antigen antibody reaction 中文意思是什麼

antigen antibody reaction 解釋
抗原抗體反應
  • antigen : n. 【醫學】抗原。
  • antibody : n. 【醫學】抗體。
  • reaction : n 1 反作用,反應;反沖;反動力。2 【政治學】反動,倒退;復古(運動)。3 【化學】反應,【物理學】...
  1. The development of renewable amperometric is a possible way to circumvent the problem. here, antigen ( antibody ) is immobilized with graphite ( carbon ) and carrier on a transducer, the analyze is measured through on enzyme catalytic reaction after sandwich or competitive immunoreaction

    將抗原(抗體)與石墨或者碳固定在載體材料中,在一個競爭性的或者夾心式的免疫反應后,將酶標抗原(抗體)鍵合在傳感器表面,通過一個酶催化反應來確定待測抗原(抗體)的濃度。
  2. The development of renewable amperometric is a possible way to circumvent the problem. here, antigen ( antibody ) is immobilized with graphite ( carbon ) and carrier on a transducer, the analyze is measured through on enzyme catalytic reaction after sandwitch or competitive immunoreaction. the surface of immuno - sensor can be renewed by used in a new immunoassay

    將抗原(抗體)與石墨或者碳固定在載體材料中,在一個競爭性的或者夾心式的免疫反應后,將酶標抗原(抗體)鍵合在傳感器表面,通過一個酶催化反應來確定待測抗原(抗體)的濃度。
  3. Guan et al ( 1991 ) established a strain of monoclonal anti - idiotypic antibody np30 ofschistosomajaponicum, which is an internal image anti - idiotypic antibody of gut associated antigen ( gaa ), its antibody isotype is igm. np30 has a partial cross reaction with soluble egg antigen ( sea ) and membrane associated antigen ( maa ). np30 molecule has been researched on many aspects

    管曉虹等( 1991 )建立了一株日本血吸蟲單克隆抗獨特型抗體np30 ,已證實為腸相關抗原( gaa )的內影像抗獨特型抗體,其抗體同型為igm ,與可溶性蟲卵抗原( sea )及膜相關抗原( maa )有部分交叉反應。
  4. Guan xiaohong, et al. ( 1991 ) established a strain of monoclonal anti - idiotypic antibody np30 of schistosoma japonicum, whice is an internal image antigen of gut associated antigen ( gaa ), its antibody isotype is igm. np30 has a partial cross - reaction with soluble egg antigen ( sba ) and membrane associated antigen ( maa )

    管曉虹等建立的日本血吸蟲單克隆抗獨特型抗體( anti - id , ab _ 2 ) np30是腸相關抗原( gaa )的內影像anti - id ,與可溶性蟲卵抗原( sea )有交叉反應,可替代蟲源性抗原用於血吸蟲病免疫診斷和抗病疫苗的研究。
  5. The prepared igg immunoprobe was found to have a sensitively nernst response to igg because of the antigen - antibody reaction. the change of potential from beginning to end ( the potentimetric difference, a

    用戊二醛交聯法在鉑電極、銀電極上固定igg抗體,制備了可重復使用的電位型無標記igg免疫探針。
  6. 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

    當異種蛋白(稱為抗原, antigen ,簡稱ag )侵入生物體內時,體內能產生識別此類異物並將其排出的物質(大分子量蛋白質,稱抗體antibody ,簡稱ab ) ,抗原與抗體發生免疫反應,利用抗體(或抗原)對抗原(或抗體)的特異性識別功能和壓電晶體的高靈敏質量響應可製成壓電免疫傳感器。
  7. Because the antigen ? antibody reaction is an equilibrium binding reaction, the magnitude of the signal relies on the concentration of each reactant

    因為抗原抗體反應是一個平衡結合反應,所以信號量依賴于每個反應物的濃度。
  8. The binding reaction between antigen and antibody can be enhanced by optimizing chemical environments, such as acidity and ionic strength, to which the immunoreactants are exposed ( 34, 35 )

