植物技術學 的英文怎麼說

中文拼音 [zhíwùjìshùxué]
植物技術學 英文
botanical technology
  • 植 : Ⅰ動詞1. （栽種） plant; grow; cultivate 2. （樹立） establish; set up Ⅱ名詞（姓氏） a surname
  • 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...
  • 技 : 名詞（技能; 本領） skill; ability; trick; technique
  • 術 : 術名詞1. （技藝; 技術; 學術） art; skill; technique 2. （方法; 策略） method; tactics 3. （姓氏） a surname
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 植物 : plant; flora; botany; stray; greenery; phyton; phytum; phyta; phyt ; phyto ; phyte : 草本植物 her...
  1. With the advances in molecular biology and modern biological engineering technology, scientists begin to look for new ways to tackle this problem. it has become possible to create new iron efficient plant materials or to avoid soil environmental pollution by creating new rootstocks with high iron efficiency as well as excellent complex characters

    隨著分子生物學和現代生物技術手段的發展，科學家們開始尋找新的方法來解決缺鐵問題，創造鐵吸收利用高效型的植物種類已經成為一條有希望的途徑，在果樹生產中，創造新的綜合性狀優良同時又耐缺鐵的砧木便可以達到既防治果樹缺鐵又保護環境的目的。
  2. Ssr markers and their application in plant genetics

    標記技術及其在植物遺傳學中的應用
  3. Like many, trethewey, then a biochemist at the max planck institute of molecular plant physiology in golm, germany, had hopes of engineering plants to grow in different environments, grow new drugs or simply grow better

    崔德威當時是德國歌姆市馬克士普朗克分子植物生理研究所的一名生化學家，他和許多生化學家一樣，都希望利用生物技術來改造植物，使它們能生長在不同的環境中、讓植物合成新藥物，或只是純粹讓植物長得更好。
  4. Research topics cover the basic and applied parasitology, including the major parasitic groups, pathogenic biology, host specificity, epidemiology, ecology, the control of parasitic infections, and biochemical and molecular parasitology, and ranging from host - parasite relationships of intrinsic biological interest to those of social and economic importance in human and veterinary medicine and agriculture

    在整體和分子水平上，應用現代生物技術對危害人體和重要經濟動植物的主要寄生蟲（原蟲類、吸蟲類、絳蟲類、動物線蟲類、植物線蟲類及醫學昆蟲等）和由其引起的病蟲害進行研究，在病原生物學（包括生活史、媒介種類、基因組結構與表達調控等） 、流行病學、生態學，寄生動物與宿主間的相互作用關系等研究基礎上，實現對病原物的診斷、治療和控制。
  5. Professor yuan longping has collaborated with the department of biology, the chinese university of hong kong in research on improvement of hybrid rice. the project is subsumed under the university s area - of - excellence in plant and fungal biotechnology, which is one of the first three areas - of - excellence funded by the university grants committee

    近年，袁隆平教授與香港中文大學生物系合作研究改良水稻品種，是生物系植物與真菌生物技術研究計劃的其中一個重要項目，而植物與真菌生物技術研究計劃於一九九九年獲選為大學教育資助委員會的首三個卓越學科領域之一。
  6. Many kinds of chromatograph including silica gel, d101 resin, sephadex l - 20 gel, rp - 8 and hplc are used in extracting and separating chemical constituents form these plants. certainly, they need to select the best eluate by tlc. some technique including ms ( ei - ms, fab - ms ), id and 2d nmr ( cosy, roesy, hmbc, hmqc ) been used in identifying these chemical structures

