生物轉化 的英文怎麼說

中文拼音 [shēngwùzhuǎnhuà]
生物轉化 英文
bio-tra formation
  • 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...
  • 轉 : 轉構詞成分。
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  • 轉化 : 1. （轉變） change; transform 2. [化學] inversion; conversion
  1. The result of using eight kinds of different yeast strain as biocatalyst reveals that baker ' s yeast is the best biocatalyst in this transformation

    比較了八種酵母的生物轉化能力，發現在有機合成生物轉化中應用最廣泛的生物催化劑baker ' s酵母最適合催化該模型反應； 3
  2. Biotransformation in organic solvent is an attractived field in nowadays. compared with isolated enzyme whole cell is not used broadly as biocatalyst. in this research the cells of baker ' s yeast is adopted to mediated a model reaction in organic solvent, in which geraniol is converted to citronellol reductively

    有機相生物轉化是當前生物技術中一個具有理論研究意義和應用價值的領域，目前該領域的研究大多集中在利用分離的酶進行生物催化，利用微生物完整細胞進行的研究比較少。
  3. The potential for a wide range of biotransformations using either immobilized cells or extracted plant enzymes undoubtedly exists, the major restriction to development being our lack of fundamental knowledge of the general biochemistry and enzymology of natural product synthesis

    盡管我們在自然產品合成方面的普通生物化學和酶學知識還很匱乏，但使用固定化細胞或植物提取酶的生物轉化得到大范圍應用的可能性無疑是存在的。
  4. Study on the microbial transformation for producing estrone

    微生物轉化法制備雌酮的研究
  5. Li yh, sun zh, zheng p. determination of vanillin, eugenol and isoeugenol by rp - hplc [ j ]. chromatographia, 2004, 60 : 709 - 713

    孫志浩，鄭璞，趙麗青.微生物轉化異丁香酚制備香草醛的菌種和方法[ p ] .專利號200510064494 . 0
  6. D - amino acids as unnatural chiral products are important intermediates in the synthesis of products, such as - lactam semisynthetic antibiotics, antiviral agents, artificial sweeteners, pesticide, peptide hormones, and pyrethroids, etc. though bioconversion of d - amino acids using microbial cells has been realized in industrialization for decades, some limited factors hinder the development of d - amino acid production, and ultimately result in shortage of the raw material in the related industrial fields

    目前，用微生物菌體轉化生產d -型氨基酸的工藝路線已經產業化，但天然菌體轉化工藝存在一些限制因素，阻礙了d -型氨基酸的擴大生產，導致產品短缺。因此，利用基因工程菌生物轉化d -型氨基酸已成為世界氨基酸產業的新潮流。
  7. Bioconversion of conjugated linoleic acid by resting cells of lactobacillus plantarum zs2058 in potassium phosphate buffer system

    2058在磷酸鹽緩沖液體系中生物轉化共軛亞油酸
  8. This paper reviews the development of the membrane bioreactors and bioconversion during the past few years, and points out the prospect of future development in this field

    本文綜述了膜生物反應器與生物轉化在過去幾年的研究發展狀況，並對未來的研究趨勢進行了展望。
  9. In conclusion, the results mentioned above really provided us some significant data and useful material for realizing our goal - bioconversion of d - amino acids by engineered strain in future

    同時，本文的一些結果為我們實現用工程菌生物轉化d -型氨基酸提供了有價值的數據與材料。
  10. Membrane bioreactors have some advantages of saving resources, environmental protection and clean production in bioconversion of organic compounds, and have already become one of the hot research fields these years

    摘要膜生物反應器可用於有機化合物生物轉化，在強調資源節約、環境友好和清潔化生產技術的今天，顯示出一些特別的優點，近年來已成為熱門的研究領域。
  11. Fundamental topics include why and when one may choose to use biological systems for chemical conversion, considerations for using free enzymes versus whole cells, and issues related to design and development of bioconversion processes

    基本的主題包括:為何及何時可能選擇使用生物系統來進行化學轉化、考量使用分離酵素或完整細胞，以及與設計和開發生物轉化程序相關的議題。
  12. This article summarized the biodegradation process of main components of wood in nature and the research situation, the facing problem and the progress tendency of bioconversion to useful products using wood residue, including bioconversion to ethanol, single cell protein, xylitol and lactic acid

    本文綜述自然界中木材各成分的生物分解過程，以及木材剩餘物的生物轉化技術，包括生物轉化乙醇、單細胞蛋白、木糖醇、乳酸等的研究現狀、存在問題及發展趨勢，為木材剩餘物的應用研究提供理論基礎。
  13. The potential for a wide range of biotransformations using either immobilized cells or extracted plant enzymes undoubtedly exists

    在大范圍的潛力生物轉化使用或被固定的細胞或提取的植物酵素無容置疑地存在
  14. The important studying aspects in this field in the future are to seek better strains, converting conditions, and to develop new products of biosolubilized coal and new approaches to utilize it

    指出尋求高效菌種和轉化條件及探索轉化產物的新用途是今後煤生物轉化的重要研究方向。
  15. In this paper, the study on bioconversion of coal are introduced and carried out, including the structure of coal, biosolubilization mechanism, the selection of biosolubilization strains, biosoluble coals, the bioconverted products and applications of biosolubilized coal products

    摘要從煤的結構和轉化方式、微生物菌種選擇、可被轉化的煤種選取及其預處理、微生物轉化過程及其影響因素、轉化產物的測定、分析及其應用等方面探討和研究了煤的微生物轉化研究的有關方面及其進展。
  16. The biotransformation of atrazine and influence factors by genetically engineered microorganism

    基因工程菌對阿特拉津的生物轉化及其影響因素
  17. There were many dehydrogenases in the membrane of g. oxydans, which could catalyze the transformation of many important products, including miglitol

    葡萄糖酸菌細胞膜上含有多種脫氫酶，能夠催化一系列重要?物的微生物轉化，米格列醇就是其中之一。
  18. Non - point pollutants from agricultural sources are major cause of surfacewater eutrophication, which can be traped and removed by adsorption, sedimentation, assimilation, and microbe decomposition of wetlands

    農業非點源污染物是引起地表水富營養化的主要因素，濕地能通過吸附、沉積、植物吸收、微生物轉化等作用有效截留和去除非點源污染物。
  19. Nitrogen biotransformation and its relative microorganism in aquaculture waters

    養殖水體氮的生物轉化及其相關微生物研究進展
  20. The sweating allows for the toxins to leave via the pores of the skin that are being cast off in the biological transmutation process

    流汗允許毒素通過皮膚毛孔而離開，那是在生物轉化過程中正不斷被丟棄的。
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