遺傳生物中心 的英文怎麼說

中文拼音 [yízhuànshēngwùzhōngxīn]
遺傳生物中心 英文
icgeb
  • 遺 : 遺動詞[書面語] （贈與） offer as a gift; make a present of sth : 遺之千金 present sb with a gener...
  • 傳 : 傳名詞1 （解釋經文的著作） commentaries on classics 2 （傳記） biography 3 （敘述歷史故事的作品）...
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 遺傳 : [生物學] heredity; hereditary; inheritance; inherit
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  1. Genetic engineering is perhaps the most exciting recent development in biology.

    遺傳工程也許是生物學中最激動人心的新發展。
  2. Most of the dramatic scientific advances in genetics, proteomics and pharmaco - genomics have come not from the industry ' s cosseted and costly research centres but from academic labs and biotechnology start - ups

    遺傳學、蛋白質組學、藥物基因組學的大部分引人注目的進步並非來自業界情有獨鐘的昂貴研究中心，而是來自學校的實驗室和新興生物技術公司。
  3. But for the better part of five decades, those genes were enshrined by the central dogma of molecular biology as the repository of heritable traits

    然而，在過去50年的大部份時間里，這些基因卻被分子生物學的中心教條給奉為遺傳特徵的儲藏所。
  4. Recent advances in biotechnology and molecular genetics have led to new understanding of causes of genetic eye diseases, " said professor chi - pui pang, professor of department of ophthalmology & visual sciences of the chinese university of hong kong ( cuhk ) and the deputy director of lim por - yen eye genetics research centre, " we started our molecular genetics laboratory in the department of ophthalmology & visual sciences in 1998, and are ready to move on to establish an eye genetics research centre to provide service for genetic screening for eye diseases at molecular level, the first of its kind in south east asia, and to further on our advanced research.

    香港中文大學眼科及視覺科學學系教授兼林百欣遺傳眼疾研究中心副主任彭智培教授認為：生物科技對于醫學研究和臨床醫學很重要。最近，醫學界在生物科技和分子基因方面的新發現，讓我們更深入認識遺傳眼疾的成因。眼科及視覺科學學系在1998年成立了分子基因實驗室，現在，我們希望能建立一所遺傳眼疾研究中心，提供分子基因診斷服務，以及進行更深入的研究。
  5. Abstract : biological invasions are a continuous feature of a non - equilibrium world, ever more so as a result of accidental and deliberate introductions by mankind. while many of these introductions are apparently harmless, others have significant consequences for organisms native to the invaded range, and entire communities may be affected. here we provide a survey of common models of range expansion, and outline the consequences these models have for patterns in genetic diversity and population structure. we describe how patterns of genetic diversity at a range of markers can be used to infer invasion routes, and to reveal the roles of selection and drift in shaping population genetic patterns that accompany range expansion. we summarise a growing range of population genetic techniques that allow large changes in population size ( bottlenecks and population expansions ) to be inferred over a range of timescales. finally, we illustrate some of the approaches described using data for a suite of invasions by oak gallwasps ( hymenoptera, cynipidae, cynipini ) in europe. we show that over timescales ranging from 500 10000 years, allele frequency data for polymorphic allozymes reveal ( a ) a consistent loss of genetic diversity along invasion routes, confirming the role of glacial refugia as centres of genetic diversity over these timescales, and ( b ) that populations in the invaded range are more subdivided genetically than those in the native range of each species. this spatial variation in population structure may be the result of variation in the patchiness of resources exploited by gallwasps, particularly host oak plants

    文摘:生物入侵是不均衡世界的一個永恆話題，尤其是當人類有意或無意地引入物種后.很多引入顯然是無害的，但另外一些則有著嚴重的後果，會給入侵地的生物以至於整個生物群落造成影響.本文總結了分佈區擴張的常見模式，概述了它們對遺傳多樣性和種群結構式樣所造成的影響.描述了如何根據以一批遺傳標記所得到的遺傳多樣性式樣來推斷入侵途徑，來揭示伴隨擴張選擇和漂變在形成種群遺傳樣式中的作用.本文對日益增多的群體遺傳學方法進行了總結，這些技術可以用來在不同的時間尺度上推斷種群規模所發生的巨大變化（瓶頸效應及種群擴張） .最後，我們以歐洲櫟癭蜂（膜翅目，癭蜂科，癭蜂族）一系列入侵的數據為例對一些方法進行了說明.從500 10000年的時間尺度上，多態的等位酶位點上等位基因頻率的數據表明: 1 ）遺傳多樣性沿入侵路線呈不斷下降的趨勢，支持了冰河期避難所作為遺傳多樣性中心的作用; 2 ）入侵地區的種群與該物種原產地的種群相比，遺傳上的分化更為強烈.這種種群結構在空間上的變異可能是被櫟癭蜂開發的資源尤其是櫟樹寄主在斑塊上出現變異的反映
  6. The college was formed by the amalgamation of the departments of microbiology, biochemistry and molecular biology, genetics and cell biology, botany and ecology, zoology and developmental biology and includes institutes of molecular biology, insect research, taida institute of functional genes as well as experimental center

    學院設有微生物學系、生物化學和分子生物學系、遺傳學和細胞生物學系、植物生物學和生態學系、動物生物學和發育生物學系、分子生物學研究所、昆蟲學研究所、泰達功能基因研究中心、本科實驗教學中心。
  7. A separate study on indian isolates of subtype c was conducted by a team from the international centre for genetic engineering and biotechnology ( icgeb ) in delhi, the postgraduate institute for medical education and research, chandigarh and the us - based university of arizona

    另一項關于在印度分離出的c亞型的研究是由德里的國際遺傳工程和生物技術中心（ icgeb ） 、昌迪加爾的醫學教育和研究研究生院以及美國亞利桑那大學開展的。
  8. The newly opened bio - informatics centre at the hong kong science park will help speed up the development of hong kong s biotechnology cluster by providing shared facilities for companies conducting research in bioinformatics, tcm, dna research, genomics, proteomics, pharmaceuticals and vaccines as well as in functional foods, biomedical instruments, medical diagnostics and devices

    香港科學園內新落成的生物資訊中心，為公司提供共享設施，以助它們研發生物資訊傳統中藥遺傳學基因圖譜蛋白研究藥物疫苗功能食品生物醫療器材醫學診斷和儀器等范疇，從而加速香港生物科技領域的發展。
  9. Associate professor, institute of anatomy and cell biology, national yang - ming university

    美國史丹佛大學貝克曼遺傳學暨分子生物學中心訪問學者
  10. He graduated from fu dan university in1964, major in genetics. then workedin beijing experimental center of

    年畢業于復旦大學生物系遺傳專業，分配在中國科學院北京生物學實驗中心工作。
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