    通過各種硅膠柱層析，吸附樹脂， sephadex系列凝膠樹脂以及rp - 8類反向柱等層析材料以及高效液相色譜等技術，利用不同的洗脫體系對這兩種植物的化學成分進行分離得到純的單體化合物，然後利用ms （ ei - ms ， fab - ms ） 、一維nmr 、二維nmr （ cosy ， roesy ， hmbc ， hmqc ）等技術對這些化合物進行結構鑒定，利用ir和uv對這些化合物進行了表徵。
  7. The invention of the technique of efficient rapid non - test tube plant clone ternpc has been put in the 50 memorabilia of science and technology development of china. li changxiao is now the executive director of china hi - new technology industrialization research association, member of the standing committee of hi - new technical expertise committee of china agricultural technology spreading association, executive director of china quality inspection association

    年至年又在省級生物技術專業研究機構轉向細胞工程中植物細胞組織培養應用研究，連續十年從事大規模植物組培試管快繁技術工作，曾擔任西北生物技術協作委員會委員寧夏組織培養協作組組長，生物學會副理事長，成為生物技術植物組織培養方面的專家。
  8. Then he changed his direction to plant tissue culture in a biotech research institute in 1984 and went on with it in the next ten years. during those times he specialized in tissue culture and published more than 30 scientific research theses. he was the member of biotech committee of northwest five province, leader of tissue culture cooperative group, deputy director of ningxia biology society

    １ ９ ８ ４年至１ ９ ９ ３年又在省級生物技術專業研究機構轉向細胞工程中植物細胞組織培養應用研究，連續十年從事大規模植物組培試管快繁技術工作，曾擔任西北生物技術協作委員會委員、寧夏組織培養協作組組長，生物學會副理事長，成為生物技術植物組織培養方面的專家。
  9. In order to break down the rate - limited steps in the artemisinin biosynthesis to improve the artemisinin production and realize the industrial production of artemisinin, related key genes in artemisinin biosynthesis must be cloned and the regulatory patterns of key genes should be studied. for this purpose molecular cloning of related key genes in artemisinin biosynthesis was performed in this thesis work

    利用現代分子生物學和基因工程技術手段，克隆青蒿素生成途徑的關鍵酶基因，研究關鍵酶基因對青蒿素生物合成的調控規律，是打破青蒿素生物合成的限速步驟，大幅度提高青蒿素含量，最終達到利用植物生物技術工業化生產青蒿素的目的必須解決的關鍵問題。
  10. Further strengthen the techno - innovation and industrialization in the five categories of industries i. e. biomedicine ( preventive, therapeutic and diagnostic bio products ), modern bio - agriculture ( animal embryo transplantation, cultivation of tcm herbs, edible fungi, bio diesel oil and fuel ethanol ), bio - medical engineering materials and products, environmental bioengineering and food biotech so as to achieve substantial progress in development of bio industry base centered with chengdu

    繼續強化生物醫藥（預防生物製品、治療類生物製品、診斷類生物製品） 、現代生物農業（動物胚胎移植、中藥材種植、食用菌、生物柴油、燃料乙醇） 、生物醫學工程材料及製品、環境生物工程、食品生物技術等五大門類的技術創新和產業化，在以成都為核心的生物產業基地建設上取得實質進展。
  11. Faculty members in this college conduct their research projects individually or in teams. areas of research interests cover molecular biology, biochemistry, industrial microbiology, cancer research, proteomics, molecular virology, structural biology, functional biology, biodiversity and biotechnology

    教師研究主題，包括分子生物學、生物化學、生物醫學、基因體學、蛋白質體學、分子病毒學、生物技術、結構生物學、功能性生物學及生物多樣性等領域；研究材料則以動物、植物或微生物為主，從事各種生命現象之探討。
  12. Without question, 《 molecular plant breeding 》 is important magazine in bioscience field, it published research report, novel technology and invited review of botany, genetics, breeding, biotechnology, biochemistry and molecular biology in annually, 《 molecular plant breeding 》 has became important platform of breeding and practice

