寡聚體 的英文怎麼說

中文拼音 [guǎjùtǐ]
寡聚體 英文
oligomer
  • 寡 : Ⅰ形容詞1 （少; 缺少） few; little; scant 2 （淡而無味） tasteless; insipid Ⅱ名詞1 （丈夫死去並未...
  • 聚 : 動詞（聚集; 聚積） assemble; gather; get together
  • 體 : 體構詞成分。
  1. In addition to avermectins, s. avermitilis produces oligomycin, a strongly toxic compound. gene deletion vector pxl05 was used to disrupt oligomycin polyketide synthase ( pks ) encoding genes ( olma ) in streptomyces avermitilis cz8 - 73, the producer of anthelmintic avermectins b and the cell growth inhibitor oligomycin. olma gene cluster in the chromosome was displaced by deletion allele on the plasmid via double crossover

    本研究以產阿維菌素b和寡黴素的阿維鏈黴菌cz8 - 73為出發菌株，構建了基因缺失載體pxl05 ，並將其轉入cz8 - 73中，通過缺失載體和染色體之間的同源雙交換，對染色體上長達90kb的寡黴素聚酮合酶（ pks ）基因簇（ olma ）進行了缺失。
  2. Crystallization behavior of single or pauci chain congeries of isotactic polystyrene

    單鏈和寡鏈等規聚苯乙烯聚集體的結晶行為
  3. Multi - locus dna fingerprint technique was used to check the chimerism of chimeric mouse generated by injecting es cells into blastocysts and to detect whether the chimeric mouse is a germ - line chimeras. the results indicated that : the multi - locus dna fingerprint with a new synthesized probe - jl - 02, has enough polymerism and good stability, and should be very useful to monitor the chimerism in different tissues of es cell chimeric mouse and to check whether an es cell line has the capacity to enter the germ line, especially when involving strains that can not be discerned with coat color or biochemical markers

    嘗試應用多位點dna指紋技術，檢測經過胚胎幹細胞es細胞途徑所獲得的嵌合體小鼠中es細胞在各種臟器中的嵌合情況檢測es細胞在嵌合體小鼠中是否實現種系傳遞。結果表明：採用新型的人工合成的寡核苷酸多聚體探針jl - 02探針的多位點dna指紋圖譜，具有足夠的多態性和很好的穩定性。
  4. The results showed mn and ni complexes possibly bind to dna by the mode of interaction, whereas zn complex possibly bind to dna by the modes of interaction and electrostatic binding. 5. in addition, we conjugated cleavage system with recognize system and analyzed joint products by hplc, which provide experimental basic for design of dual effects cleavage

    此外，本文還選用咖啡酸純品來突破切割體系與識別體系（用氨基臂修飾的寡聚脫氧核苷酸）的連接，並用高效液相色譜法分析其偶聯產物，為今後設計併合成一種具有特異識別和高效切割雙重功能的人工核酸酶提供了實驗基礎。
  5. The genetic diversity of p. sibirica, which is represented by 98 individuals collected from all 5 subpopulations, investigated with rapd markers. 77 loci were selected by fourteen 10 - mer primers, of which 76 were polymorphic. the percentage of polymorphic loci ( ppb ) of five subpopulations was 70. 13 %, 77. 99 %, 62. 34 %, 67. 53 %, and 61. 04 % respectively

    用rapd分子標記對叉毛蓬5個亞居群共98個個體進行了遺傳多樣性檢測， 14個10堿基寡聚核甘酸引物共檢測到77個位點，其中多態位點76個，多態位點比率為98 . 7 。
  6. Appending homogeneous catalysts to an oligomeric or dendritic support can concentrate active sites close to one another and thereby enhance the efficiency of cooperative processes

    將均相催化劑加在寡聚或是樹枝狀載體上能夠集中相近的活化位點，從而提高協同過程的效率。
  7. And the two pah ' s of pcr primers that bind to the adapter and the sequence of f fragment close by tn5 respectively were also designed. the genomic dna of b8 was isolated, digested with bamh i, and ligated to the adapter. using the two pairs of the primers, two rounds of pcr were performed hi turn and a fragment of 239bp was amplified successfully. lt was proved by cloning and sequencing that 18bp of the fragment is the sequence opposite to f fragment on the left of tn5 insertion site in b8f, the other is part of the 728 bp of f fragment. this result makes it possible to continue to carry out chromosome walking, to clone and sequence the whole genes of b fragment and f fragment, and to reveal the antagonistic molecular mechanism of b8

    試驗研究設計併合成了由40和44個堿基的寡聚脫氧核苷酸組成的染色體爬行接頭，在接頭序列和測定的f片段近tn5的序列上，設計了2對染色體爬行用的pcr引物，從b8菌株中提取基因組dna ， bamhi酶切，與染色體爬行接頭連接，依次用2對引物進行pcr ，擴增出239bp產物，經克隆、測序，發現其中18bp為擴增的相應于f片段在b8f菌株tn5插入位點對面的序列，其餘則為f片段728bp序列的一部分，為進一步進行染色體爬行，克隆和測定整個b和f基因，揭示陽菌株的拮抗分子機制提供了技術資料貯備。
  8. 4. researching the theoretical framework for classifier selection, we explain the algorithms of dynamic classifier selection using local class accuracy estimates and that of clustering - and - selection and apply them to classify the homo - oligomeric of the protein

    4 、分析了多分類器選擇演算法的理論框架，對基於局部類精度的動態選擇演算法和聚類選擇演算法進行了說明，並將其運用到蛋白質同源寡聚體分類問題中。
  9. We compare with the prediction using support vector machine. the result of the experiments suggests that the precision and the reliability using the selection algorithms are better than those of using support vector machine

    實驗結果和使用支持向量機進行了比較，表明基於選擇演算法來預測蛋白質同源寡聚體，其精度和可靠性都優於後者。
  10. Examples of microfluidics - based applications include screening of biological targets, synthesis of combinatorial libraries, synthesis of dna oligomers, and analysis of polymorphic proteins, all of which can be performed in large high - throughput parallel arrays because of microfluidics

    顯微射流技術應用的例子包括生物靶子的篩選、組合文庫的形成、 dna寡聚體的合成，蛋白質多態性研究所有這些都因為顯微射流技術而可以大規模進行。
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