gene splicing 中文意思是什麼

gene splicing 解釋
基因剪接,基因拼接
  • gene : n. 【生物學】基因。 dominant gene顯性基因。
  • splicing : （剪接）：指內含子切除和外顯子連接，因此內含子被剔除，而外顯子剪接到一起。
  1. Genetic material produced by gene - splicing

    重組基因材料基因分割而產生的基因材料
  2. Gene - splicing gave rise to such a new and fundamental understanding of genetic processes that the men who discovered it were awarded the nobel prize in physiology or medicine

    基因併合這個發現，使世人對遺傳過程有了嶄新的基本認識，發現者也因此獲得諾貝爾生理醫學獎。
  3. Chomez and colleague also found this gene by homologous sequence splicing in the database of gene bank in 2001 and named as mage - hi, but there are no any biological functions of restin reported

    2001年， chomez等通過同源序列篩選genbank數據庫，也發現了該基因，並命名為mage - h1 ，但有關該基因的具體生物學功能研究還沒有報道。
  4. Cloning of chitinase gene from streptomyces roseoflavus and its splicing expression in escherichia coli

    玫瑰黃鏈黴菌幾丁質酶基因的克隆及拼接表達
  5. Alternative splicing gave rise to two transcripts of the kyot gene, kyotl and kyot2, which encoded proteins with four and two lim domains, respectively

    全長kyot （ kyoti ）蛋白含有四個lm結構域，不能與rbpj相互作用；而kyoth蛋白橢兩個lim結構域，是由kyoti的初級轉錄物經齡性撇產生的
  6. Others have created skin - tissue cultures that glow colourfully under ultraviolet light by splicing in a gene from a species of coral

    另一些則發明了表皮組織培養技術，通過導入珊瑚的基因使其在紫外線下發出色彩斑斕的光。
  7. Using yeast two - hybrid system honjo ' s group in kyoto university isolated a novel protein, kyot, which physically interacts with rbp - j. differential splicing gives rise to three transcripts of the kyot gene, kyotl, kyot2 and kyots. kyot2, but not kyotl negatively regulates transcription by association with rbp - j

    為進一步探討rbp - j的功能，日本京都大學的honjo研究組利用酵母雙雜交系統篩選到一個可以與rbp - j相互作用的新蛋白kyot ， kyot蛋白有三種不同的剪切體： kyot1 ， kyot2和kyot3 ，其中kyot2可以與rbp - j相互作用抑制其轉錄活性。
  8. The mechanism is that the introduced complementary oligonucleotides can bind to the corresponding mrna or double - stranded dna in genome and form partial double - stranded molecules or triple - stranded nucleic acid molecules by sequence - specific and nonsequence - specific antisense action, thus the target gene will be orientationally blocked and expression of the target inhibited so that therapeutic effect could be attained. in this study, we designed a fragment of human c ii ta cdna in antisense orientation using mrna of c ii ta as template. the primers were designed based on 94 - 500 nucleotides segment in 5 " end of ciita gene so that the interested gene contained 407 base pairs which included two aug codons in 1 16 and 188 nucleotides as well as the splicing site between the first and the second exons

    本研究設計以c tamrna為模板的反義cdna片段，從c ta基因5 』端第94位到500位核苷酸段設計引物，目的片段407bp ，覆蓋第116和188位兩個aug密碼子，也包含了第一外顯子和第二外顯子間的剪接位點：用常規分子生物學方法構建了反義片段的腺病毒表達載體（ padeasy - 1系統） ；腺病毒載體經hek293細胞包裝產生含反義片段的重組腺病毒，用氯化銫密度梯度離心法獲得純化的高滴度腺病毒；進行體外基因轉移，分別用反義片段真核表達載體轉染p388d1細胞和用重組腺病毒感染hela細胞，觀察導入的c ta基因反義rna抑制細胞內組成型或誘導型c ta基因表達的作用，從而達到調控mhc -類分子表達的目的。
  9. " you can ' t stick a pine branch in the ground and have it take root the way you can with a violet, " says steven strauss, an oregon state university forest science professor who has developed gene - splicing techniques for trees

    曾經開發了林木基因嫁接法的俄勒岡州立大學林木科學教授，斯蒂文?司特勞斯說： 「不能像種紫羅蘭一樣，將一枝松枝插在地里，指望它會生根發芽。
  10. The major focuses of research include : clinical biochemistry, gene splicing and regulation, and neurological biochemistry

    現有臨床生化、基因拼接與調控、神經生化三個研究方向。
  11. Three major transcipts ( nogo - a, - b, - c ) originate from the nogo gene by alternative splicing

    三種nogo分子都具有相同的188個氨基酸的c -末端，與reticulon家族成員高度同源。
  12. The pattern of gene expression that makes this transformation possible relies heavily on two phenomena : modification of chromatin and alternative splicing

    造成這種轉變的基因表現模式，可能大量仰賴了兩種作用：染色質修飾和選擇性剪接。
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