Construction of Two Highly Efficient pUC18 T-vectors
Wang Li
Abstract
Wang Li
Abstract
Two T vectors were generated by restriction endonuclease Xcm Ⅰ instead of Taq or other DNA polymerases to create the 3'T over hangs.A fragment of adenoviral genome position 10659-11865 was amplified by PCR and Xcm Ⅰ recognition sites were introduced to both ends of the PCR product.This fragment was cloned into the Sma Ⅰ site of pUC18 or the linearized pUC18 with its polylinker deleted.The recombinant plamids were cleaved with Xcm Ⅰ.the larger fragments generated which had 3'T over hangs at both ends were used as T vctors.Genes of rotavirus VP7 and the plasminogen k5 were successfully cloned into these two T vectors with recombination efficiency (recombinants/transformants×100%) of 100%,no blue/white clolny screening assay was needed.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Two T vectors were generated by restriction endonuclease Xcm Ⅰ instead of Taq or other DNA polymerases to create the 3'T over hangs.A fragment of adenoviral genome position 10659-11865 was amplified by PCR and Xcm Ⅰ recognition sites were introduced to both ends of the PCR product.This fragment was cloned into the Sma Ⅰ site of pUC18 or the linearized pUC18 with its polylinker deleted.The recombinant plamids were cleaved with Xcm Ⅰ.the larger fragments generated which had 3'T over hangs at both ends were used as T vctors.Genes of rotavirus VP7 and the plasminogen k5 were successfully cloned into these two T vectors with recombination efficiency (recombinants/transformants×100%) of 100%,no blue/white clolny screening assay was needed.
Key concepts: Restriction enzyme, Recombinant DNA, Molecular biology, Virology, Biology, Multiple cloning site, Cloning (programming), Genetics