堿基 的英文怎麼說

中文拼音 [jiǎnjī]
堿基 英文
[化學] basic group堿基堆積 base stacking
  • 堿 : 名詞1. （含氫氧根的化合物的統稱） alkali2. （碳酸鈉） soda
  1. Uracil - - a pyrimidine found in rna that base - pares with adenine

    尿嘧啶- -核糖核酸中的一種嘧啶，與腺嘌呤形成堿基對。
  2. Adenine a nitrogenous base ( 6 - amino - purine ) found in dna and rna

    腺嘌呤：在dna和rna中發現的含氮的堿基（ 6氨基嘌呤） 。
  3. These modifications include the chemical alternation of the bases.

    這種修飾作用包括堿基的化學變化。
  4. This specificity probably resided in the sequence of base pairs along the molecules.

    這種專一性可能寄寓在分子的堿基對順序之中。
  5. Conventional sequencers evaluate about 1, 000 base pairs at a time

    傳統定序儀一次約只能評估1000個堿基對。
  6. Base pairing mistake

    堿基配對錯誤
  7. The base pair ratio, at : gc, is constant within a species but differs between species

    At : gc之間的堿基比具有種內特異性，但在不同種之間往往是不同的。
  8. Conclusion the variation of dna sequences of coagulase gene is probably linked to vancomycin - resistance in s. aureus

    結論凝固酶基因酶切位點的改變及其他位點堿基的改變，可能是凝固酶活性降低的原因之一。
  9. Because of this coding relationship, triplet of bases is called a codon.

    由於這種編碼關系，堿基的三聯體被稱為密碼子。
  10. Two spider silk protein genes ( avfl and avf2 ) screened from the library are characterized in a lot of repetitive motifs, a high guanosines or cytidines content, a strong preference for adenosine or thymidine in the third position of a codon and rich residues of glycines or alanines in the proteins translated

    試驗結果，該文庫容量為4 . 9 10 ~ 6 。從文庫中篩選到avf1和avf2蛛絲蛋白新基因，具有典型重復序列多， g c含量高，密碼子第三個堿基偏愛使用a t及編碼蛋白中含有大量gly和ala殘基等特點。
  11. The most abundant bases are cytosine, thiamine, and uracil ( pyrimidines ) and adenine and guanine ( purines )

    最豐富的堿基是胞嘧啶，胸腺嘧啶，尿嘧啶，腺嘌呤和鳥嘌呤。
  12. Normal dna consists of four bases - adenine, cytosine, guanine and thymine ( known as a, c, g, t ) - molecules that spell out the genetic code in pairs

    正常dna由四種堿基組成腺嘌呤、胞嘧啶、鳥嘌呤、胸腺嘧啶，這些分子以成對的方式組成基因的密碼。
  13. The base ratio of 1 : 1 for the bases adenine and thymine and the bases cytosine and guanine was the first clue to the specificity of base pairing in the nucleic acids

    在核酸中的堿基配對高度專一性的原則決定了腺嘌呤與胸腺嘧啶，或鳥嘌呤與胞嘧啶之間的比值為1 ： 1 。
  14. Dna sequence analysis indicated that tn5gusa5 is prone to insert into low gc content regions ; guanine is a preferential base at the first place and cytosine at the last site of target sequence

    在質粒上tn5gusa5也傾向于插入低gc含量區；堿基g和c分別在靶序列的首位和末尾出現的幾率高。
  15. The most common form of dna profile, abbreviated rflp, is a way of showing the unique patterns of bases in some of these areas

    Dna剖析圖測定最普通的一種形態，縮寫為rflp ，是用來表示這樣一些區域中堿基的特有圖案的一種方法。
  16. Chapter 1 analyses fgs, the endogenous factors of fbs, which are composed of four bases : selfishness, mental models, altruism, and culture

    構成「家族基因」的四個堿基分別為利己人性、心智模式、利他人性和文化因子。
  17. There exist successive deletions in the sequence of the genomic dna of kale and kohlrabi, compared with that of brussel sprouts

    相對抱子甘藍基因組dna而言，羽衣甘藍和球莖甘藍在序列中發生了多處大量堿基的缺失。
  18. G gene of rabies virus m, the of two main regions ( about 1000nt ), ranging from 3161nt to 4162nt and ranging from 4012nt to 4863nt of glycoprotein gene of rabies virus strain m, isolated from mouse in he nan, china were amplified by reverse transcriptase - polynerase chain reaction ( rt - pcr ) in order to complete glycoprotein gene of strain m. these regions were sequenced by the produce of pcr directly. comparison and analysis of nucleotide sequence and amino acid sequence deduced with that of other strains published was performed by computer with dnasisv 2. 5demo software

    本研究對我國河南某地野鼠體內分離的狂犬病野毒株mrv基因的3161位? 4162位（ 1001個堿基）和4012位? 4863位（ 851個堿基）片段進行了反轉錄pcr擴增和序列測定，得到mrv的糖蛋白基因全序列，用dnasisv2 . 5demo分析軟體，與已發表的代表性毒株g基因全序列進行核苷酸和氨基酸序列的比較分析，結果表明在同一基因型中， mrv和國際標準攻毒株cvs的同源性最高（ 96 . 5 ） ，和中國減毒株ctn的同源性最低（ 79 . 8 ） 。
  19. The nucleotide acids in both conserved sequences are mutative, even the length of the spacer is variable, and they both brought troubles in determining escherichia coli promoter with computer

    由於保守序列中的堿基是可變的，而且間隔堿基的長度也是可變，這給大腸桿菌啟動子的計算機識別帶來了難度。
  20. The start reading framae and stop codons, base composition in protein - coding genes and the codon usage of amino acids in scolopendra multilane were compared with the three other myriapods

    本研究在蛋白質編碼基因起始閱讀框和終止密碼子、蛋白質編碼區的堿基組中文摘要成、氨基酸及密碼子的利用等方面把少棘蜈蚣與另三種多足類進行了比較。
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