高校化学工程学报
高校化學工程學報
고교화학공정학보
JOURNAL OF CHEMICAL ENGINEERING OF CHINESE UNIVERSITIES
2013年
6期
1039-1044
,共6页
李晔%危晴%金丽华%王晓杰%辛秀兰%苏东海%袁其朋
李曄%危晴%金麗華%王曉傑%辛秀蘭%囌東海%袁其朋
리엽%위청%금려화%왕효걸%신수란%소동해%원기붕
三孢布拉氏霉菌%CarRA%多肽合成%多克隆抗体%制备%鉴定
三孢佈拉氏黴菌%CarRA%多肽閤成%多剋隆抗體%製備%鑒定
삼포포랍씨매균%CarRA%다태합성%다극륭항체%제비%감정
Blakeslea trispora%CarRA%synthetic peptides%polyclonal antibody%preparation,identification
对三孢布拉氏霉菌番茄红素环化酶(CarRA)进行抗原表位分析并制备兔多克隆抗体。运用GOLDENKEY分子生物学软件对三孢布拉氏霉菌CarRA结构蛋白的抗原表位及其二级结构进行了分析比较,结合现有的抗原表位选取原则从中筛选了一段显示表位特征的氨基酸残基序列,应用固相合成法合成三孢布拉氏霉菌 CarRA 多肽,然后将其与KLH 偶联制成免疫原,应用于动物免疫及多克隆抗体的制备,对该多抗与三孢布拉氏霉菌 CarRA 的反应性进行了检测。获得了三孢布拉氏霉菌CarRA的多抗,该抗体经间接酶联免疫吸附测定法检测其效价为1:32000,Dot blot检测在三个稀释度下都出现了目的条带,证实该抗体具有较好的反应性和特异性。成功制备了三孢布拉氏霉菌CarRA多抗,为进一步明确发酵促进剂的作用机制及其对三孢布拉氏霉菌代谢网络的影响,对CarRA进行定量以及对其相关功能进行深入研究提供了有利条件。
對三孢佈拉氏黴菌番茄紅素環化酶(CarRA)進行抗原錶位分析併製備兔多剋隆抗體。運用GOLDENKEY分子生物學軟件對三孢佈拉氏黴菌CarRA結構蛋白的抗原錶位及其二級結構進行瞭分析比較,結閤現有的抗原錶位選取原則從中篩選瞭一段顯示錶位特徵的氨基痠殘基序列,應用固相閤成法閤成三孢佈拉氏黴菌 CarRA 多肽,然後將其與KLH 偶聯製成免疫原,應用于動物免疫及多剋隆抗體的製備,對該多抗與三孢佈拉氏黴菌 CarRA 的反應性進行瞭檢測。穫得瞭三孢佈拉氏黴菌CarRA的多抗,該抗體經間接酶聯免疫吸附測定法檢測其效價為1:32000,Dot blot檢測在三箇稀釋度下都齣現瞭目的條帶,證實該抗體具有較好的反應性和特異性。成功製備瞭三孢佈拉氏黴菌CarRA多抗,為進一步明確髮酵促進劑的作用機製及其對三孢佈拉氏黴菌代謝網絡的影響,對CarRA進行定量以及對其相關功能進行深入研究提供瞭有利條件。
대삼포포랍씨매균번가홍소배화매(CarRA)진행항원표위분석병제비토다극륭항체。운용GOLDENKEY분자생물학연건대삼포포랍씨매균CarRA결구단백적항원표위급기이급결구진행료분석비교,결합현유적항원표위선취원칙종중사선료일단현시표위특정적안기산잔기서렬,응용고상합성법합성삼포포랍씨매균 CarRA 다태,연후장기여KLH 우련제성면역원,응용우동물면역급다극륭항체적제비,대해다항여삼포포랍씨매균 CarRA 적반응성진행료검측。획득료삼포포랍씨매균CarRA적다항,해항체경간접매련면역흡부측정법검측기효개위1:32000,Dot blot검측재삼개희석도하도출현료목적조대,증실해항체구유교호적반응성화특이성。성공제비료삼포포랍씨매균CarRA다항,위진일보명학발효촉진제적작용궤제급기대삼포포랍씨매균대사망락적영향,대CarRA진행정량이급대기상관공능진행심입연구제공료유리조건。
To analyze the epitope of Blakeslea trispora CarRA protein and prepare its polyclonal antibody. Combined with existing antigen epitope selection principle, the Blakeslea trispora CarRA full-length sequence was analyzed by using the bio-informatics software GOLDENKEY to detect the structure of amino acids and select its epitopes. The Blakeslea trispora CarRA peptides fragment was synthesized by solid-phase peptide synthesis method and purified by HPLC. The synthetic antigen was conjugated with the keyhole limpet hemoyanin (KLH), and then rabbits were immunized with this antigen and the antibody was examined. The results show that the antibody titer is as high as 1:32000. Through Dot blot analysis, it was proved that this peptide antibodies could react with Blakeslea trispora CarRA. All these prove that the antibody has wonderful reaction and speciality. A CarRA-specific antibody was succeddfully developed, which lays foundation for further studies of fermentation accelerator mechanisms, effects on Blakeslea trispora metabolic networks, CarRA quantitative research and the function of CarRA.