医学研究生学报
醫學研究生學報
의학연구생학보
JOURNAL OF MEDICAL POSTGRADUATE
2014年
6期
577-581
,共5页
F10基因%F10重组蛋白%葡萄胎
F10基因%F10重組蛋白%葡萄胎
F10기인%F10중조단백%포도태
F10 gene%F10 recombinant protein%Hydatidiform mole
目的: F10是从葡萄胎组织中克隆的新基因,前期研究显示F10基因可能与滋养细胞侵袭性有关,为进一步研究F10基因功能,拟构建原核质粒表达葡萄胎相关新基因 F10重组蛋白,分离纯化并鉴定。方法用逆转录聚合酶链反应法从人组织中扩增F10基因编码序列,将其克隆到pET28a原核表达载体,在大肠杆菌BL21(DE3)内进行诱导表达F10基因重组蛋白,用层析柱予以纯化并采用SDS-PAGE电泳鉴定。结果成功构建了pET28a/F10原核表达质粒,并获得高纯度的重组F10蛋白。结论表达及纯化的重组F10蛋白纯度高,适合作为制备单克隆抗体的抗原,可用于F10功能的进一步研究。
目的: F10是從葡萄胎組織中剋隆的新基因,前期研究顯示F10基因可能與滋養細胞侵襲性有關,為進一步研究F10基因功能,擬構建原覈質粒錶達葡萄胎相關新基因 F10重組蛋白,分離純化併鑒定。方法用逆轉錄聚閤酶鏈反應法從人組織中擴增F10基因編碼序列,將其剋隆到pET28a原覈錶達載體,在大腸桿菌BL21(DE3)內進行誘導錶達F10基因重組蛋白,用層析柱予以純化併採用SDS-PAGE電泳鑒定。結果成功構建瞭pET28a/F10原覈錶達質粒,併穫得高純度的重組F10蛋白。結論錶達及純化的重組F10蛋白純度高,適閤作為製備單剋隆抗體的抗原,可用于F10功能的進一步研究。
목적: F10시종포도태조직중극륭적신기인,전기연구현시F10기인가능여자양세포침습성유관,위진일보연구F10기인공능,의구건원핵질립표체포도태상관신기인 F10중조단백,분리순화병감정。방법용역전록취합매련반응법종인조직중확증F10기인편마서렬,장기극륭도pET28a원핵표체재체,재대장간균BL21(DE3)내진행유도표체F10기인중조단백,용층석주여이순화병채용SDS-PAGE전영감정。결과성공구건료pET28a/F10원핵표체질립,병획득고순도적중조F10단백。결론표체급순화적중조F10단백순도고,괄합작위제비단극륭항체적항원,가용우F10공능적진일보연구。
Objective F10 is a new gene cloned from hydatidiform moles .Our previous study showed that the F10 gene might be associated with the invasion of trophoblast cells .This study was to construct a prokaryotic plasmid expressing the recombinant protein of F10 and isolate, purify, and identify it in order to further investigate the function of the F10 gene. Methods The coding sequence of the F10 gene was amplified from the human tissue by RT-PCR and cloned into the vector pET 28a.The plasmid was ex-pressed in the E.coli BL21(DE3) to obtain the F10 recombinant protein.The expressed F10 recombinant protein was purified with the chromatographic column and verified by sodium dodecyl sulfate polyacrylamide gel electropheresis ( SDS-PAGE) . Results The pro-karyotic plasmid expressing the F 10 recombinant protein was successfully constructed and highly purified F 10 recombinant protein was obtained. Conclusion The F10 recombinant protein was expressed and highly purified , which could be used as an antigen for the preparation of the F10 monoclonal antibody .