1.
Academic Journal of Second Military Medical University
;
(12)2000.
Article
Dans Chinois
| WPRIM
| ID: wpr-677441
Résumé
Objective: To clone THANK gene and express its extracelluar fragment. Methods: Using RNA isolated from HL 60 cell lines, THANK cDNA was amplified by RT PCR. The fragment was linked to pMD18 T vector and sequenced, and then the extracellular fragment of THANK was subcloned into pET vector and THANK protein expression was induced.Results: A 858 bp DNA fragment was amplified and the cDNA sequence was identical with the published sequence encoding THANK gene. Western blot showed that THANK protein with a relative molecular weight of 2.6?10 4 was expressed. Conclusion: Human THANK gene was cloned and expressed successfully, which provides a base of further research of THANK gene. [