特异性识别的英文

• specific recognition

• "特异"英文翻译    exceptionally good; excellen ...
• "性"英文翻译    nature; character; dispositi ...
• "识别"英文翻译    discriminate; distinguish; d ...
• "性识别" 英文翻译 :    gender recognition; sex recognition
• "已识别的hla特异性" 英文翻译 :    recognized hla specificities
• "操纵性识别" 英文翻译 :    maneuverability identification
• "磁性识别卡" 英文翻译 :    identity cards magnetic
• "属性识别" 英文翻译 :    attribute identification
• "限制性识别" 英文翻译 :    restrictive recognition
• "岩性识别" 英文翻译 :    lithologic discrimination; lithologic identification; lithological discrimination
• "整体性识别" 英文翻译 :    holistic recognition
• "安全性识别项" 英文翻译 :    sid
• "安全性识别元" 英文翻译 :    sid
• "特异性" 英文翻译 :    distinction; idiosyncracy; idiosyncrasy; singularity; specificity
• "三点手性识别模型" 英文翻译 :    three-point chiral recognition model
• "肿瘤源性识别因子" 英文翻译 :    tumor-derived recognition factor
• "编码特异性" 英文翻译 :    encoding specificity
• "簿特异性rna" 英文翻译 :    virus-specific rna
• "产品特异性" 英文翻译 :    product differentiation
• "簇特异性的" 英文翻译 :    group-specific
• "单特异性的" 英文翻译 :    monospecific
• "底物特异性" 英文翻译 :    substrate specificity; substratespecificity
• "动因特异性" 英文翻译 :    agent specific
• "非特异性" 英文翻译 :    non-specific t-cell suppressor factor; non-specifity
• "非特异性st-t" 英文翻译 :    nonspecific st-t

• Function of the residues met76 and gln79 in hla - g 1 domain in kir2dl4 recognition
  4特异性识别中的作用研究
• Sh2 domain can specifically recognize phosphated tyrosine residue , and mediate receptor tyrosine protein kinase signal transduction
  Shz结构域可以特异性识别磷酸化酪氨酸短序列，介导受体酪氨酸蛋白激酶信号转? 2 ?导途径。
• Sds - page showed efficient expression and secretion of the rhfl . the highest yield ( 108 mg / l ) was obtained when expression was induced with 0 . 5 % methanol for 96 hours
  Western杂交实验出现了可被抗体特异性识别的杂交带，证实此条带即为重组毕赤氏酵母km7lppicgkil分泌表达的重组fl蛋白。
• The cbd tag of the fusion protein was cut by site - specific protease enterokinase at starting met of the target protein lt 27 . it was released from the cbd fusion tag efficiently
  利用融合蛋白中目的蛋白lt 27与cbdtag接头处的肠激酶特异性识别位点，用肠激酶处理粗纯化的融合蛋白，可将卜
• Dendritic cells ( dc ) is the most powerful apc , which can markedly increase the antigen - presentation capacity by maximizing the pepitide - mhc complexes on the cell surface and upregulating the co - stimulatory ligands b7 - 1 and b7 - 2 , adhesion moleculees such as il - 12 that promote full activation of lymphocytes . full activation of antigen - specific t cells requires two signals - one signal coming via the tcr and the other signal through engagment of co - stimulatary molecules . t cells receiving one signal via their tcr are turned off by mhc ( major histocompatibility complex ) , via t cell cd28 binding to b7 on the dc induce tlymphokine and t cell proliferatiion
  T细胞介导的细胞免疫在控制肿瘤生长方面发挥着重要作用， t细胞在发挥抗瘤效应(分泌细胞因子和直接杀伤)之前必须先经过活化，体内专职抗原提呈细胞( apc )细胞并使其活化，树突状细胞( dendriticcell , dc )为t细胞的激活提供双重信号， t细胞借助tcr识别由dcmhc分子递交的抗原肽后，通过tcr - cd3复合体传递抗原特异性识别信号(第一信号) ，以cd28为主的t细胞表面辅佐分子识别dc表面b7分子，传递非特异性协同刺激信号(第二信号) ，在机体抗肿瘤免疫应答中处于核心地位。
• When the antigen ( brief named ag ) invaded into the organism , and the body can produce a kind of material ( high molecular weight protein , named antibody , brief named ab ) that can distinguish this antigen and evacuate it , the antigen and antibody take place the immuno - reaction . using their highly sensitivity to response mass change and specificity , it can be fabricated a piezoelectric immunnosensors
  当异种蛋白(称为抗原， antigen ，简称ag )侵入生物体内时，体内能产生识别此类异物并将其排出的物质(大分子量蛋白质，称抗体antibody ，简称ab ) ，抗原与抗体发生免疫反应，利用抗体(或抗原)对抗原(或抗体)的特异性识别功能和压电晶体的高灵敏质量响应可制成压电免疫传感器。
• Recently , ldl apheresis has been applied in clinic and achieves a satisactory effect . in this dissertation , the tripeptide , serine - aspartic - glutamic acid ( sde ) , which existes in the cooh - terminal end of the seven repeats in the ligand binding domain of the ldl receptor and plays an important role in identifying ldl , was synthetized and immobilized onto the polyacrylamide ( paam ) beads as a bionic adsorbent for selective removal of ldl from plasma
  本论文以丝氨酰-天冬氨酰-谷氨酸( sde )负电性三肽(此三肽广泛存在于ldl受体配体结合域7个重复序列的羧基末端，对ldl受体特异性识别ldl起着重要作用)作为配体固定到聚丙烯酰胺微球载体上制成仿生性ldl亲和吸附剂，考察其对人血浆中ldl及hdl的吸附功效。