基因组图谱

  • 网络genome map
基因组图谱基因组图谱
  1. 提出了进一步开发中文版新一代遗传作图软件、建立基因组图谱数据库和基于因特网(Internet)的基因组信息检索等设想。

    The future work for developing new genetic mapping software ( Chinese version ), constructing genome map database and searching bio_ genome information via Internet were also put forward .

  2. 科学技术&人类社会文明进化的基因组图谱

    Science & technology-the genome map for advancement of human civilization

  3. DNA生物传感器又称基因传感器是近年来发展最迅速的一类传感器,特别是在人类基因组图谱成功绘制出之后,基因研究越来越受到科学家们的关注。

    With the development of genetics , DNA biosensor had gotten more and more attention . The studies on DNA become very important especially after the finish of genome .

  4. 人类基因组图谱(HGP)研究大大加深了人们对疾病的理解。

    The study of HGP greatly increases people 's knowledge about disease .

  5. 对于所有的序列,关于相关基因、外显子、内含子、基因产物和分类学,以及挑选的基因组图谱和RNA二级结构信息是可利用的。

    For all sequences , information on related genes , exons , introns , gene products and taxonomy is available , as well as selected genome maps and RNA secondary structures .

  6. 2013年,美国北卡罗来纳大学(UniversityofNorthCarolina)心理学教授芭芭拉弗雷德里克森(BarbaraFredrickson)曾发表一篇令人震惊的论文,提出深层次满足的人群的基因组图谱与其他人显著不同,这可能会影响免疫功能。

    Barbara Fredrickson , a psychology professor at the University of North Carolina , published a startling paper in 2013 suggesting that the genomic profile of deeply contented people differed measurably from those of others , possibly influencing function .

  7. 基因组图谱是基因组学研究的一项重要内容。

    Genome maps is one of important research fields in genomics .

  8. 基因组图谱及其在果树上的应用

    Genome Map and Its Application in Fruit Tree

  9. 科学家公布人类基因组图谱

    Map of the Human Genome Published

  10. 基因组图谱综述

    Overview of Genomic Maps

  11. 参与该研究项目的科学家相信,基因组图谱的绘制将导致能以较低的成本加速小麦生产;

    Scientists who collaborated on this project believe that mapping the gene can lead to accelerated production of wheat at a lower cost ;

  12. 这些数据集的异常频率能够被计算,并且数据能够在带有基因注释的人类基因组图谱中可视化。

    Aberration frequencies can be calculated for these datasets , and the data can be visualized on the human genome map with gene annotations .

  13. 我们通过观察家养动物的基因组图谱确定,在进化过程中,某些特定的基因一再成为选择的目标。

    By examining patterns in our animals " genomes , we 've confirmed that the same sets of genes seem to be targeted again and again in evolution .

  14. 奥巴马在最近的国情咨文讲话中说,美国灭了小儿麻痹症,绘制了人类基因组图谱。他希望美国带领世界进入医学研究的新时代。

    Mr. Obama said in his recent State of the Union address that he wants the country that eliminated polio and mapped the human genome to lead a new era of medicine .

  15. 2005年底完成的犬全基因组图谱,揭示了其基因与人类的相似程度高于人与小鼠等多数动物,同时发现犬有360多种遗传疾病与人类相似。

    Canine entire genome atlas was completed at the end of 2005 year . Compared with other animals , such as mouse , canine gene was much more similar to human gene .

  16. 该研究所目前正在绘制中国大熊猫的基因组图谱,“我们可以利用这些信息,来更好地保护这一濒危物种,并了解它的进化,”高说道。

    The institute is currently mapping out the genome of China 's giant panda . " We may use the information to better protect this endangered species and understand its evolution ," said Gao .

  17. 中国科技部部长朱丽兰说,人类基因组图谱及初步分析结果的公布,将对生命科学和生物技术的发展起到重要的推动作用。

    Zhu lilan , Minister of science and technology , said the publishing of the map and preliminary conclusion of the human genome would play an important role in promoting the development of life science and biotechnology .

  18. 用cDNA-AFLP技术构建基因组转录图谱

    Genome Transcriptome Map Construction with cDNA-AFLP Techniques

  19. 基因组指纹图谱BOX-和ERIC-PCR的结果相近而不完全相同。

    The genomic fingerprints from ERIC and BOX were similar but not identical .

  20. 测序结果表明这3株Thauera细菌具有相同的16SRRNA基因,但是它们的ERIC-PCR基因组指纹图谱却存在显著差异(相似性65%)。

    Although sequencing analysis showed they had identical 16S rRNA genes , their ERIC-PCR fingerprinting patterns were significantly different ( similarity 65 % ), indicating wide variation of genomic structures .

  21. 高粱基因组遗传图谱构建的研究进展

    Advances in Genetic Mapping of Sorghum Genome

  22. 荧光原位杂交技术可用于血吸虫的功能基因在染色体上定位、构建基因组物理图谱和染色体识别等方面的研究。

    Fluorescence in situ hybridization ( FISH ) in schistosome focuses on researches of location of functional genes on chromosomes , genome physical mapping and chromosome identification .

  23. “增强子陷阱”技术是建立果蝇脑全基因组表达图谱及其数据库的重要方法。

    Large genome-wide screen for specific expression pattern in adult Drosophila brains by enhancer trap method provides fly tools for further understanding neural basis of learning and memory .

  24. 21世纪以来,国际人类基因组单倍型图谱计划的开展和人类基因组计划的完成,促进了基因与疾病的研究和新药的发展。

    Since 21st century , with the development of haplotype map project and the completion of human genome project , the study of disease with gene and development of new drug has been promoted .

  25. 鹅源腺病毒基因组DNA物理图谱的构建

    Construction of Physical Mapping of Goose-derived Adenovirus Genomic DNA

  26. 结果得到基因组DNA电泳图谱。

    Results Electrophoretic graphs of Genomic DNA .

  27. AFLP法构建布鲁氏菌基因组DNA指纹图谱

    Construction of genomic DNA fingerprinting of Brucella by AFLP

  28. 利用SSR、ISSR和RAPD技术构建苜蓿基因组DNA指纹图谱

    DNA fingerprint of Medicago sativa variety genomes using SSR , ISSR and RAPD

  29. 本研究首先在参考相关文献的基础上,对中国荷斯坦奶牛基因组AFLP指纹图谱构建的各项条件进行了优化,经反复摸索,建立了稳定的低成本的银染AFLP分析体系。

    First , the condition on construction of AFLP fingerprinting map is optimized , and then AFLP analysis system of silver staining with low cost was set up .

  30. 马传染性贫血病毒基因组部分转录图谱

    Partial Transcription Maps of Equine Infectious Anemia Virus Genomes