1)physical map物理图谱
1.septemfasciatus) was studied using 17 restriction endonucleases with 5-?and 6-bp recognition sites to construct their physical maps of mtDNA and establish a panel of molecular markers for the purposes of protection,exploitation and utilization.通过单、双酶切分析,分别构建了蜂巢石斑鱼10种酶共20个酶切位点、鲑点石斑鱼9种酶共17个酶切位点、青石斑鱼8种酶共16个酶切位点、赤点石斑鱼7种酶共12个酶切位点和七带石斑鱼7种酶共13个酶切位点的酶切物理图谱。
2.The genetic span of this physical map is 8cM, but the physical size is 925kb.应用BAC文库,采用基于分子标记的染色体着陆(marker-based chromosome landing)和染色体步查(chromosome walking)等手段,建立了包含有水稻抗稻瘟病基因Pi-2(t)的物理图谱,该物理图谱由22个BAC克隆组成,遗传跨度8cM,而物理距离为925kb,该物理图谱的构建不仅为进一步分离和克隆该基因打下了基础,同时也可为分子标记辅助选择育种选择抗稻瘟病新材料提供新的标记。
3.Construction of a plant genetic map and a physical map has provided the bases for comparative mapping of a plant.随着植物遗传图谱和物理图谱的迅速发展,为植物比较作图奠定了重要的基础。
英文短句/例句
1.An Intergrated Physical and Genetic Map of the Rice Genome;水稻基因组物理图谱和遗传图谱的整合
2.Rice Pi Genes Molecular Markers Anchored to the Physics Map of Rice Genome水稻Pi基因分子标记的物理图谱锚定
3.Physical Mapping of the Avirulence Gene AVR-Pii of the Rice Blast Fungus Magnaporthe Grisea;稻瘟病菌无毒基因AVR-Pii物理图谱的构建
4.BAC Library Construction and Physical Mapping of Bacillus Anthracis A16R;炭疽杆菌A16R基因组BAC文库及物理图谱的构建
5.A Plant-Transformation-Competent BIBAC-Based Integrated Physical Map of Japonica Rice(Oryza Sativa L.ssp.japonica cv. Nipponbare) and Two BIBAC/TAC Libraries of Wild African Rice(Oryza Barthii);粳稻全基因组物理图谱及非洲野生稻BIBAC/TAC文库的构建
6.Fine and Physical Mapping of Bacterial Blight Resistance Genes Xa22(t) and Xa24(t) in Rice;水稻白叶枯病抗性基因Xa22(t)和Xa24(t)的精细定位和物理图谱的构建
7.Construction of Physical Map and Polymorphism Analysis of mtDNA Region R from Maize Mo17CMS-J;玉米Mo17CMS-J线粒体DNA R区域物理图谱构建及多型性分析
8.Construction and Characterization of Genomic BAC Library and Physical Map of MHC Class Ⅱ of Giant Panda;大熊猫基因组BAC文库及Ⅱ类MHC基因组物理图谱构建
9.Study on Karyotype Analysis and Physical Map Construction and Comparison in Cucumber by FISH运用FISH技术进行黄瓜核型分析和物理图谱的构建与比较研究
10.Physical Map of Recombinant Piasmid Containing the Gene for the Large Subunit of Ribulose 1,5 bisphose Phate Carboxylase/Oxygenase from Broad Bean Chloro Plast DNA含蚕豆核酮糖1,5-二磷酸羧酶化/加氧酶大亚基基因的重组质粒物理图谱的构建
11.Pharmacology Research and Fingerprint on Metal Complexes in CTMs;中药中金属配合物的药理探索与指纹图谱研究
12.Study of Chromatographic Fingerprints of Flavonoids in Radix Astragali by HPLC-DAD MethodHPLC-DAD研究黄芪中黄酮类化合物色谱指纹图谱
13.Research on Algorithms for Images Matching and Image Segmentation Based on Graph Spectra Theory;基于图谱理论的图像匹配和图像分割算法研究
14.Theory fronts research based on mapping knowledge domain;基于知识图谱的管理学理论前沿分析
15.Study on Graph Spectra Theory and Spectra of Certain Classes of Matrices with Their Combinatorial Characteristics图谱理论和几类矩阵的谱与组合特征研究
16.Dissolution fingerprint of Tongxuan Lifei pills通宣理肺丸溶出高效液相色谱指纹图谱研究
17.The pattern of separated substances obtained by chromatography.色谱采用层析法获得的物质分离图案
18.It is these markers that are used to do genetic mapping.正是这些标记物被用于绘制遗传图谱。
相关短句/例句
physical mapping物理图谱
1.Construction of pseudorabies virus genomic library and analysis of physical mapping;伪狂犬病毒闽A株基因文库的构建及物理图谱的分析
2.This approach is being applied generally in gene mapping,virous infection,physical mapping,prenatal dignosis and other flieds.荧光原位杂交技术是一门新兴的分子细胞遗传学技术 ,广泛应用于基因定位及病毒感染、DNA物理图谱的构建、产前诊断等许多领域。
3)restriction map物理图谱
1.The research includs two parts:one is identification and characterization the novel antimicrobial protein APn5 isolated from Bacillus subtilis strain BSn5;another is to construct the restriction maps of plasmids pBMB69 and pBMB95 in Bacillus thuringiensis strain YBT-1520.本论文共包括两部分工作,一部分是对枯草芽胞杆菌(Bacillus subtilis)BSn5中新型抑菌蛋白APn5进行了鉴定及性质研究;另一部分是利用构建质粒物理图谱的方法,对苏云金芽胞杆菌YBT-1520菌株全基因组测序拼接中的pBMB69和pBMB95两个质粒进行了验证。
4)DNA physical mapDNA物理图谱
5)Fine physical map精细物理图谱
6)physical map基因组物理图谱
1.Construction of a physical map and comparative analysis on the genomic structure of S.gallinarum NCTC13346;鸡沙门菌NCTC13346株基因组物理图谱的建立与结构特征的比较
延伸阅读
DNA物理图谱分子式:CAS号:性质:又称脱氧核糖核酸物理图。DNA物理图谱是DNA分子的限制性核酸内切酶酶切位点的排列顺序,因此也称限制性核酸内切酶图谱。物理图谱的测定方法有多种,其中从部分酶切法和两种不同专一性限制性核酸内切酶交叉组合酶解法最为常用。前者也是其他各种测定物理图谱方法的基础。物理图谱是研究生物基因组工作中不可缺少的工作,如中国的“水稻基因组计划”,世界上的“人类基因组计划”等,都必须先构建其基因组物理图谱。它有两个重要用途。(1)根据遗传学研究提供的信息,可在物理图上把所需的基因限定在一定的范围内,并结合定位克隆(mapbased cloning)技术,可获得所需基因。(2)现在的科学水平还不能对基因组直接测定其中的核苷酸序列,因为它们太长了,但构成物理图的120kb长度的DNA片段是可以直接用来测序的,因此,通过对组成物理图的DNA片段逐一进行测序就可完成对生物基因组的全顺序测定,有利于人类能在核苷酸的水平上全面解开生物的遗传之谜。