    抗原和抗體間的結合反應可通過優化免疫反應物暴露的化學環境,例如酸度和離子強度,來提高優化。
  9. Recently, there has been rapid development in the research and application of biosensor, which can detect analytes selectively using the specific reaction of bioactive materials such as the enzyme - substrate, enzyme - coenzyme, antigen - antibody, incretion - acceptor and so on

    近年來,生物傳感器的研究和應用發展迅猛,它利用生物活性物質的親和性,如酶-底物、酶-輔基、抗原-抗體、激素-受體等的分子識別功能,可以有選擇地檢測待測物。
  10. They found that np30 had partial cross - reaction with sea and maa and could be used as " antigen reagent " in the immunodiagnostic assays based on antibody detection of schistosomasis japonica. it is difficult to obtian gaa by genetic engineering methods, because gaa is glycoprotein

    基固,擴增產物鑒定后,將其克隆apuc19載體,重組子用san驢r 』 s雙脫氧鏈終止法和自動測序法測定其序列,序列與genebank中及已發表的抗體序列進行比較分析。
  11. Antibody, which was coated to ps - mpm by using immunology method, reacted to special corresponding antigen. the heat change in the adsorption process of antibody to mpm and the reaction process to antigen were measured by using microcalorimetry. the adsorption mechanism and the special reaction were analyzed, which established the primary base of profound study on the aspect of biology application for mpm

    本文採用免疫學方法,在聚苯乙烯磁性微球表面包覆了抗體,並與武漢理一1幾大學碩十學位論文特定的抗原發生特異性反應,利用tamair等溫微量熱檢測儀測量了微球與抗體吸附過程及與抗原發生特異性反應過程中的熱量變化,探討了微球與抗體之間的吸附機理和與抗原之間的特異性反應,為更為深入地研究磁性微球在生物方面的應用奠定基礎。
  12. Constructed the fusion protein expression vector of echistatin, . and identify it by dna sequencing. the vector can express echistatin fusion protein at a high level, the fusion protein molecular weight is about 16000 da in sds - page analysis, and the fusion protein consists more than 30 % of total protein, the fusion protein has specific antigen - antibody reaction with rabbit anti - echistatin polyclonal antibody. the fusion protein include : hpk5. his + 6tag, and echistatin. echistatin can be released by cnbr cleavage

    構建了echistatin融合蛋白表達載體,經dna測序鑒定正確后,溫控誘導表達,獲得了高效表達,表達產物經505一隊ge分析,分子量為16000oa ,符合預計的融合蛋白分子量,表達產物. ll 』菌體總蛋白的30 %以上, westem一blotting結果顯示,該日的蛋白能夠和echistatin多克隆抗體發生特異性抗原抗體反應,表明我們成功構建了eohistatin的高效融合表達克隆。
  13. Transport of a specimen mixture through membrane pores may lead to the complete separation of analyte from other interfering substances provided a suitable antigen ? antibody reaction system is employed

    樣本混合物通過膜孔的傳輸使得分析物從其他干擾物中完全分離,因此提供了合適的抗原抗體反應。
  14. Transfusion - related acute lung injury ( trali ) is a severe reaction between leukocyte antigen and antibody during transfusion of plasma - containing components

    摘要與輸血有關的急性肺損傷,是在輸含有血漿的血液的時候,白血球抗原與抗體發生嚴重的反應所造成。
  15. 2. in this thesis, the fractai reaction kinetics analysis was first to use in the study of heterogeneous reactions happened on the surf8ce of piezoelectric sensor the adsorption kinetic modei of antibody and the immunoreaction kinetic modei of antibody binding antigen on the surf8ce of piezoeiectric sensor were set up. when the models were appiied to the experimentai, good fitting results were obtained

    本文首次利用分形反應動力學理論來研究壓電生物傳感器表面發生的不均一反應並對生物大分子抗體吸附到傳感器敏感膜表面,以及發生在敏感膜表面的抗原抗體反應進行初步研究;提出了在壓電石英晶體表面發生的大分子吸附反應或抗原抗體反應的動力學反應模型;對實驗進行了應用,獲得了較好的擬合結果,驗證了模型。
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