Construction of a High Efficiency PCR Products Cloning T Vector Using pGEM-5zf (+).
Yaofeng Zhao, Zhancai Liu, Shuyang Yu, Sicheng Wen, Lennart Hammarström, Hodjattallah Rabbani
Abstract
Yaofeng Zhao, Zhancai Liu, Shuyang Yu, Sicheng Wen, Lennart Hammarström, Hodjattallah Rabbani
Abstract
A highly efficient cloning vector was constructed for cloning PCR products by inserting an 80 bp DNA fragment into pGEM-5zf (+) vector. The Xcm I digestion of this vector gave rise to a 3' overhanging deoxythymidine offering the possibility of cloning PCR products with 3' adenosine overhang created by Taq DNA polymerase. Furthermore, two EcoR I sites were added to the construct for identification of recombinant plasmids using a single restriction enzyme. Taken together, the more efficient cloning performance and the lower cost of this vector as compared to the commercial T vector, suggests that it may be one of the best T vectors for cloning of PCR products.
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A highly efficient cloning vector was constructed for cloning PCR products by inserting an 80 bp DNA fragment into pGEM-5zf (+) vector. The Xcm I digestion of this vector gave rise to a 3' overhanging deoxythymidine offering the possibility of cloning PCR products with 3' adenosine overhang created by Taq DNA polymerase. Furthermore, two EcoR I sites were added to the construct for identification of recombinant plasmids using a single restriction enzyme. Taken together, the more efficient cloning performance and the lower cost of this vector as compared to the commercial T vector, suggests that it may be one of the best T vectors for cloning of PCR products.
Key concepts: Cloning (programming), Cloning vector, Vector (molecular biology), Recombinant DNA, Restriction enzyme, Taq polymerase, Multiple cloning site, Restriction digest