protein engineering 中文意思是什麼

protein engineering 解釋
【生物化學】蛋白質工程〈通過基因拼接等手段製造新藥或改良農產品等〉。

  • protein : n. 【化學】朊，蛋白（質）。
  • engineering : n. 1. 工程（技術），工程學。2. 開車技術。3. 土木工程，工事。4. 操縱，管理。
  1. Reform of industrial enzymes by protein engineering

    蛋白質工程在改造工業用酶中的應用
  2. Cereals, oils and vegetable protein engineering

    糧食油脂及植物蛋白工程
  3. Recent progresses in the protein engineering of thrombolytic agents

    溶栓劑蛋白質工程的新進展
  4. The structure motif is considered a proper model molecule suitable for protein engineering

    具有這種結構模體分子是蛋白質工程改造的一種適宜的模式分子。
  5. National laboratory of protein engineering, college of lifescience, peking university, 100871

    北京大學生命科學學院，蛋白質工程國家重點實驗室，北京， 100871
  6. National laboratory of protein engineering, college of life science, peking university, beijing, 100871

    北京大學生命科學學院，蛋白質工程國家重點實驗室，北京， 100871
  7. College of life science, peking university, national laboratory of protein engineering, beijing, 100871

    北京大學生命科學學院，蛋白質工程國家重點實驗室，北京， 100871
  8. National laboratory of protein engineering and plant genetic engineering, peking university, beijing, 100871

    北京大學蛋白質及植物基因工程國家重點實驗室，北京， 100871
  9. New and highly effective strategies for directed enzyme evolution in vitro have been developed in the protein engineering

    酶的體外定向進化是蛋白質工程的新策略。
  10. National laboratory of protein engineering and plant gene engineering, peking university, beijing, 100871

    北京大學蛋白質工程及植物基因工程國家重點實驗室，北京， 100871
  11. The quest continues for plasminogen activators with higher potency, specific thrombolytic activity, fibrin selectivity and longer half - life time. the recent progress in the protein engineering of plasminogen activators, including t - pa, u - pa, streptokinase, staphylokinase and other novel plasminogen activators, was presented in this article

    一些pa突變體及新型溶栓劑，如k2p tnk - pa和star等的臨床實驗結果表明它們在延長體內半壽期增強對血纖維蛋白選擇性和溶栓效率等方面有較大的改進。
  12. Protein engineering and site directed mutagenesis have been used to change the active site and alter the substrate specificity of various hydroxynitrile lyases

    研究人員已經利用蛋白質工程和定點突變技術來改變各種醇腈酶的活性位點和底物特異性等。
  13. The chinese university of hong kong has entered into a research agreement with genius international holdings limited to develop a technique to produce bone morphogenetic proteins ( bmps ) as a therapeutic device for bone fractures and defects. the new technique will involve the utilization of recombinant dna and protein engineering technology

    香港中文大學和雅智國際集團有限公司（ geniusinternationalholdingslimited ）已達成合作協議，應用基因工程、蛋白工程及生化科學等多學科技術，開發及生產具有成骨生物活性的重組骨蛋白- 2 （ bonemorphogeneticprotein - 2 ， bmp - 2 ） ，以應用於治療骨折及骨損傷。
  14. Mass spectrometry of synthetic hw - ma and rgd - hw are in full agreement with those speculated theoretically, which proves the success of peptide synthesis and refold. on isolated mouse phrenic nerve - diaphragm preparations, hw - ma can block the neuromuscular transmission in 35 minutes or so ( l 10 - 5 g / ml ), its biological activity shows 73 % decrease comparing with biological activity of native hwtx - i. it proves t hat the protein engineering of synthetic chimera hwtx - i has gained success to some extent, although it did not achieve our expectations. thus it proved that hwtx - i can be using as natural scaffold for protein engineering. and also emphasized the importance of " local stereo circumstances " of activity site when the foreign activity site was transferred into a natural scaffold

    濃度為1 / 1059 / ml的hw一ma突變體能可逆阻斷小白鼠隔神經書高肌的接頭傳遞，阻斷時一間為35min左右，與天然hwtx一i比較，生物學活性下降3一4倍，說明合成的突變體改造獲得了一定的成功，盡管與我們預期的目標有一定的差距，從而證明hwtx一i可以作為蛋白質工程研究的天然分子骨架，同時也強調了往天然分子骨架中轉移外源活性位點時維持活性位點「局部立體環境」的重要性。
  15. National laboratory of protein engineering and plant genetic enginnering, peking university, beijing, 100871

    北京大學蛋白質工程及植物基因工程國家重點實驗室，北京， 100871
  16. The national laboratory of protein engineering and plant gene engineering, peking university, beijing, 100871

    北京大學蛋白質工程及植物基因工程國家重點實驗室，北京， 100871
  17. Modern biotechnology, represented by gene engineering, cell engineering, enzyme engineering, fermentation engineering and protein engineering, is the forefront for scientific innovation in the 21st century. developing ? iological technique and its relevant industry vigorously has become the core of investment and keystone in economic strategy of many countries around the world. a series of preferential policies and regulations have been set down in order to foster and encourage its development

    以基因工程、細胞工程、酶工程、發酵工程和蛋白質工程技術為代表的現代生物技術是21世紀世界科技創新的前沿，大力發展生物技術及其產業已成為各國投資發展的核心產業及經濟戰略重點，並制定了一系列優惠的政策和法規，扶植和鼓勵其發展。
  18. Air of this advanced development provides efficient methods for protein engineering. in this study, a new two - step procedure has been developed for the detection of cholesterol oxidase activity in streptomyces strains. streptomyces griseus atcc14811 was confirmed to produce cholesterol oxidase and it also showed homologies with the cholesterol oxidase gene ( choa ) from streptomyces sp

    本實驗設計了簡單易行的鏈黴菌膽固醇氧化酶活性測定指示平板，結合用鏈黴菌sa - coo （ streptomycessp . strainsa - coo ）膽固醇氧化酶基因（ choa ）為異源探針的southern雜交，確證了灰色鏈黴菌atcc14811 （ streptomycesgriseusatcc14811 ）具備產生膽固醇氧化酶的能力。
  19. Protein engineering studies, taking hwtx - i adopting ick structure model as a model molecule, provide important value of basic research and possess a widely applied prospect for other polypeptide neurotoxin according to document reports else

    綜合其它文獻報道，以hwtx一i的ick結構模體為分子框架進行蛋白質工程，為其它多膚類毒素提供了重要的基礎研究價值及實際運用前景。
  20. The space conformation of co - ctx mviia and hwtx - i is highly similar. both molecules contain the typical " inhibitor cystine knot motif ' ( ick ), which is a proper molecular model for protein engineering

    - ctxmv a和hwtx -兩種分子的空間結構十分相似，都包含典型的「抑制劑胱氨酸結模體」 （ inhibitorcystineknotmotif ， ick ）結構，這是一種適合蛋白質工程改造的分子結構模型。
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