GSDS USES this information to obtain the gene structure and draw diagram for it.
GSDS使用这些信息获得基因结构并为其绘制示意图。
Users can also designate some special regions to mark on the gene structure diagram.
用户也能够指定一些特殊区域以在基因结构图上标记。
Part 1: gene structure, SNP detection and traits association of the porcine FSCN1 gene.
第一部分：猪fscn1基因结构、SNP检测及性状关联分析。
This article summarized distribution of OCX-36 in eggshell, gene structure and bioactivity.
本文综述了OCX - 36在蛋壳中的分布、基因结构以及生物活性。
We developed a web server GSDS (Gene Structure Display Server) for drawing gene structure schematic diagrams.
我们开发了一个用于绘制基因结构示意图的网络服务器。
The general properties, gene structure, functional aspects and its related diseases are reviewed in this paper.
全文对其分子结构、基因结构、生物学功能及与临床疾病的关系作一综述。
The proteases with a similar property show a high homologous in gene structure, even they are synthesized by different strains.
具有相同性质的蛋白酶即使来源于不同菌种，在基因结构上仍具有很高的同源性；
This review focuses on EYA gene structure, biological effects, tissue distribution as well as the relationship between EYA and serious diseases.
本文就EYA基因的结构、生物学功能、组织分布及其与重大疾病的关系作一综述。
This article reviews some progresses of myeloperoxidase about its structure, biological function, gene structure, polymorphism and related diseases.
本文就髓过氧化物酶结构、生物学功能、基因结构及多态性与相关疾病的研究进展简要综述。
This review summarizes the CYP2C9 gene structure, induction mechanism, known polymorphism and functional significances and their population frequencies.
该文主要从CYP2C9的基因结构，诱导机制，基因的多态性及其功能意义，人群的分布综述CYP2C9的研究进展。
The expression orientation, gene structure, biological function and regulation of dentin matrix protein-1 in dentin and bone was reviewed in this paper.
下面就牙本质基质蛋白- 1的表达定位、基因结构、生物学功能以及表达调控因素作一综述。
These results will provide the data for further research of MTHFR gene structure and function, and dietary folic acid supplementation in poultry production.
研究结果可为进一步研究MTHFR基因的结构和功能以及叶酸在家禽生产中的应用提供资料。
The gene structure, biochemical characteristics, biological functions in solubilizingfibrin and enzyme activityassay of nattokinase are reviewed in this paper.
本文就纳豆激酶的基因结构、生化特性、生物学功能及酶活性测定等方面进行了综述。
Biological information was the essential technique for agricultural science, which could be used to analyze the gene, the gene structure, the function of gene product.
生物信息学是基因、基因结构、基因产物功能分析必不可少的技术手段。
Microbial structural genomics and functional genomics try to illuminate the inner relation between gene structure and function, and constructed gene regulatory networks.
微生物结构基因组学和功能基因组学研究试图揭示基因结构与功能的内在联系，绘制出基因调控网络图。
This is an advanced course discussing plant gene structure and function, genome organization, signal transduction during growth and development, gene discovery, genomics and proteomics.
本进阶课程讨论植物基因构造与功能、基因组构造、生长及发育过程中之讯号传导、基因发现、基因体学、及蛋白质体学等。
The gene structure, biochemical characteristics, biological functions in solubilizing fibrin, enzyme activity assay, isolation and purification of nattokinase are reviewed in this paper.
本文就纳豆激酶的基因结构、生化特性、生物学功能、酶活性测定及分离纯化等方面进行了综述。
The gene structure, biochemical characteristics, biological functions in solubilizing fibrin, enzyme activity assay, isolation and purification of nattokinase are reviewed in this paper.
本文就纳豆激酶的基因结构、生化特性、生物学功能、酶活性测定及分离纯化等方面进行了综述。
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