河北北方学院学报:自然科学版
河北北方學院學報:自然科學版
하북북방학원학보:자연과학판
Journa of Hebei North University:Natural Science Edition
2012年
3期
66-69,F0002
,共5页
GPIC0474%pGEX-6P2%基因克隆表达%多克隆抗体
GPIC0474%pGEX-6P2%基因剋隆錶達%多剋隆抗體
GPIC0474%pGEX-6P2%기인극륭표체%다극륭항체
GPIC0474%pGEX-6P2%gene cloning and expression%polyclonal antibody
目的对GPIC0474进行克隆、重组、表达并制备GPIC0474的多克隆抗体,鉴定GPIC0474是否与其相似基因肺炎衣原体包涵体膜蛋白CPn0308具有相似的定位。方法通过PCR扩增GPIC0474,构建pGEX-6P2-GPIC0474重组质粒并转化,筛选阳性克隆提取质粒进行测序分析。对重组质粒进行诱导表达,以GST-GPIC0474为免疫原,对Balb/C小鼠进行常规免疫,分离血清获得多克隆抗体。结果成功制备了GPIC0474的多克隆抗体。结论试验所制备的GPIC0474的多克隆抗体为研究GPIC0474的定位提供了材料,进而为以后研究GPIC0474的功能奠定了基础。
目的對GPIC0474進行剋隆、重組、錶達併製備GPIC0474的多剋隆抗體,鑒定GPIC0474是否與其相似基因肺炎衣原體包涵體膜蛋白CPn0308具有相似的定位。方法通過PCR擴增GPIC0474,構建pGEX-6P2-GPIC0474重組質粒併轉化,篩選暘性剋隆提取質粒進行測序分析。對重組質粒進行誘導錶達,以GST-GPIC0474為免疫原,對Balb/C小鼠進行常規免疫,分離血清穫得多剋隆抗體。結果成功製備瞭GPIC0474的多剋隆抗體。結論試驗所製備的GPIC0474的多剋隆抗體為研究GPIC0474的定位提供瞭材料,進而為以後研究GPIC0474的功能奠定瞭基礎。
목적대GPIC0474진행극륭、중조、표체병제비GPIC0474적다극륭항체,감정GPIC0474시부여기상사기인폐염의원체포함체막단백CPn0308구유상사적정위。방법통과PCR확증GPIC0474,구건pGEX-6P2-GPIC0474중조질립병전화,사선양성극륭제취질립진행측서분석。대중조질립진행유도표체,이GST-GPIC0474위면역원,대Balb/C소서진행상규면역,분리혈청획득다극륭항체。결과성공제비료GPIC0474적다극륭항체。결론시험소제비적GPIC0474적다극륭항체위연구GPIC0474적정위제공료재료,진이위이후연구GPIC0474적공능전정료기출。
Objective To identify whether GPIC0474 has the similar position with that of Chlamydia pneumoniae inclusion membrane protein CPn0308. In the experiment, GPIC0474 gene was cloned, re- combined and expressed. GST fusion protein was prepared. Then polyclonal antibodies (pAbs) to GST- GPIC0474. were made. Methods The target gene GPIC0474 was amplified by PCR, and then recombi- nant plasmid pGEX-6P2-GPIC0474 was constructed and transferred. The positive colonies were selected and plasmid was sequenced and analyzed. Then the recombinant was induced and GST fusion protein was expressed. The purified fusion protein was used to immunize mice in a routine way, pAbs to the fusion protein was obtained by separating serum from whole blood. Results preparation of polyclonal antibodies against GPIC0474 was successful. Conclusion pAbs to GPIC0474 fusion protein provides material for lacation of GPIC0474. Thus it lays foundation for studying the function of GPIC0474.