    毫無疑問，我們已成為生物科學領域的一份重要期刊，每年刊登植物學、遺傳學、育種學、生物技術及生化與分子生物學等領域的大量的研究報告、技術創新和專題評述，名副其實地成為廣大遺傳育種家展示遺傳育種理論與實踐的重要平臺。
  13. The programme focuses on the core of molecular biotechnology in the upper years with specialized courses covering molecular biology, genetic engineering, microbial biotechnology, plant biotechnology, animal biotechnology, protein biochemistry, proteomics, and bioinformatics

    在高年班時，同學則專注生物技術學；可選修分子生物學、遺傳工程學、微生物、植物及動物生物技術學等專門科目。
  14. Examples would include professors leaving the universities of wisconsin, iowa state and purdue and forming companies in the new bio - genetics areas, performing gene splitting, and producing new products in animal and plant life, and pharmaceuticals as well

    成功的例子包括離開威斯康星大學、愛荷華州立大學和普渡大學的教授們成立了生物技術公司，進行基因分離，新動植物產品的生產，以及制藥等。
  15. Plant regulation technology, a significant break through in agriculture after the application of chemistry fertilization, controls plant growth for catering to people ' s demands through a small amount of chemical agent

    植物的化學調控技術是繼化學施肥之後，對農業的又一重大突破。該技術利用少量化學制劑對作物的發育進程進行調控，使作物按照人們的要求生長。
  16. Since china s wto accession two years ago, u. s. agricultural exporters have been confronted with an array of non - tariff trade barriers such as tariff - rate quota administration problems, unscientific sanitary and phyto - sanitary ( sps ) barriers, trade restrictive biotechnology regulations, and complex, confusing licensing requirements

    謝赫說，美國農業出口商面臨的非關稅壁壘包括關稅率配額管理造成的問題、非科學性的衛生和植物檢疫（ sps ）標準造成的障礙、限制貿易的生物技術條例和復雜混亂的許可證要求等。
  17. Research interest includes : taxonomy, ecology and molecular biology of marine diatoms and other phytoplanktons ; biodiversity of nanodiatoms and redtide organisms ; molecular and automatic identification of phytoplankton ; cloning and use of special genes from microalgae ; bioactive products from algae

    研究硅藻浮游植物分類學、生態學和分子生物學；赤潮生物的鑒定與防治技術;海洋微藻特異基因克隆和利用；藻類活性物質開發利用;探索藻類在環保、漁業、水產、地質、保健食品、藥物開發等領域的應用和開發
  18. The research fields covers chemical synthesizing, microbiology ， biotechnology, the extraction separation and pharmaceutics and the products aiming to cure people ' s disease are related to anti tumor, cardiovascular system, anti - infective, antiphrastic, endocrine system, immunosuppression, anti depress, etc

    研發領域涵蓋化學合成、微生物發酵、生物技術、天然植物提取及制劑開發等多個方面，產品治療領域涉及抗腫瘤、心血管系統、抗感染、抗寄生蟲、內分泌調節、免疫抑制、抗抑鬱等。
  19. Simulating brain to manage, organize and apply design knowledge, it is not only an exploration to study creative design system developing technology, but also a road to systematically transplant design knowledge to software. the main research context and some special points including : ( 1 ) research of theory system of brain model research of brain model provides a way to systematically transplant design knowledge to software

    以人腦模型模擬實現設計知識的組織、管理、應用，這是對創新系統研究的一種探索，也是系統地移植設計方法學知識的一條途徑，更是生物技術和信息技術結合研究以提高智能化的一條充滿希望的路。
  20. However, in spite of the persistence of skeletal muscle along the graft, regenerated nerve fibers showed a good morphological pattern of regeneration, providing further evidence that the muscle - vein - combined grafting technique represents an effective surgical alternative to the classical fresh nerve autograft for the repair of peripheral nerve defects

    雖然移植后骨骼肌纖維持續存在，但是，神經纖維卻顯示了較好的再生形態學模式，這進一步證實：骨骼肌-血管結合的移植物技術能夠有效修復周圍神經的缺損，可用來替代經典的新鮮自體神經移植，應用前景看好。
分享友人
分享到 Line

分享到臉書