。

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