染色体定位

rǎn sè tǐ dìnɡ wèi
  • chromosomal localization;chromosomal assignment
染色体定位染色体定位
  1. 猪BMP11基因的克隆、表达分析及染色体定位

    Molecular Cloning , Expression Analysis and Chromosomal Localization of Porcine Bone Morphogenetic Protein 11 ( BMP11 ) Gene

  2. 根据其表面受体、染色体定位、酸稳定性等的不同,可将干扰素分为Ⅰ、Ⅱ、Ⅲ三种类型。其中α-干扰素属于Ⅰ型干扰素,具有强大的抗病毒功能。

    According to difference in receptor , chromosomal localization and acid stability , interferon can be classified into three types I , II and III. IFN-a belongs to type I interferon , which has powerful antiviral activity .

  3. X连锁遗传高度近视的初步染色体定位

    Preliminary study on chromosome location of X-linked high myopia

  4. 应用显微操作和PCR技术进行基因的染色体定位

    Bind Chromosome Micro-Manipulation with PCR to Locate Genes on Chromosomes

  5. 普通小麦品种Hope细胞膜热稳定性基因的染色体定位

    Chromosomal Location of Genes for Heat Tolerance as Measured by Membrane Thermostability of Common Wheat cv . Hope

  6. 动物细胞凋亡相关基因p53和c-myc在大麦中的染色体定位

    Chromosomal Location of Animal Apoptosis Related Genes p53 and c-myc in Barley

  7. 大鼠高重复序列Rat(HindⅢ)-1的染色体定位研究

    The Studies on Localization of Rat Highly Repetitive Sequence Rat ( Hind ⅲ) - 1 in the Chromosomes

  8. 莫迦小麦的T型恢复基因的染色体定位及其与K型主效不育基因的连锁关系研究

    Study on the Chromosomal Location of the T-Type Restorer Gene and Linkage Analysis between It and the K-Type Male Sterile Gene in T.Macha

  9. 一个犬凝集素基因VIP36的人类同源基因cDNA的克隆、染色体定位和表达谱分析

    Cloning , Mapping and Expression Analysis of a Human Homologous cDNA of Dog Lectin Gene , VIP 36

  10. 豌豆卷曲突变基因curl的染色体定位

    Chromosome Location of the Mutant Gene curl in Pea

  11. 人伴侣蛋白CCTβ亚基全长cDNA的克隆、表达及其染色体定位

    Cloning , expression and location of the full length cDNA of human CCT β subunit

  12. 目的:确定新西兰小鼠自身抗染色质抗体、抗DNA抗体、抗组蛋白抗体的遗传易感基因染色体定位。

    Objective : To map the susceptibility alleles of anti-chromatin antibody , anti-DNA antibody , anti-histone antibody in SLE model - ( NZB × NZW ) F1 mice .

  13. 大白菜雄性核不育基因的染色体定位及AFLP分子标记筛选

    Chromosomal Location and AFLP Marker Screening of Genic Male Sterile Gene in Chinese Cabbage

  14. 先天性骨-肾畸形综合征小鼠(KM-ld)致病基因1d的染色体定位

    Chromosomal Mapping of ld Gene Which Causes Congenital Limb Deformity Syndrome in KM-1d Mouse

  15. B1细胞异常增殖易感基因染色体定位的研究

    A study of susceptibility genes mapping for aberrant B1 cell proliferation in New Zealand mice

  16. 水稻45Srdna和5Srdna的染色体定位研究

    Physical Mapping of the 45S rDNA and 5S rDNA to Rice Prometaphase Chromosome

  17. 方法前期基因芯片工作中筛选得到4个在55例SLE患者及正常对照之间表达差异显著的基因,染色体定位发现其位于SLE连锁的染色体区段。

    Methods Four genes , which expressed significantly different between SLE patients and healthy controls , were found by gene chips ' screening .

  18. 方法应用辐射杂交细胞系(RH)定位的方法进行染色体定位,应用绿色荧光蛋白(GFP)基因作为报告基因,结合荧光显微摄影进行蛋白质定位。

    Methods Chromosome locus was defined by radiation hybrid mapping method and protein localization by green fluorescence protein ( GFP ) as reporter molecule .

  19. 豌豆双重标记新突变基因fcu的染色体定位

    Chromosome Location of the Mutant Gene Fcu in Pea

  20. 转pGH基因猪外源基因染色体定位研究

    Exogenous pGH Gene Localization on Chromosomes of the Transgenic Pigs

  21. 猪SREBPs和CREB-1基因的克隆、染色体定位及其功能研究

    Cloning , Chromosome Mapping and Functional Study of Pig SREBPs and CREB-1

  22. 背景:在人类基因组计划(HumangenomeProject,HGP)中有两大部分内容,一是完成对人类基因组DNA约3×109个碱基序列的测定,同时完成对基因的染色体定位工作;

    Background and Purpose Human genome project ( HGP ) includes two main parts : one is the sequencing of approximately 3 billion base pairs of human genome , and genotyping all genes to the chromosome , another is the functional genomics research .

  23. 自然衰老的那批种子在第3染色体定位2个影响发芽率QTL,加性效应作用方向相反,第1染色体上定位1个发芽势QTL;

    One QTL for GP was identified on chromosome 1 . For the accelerated aged seeds , two QTLs were detected on chromosome 9 , the directions of additive effect at two QTLs were opposite .

  24. 本文即用ENU诱变获得了两例新的稀毛小鼠并对突变基因进行了染色体定位。本论文的工作由三部分组成。

    In this paper , two new scant hair mice were obtained by ENU inducing and mutant genes were mapped on chromosome .

  25. 本文从小麦LMW-GS的分类、染色体定位、结构及其与品质间关系等方面回顾其研究状况,并讨论研究中存在的问题。

    This paper summarizes the research situations about the classification and chromosome positioning and structures and the relations of LMW-GS to the quality , and discuses the research problems .

  26. 本试验利用一套Langdon硬粒小麦单体系对影响矮秆波兰小麦穗长的基因进行了染色体定位。

    To utilize effectively dwarfing polish wheat in breeding , this experiment employed monosomic series of Triticum durum cv . Langdon to identify the chromosomal location of genes for spike length .

  27. 对这些QTLs在连锁图上的定位和效应分析,可为美洲黑杨×青杨重要数量性状的遗传操纵、分子标记辅助育种选择、染色体定位以及目的基因分离提供科学的理论依据。

    The work of QTLs mapping and QTLs effectiveness analysis on P. deltoides X R cathayana sets a solid base for its practices of genetic manipulation of some important quantitative traits , molecular marker assistant breeding and screening , genome mapping and aimed gene isolation .

  28. 本研究首先对猪BMP11进行了克隆,然后分析了其在猪体内各组织中的表达情况,最后进行了染色体定位。

    The present study cloned part of the porcine BMP11 , analyzed its expression in porcine embryos of several stages and determined its chromosomal location .

  29. 本文通过全面的计算分析从水稻中确定了77个U-box基因,并对这类基因家族进行了一个完整的概述,包括基因结构,染色体定位和保守序列。

    In this study , a comprehensive computational analysis identified 77 U-box family genes in rice . A complete overview of this gene family in rice is presented , including the gene structures , chromosome locations , and conserved motifs .

  30. 安矮3号谷子矮秆基因的染色体定位

    Chromosome Locating of Dwarf Gene in Foxtail Millet An ′ ai3