2002PubMedRequires access

[Construction of a new vector for direct cloning of PCR products].

Xuejun Hu, Jingquan Li, Xiaodong Yuan, Hongmei Xu, Dongli Zhao

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Abstract

A new method for construction of a cloning vector (T-vector) for direct ligation with PCR products was described. The T-vector derived from pUC118 in which the unique restriction site of Eam1105 I in the region of Amp(r) gene was deleted and an artificial DNA fragment flanking two Eam1105 I was introduced at the site of BamHI. The modified vector was named as pUC118E. A T-vector with 3' over hang end of a single T can be obtained via digesting of pUC118E with Eam1105I. PCR products can be easily cloned with this T-vector.

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What this paper is about

A new method for construction of a cloning vector (T-vector) for direct ligation with PCR products was described. The T-vector derived from pUC118 in which the unique restriction site of Eam1105 I in the region of Amp(r) gene was deleted and an artificial DNA fragment flanking two Eam1105 I was introduced at the site of BamHI. The modified vector was named as pUC118E. A T-vector with 3' over hang end of a single T can be obtained via digesting of pUC118E with Eam1105I. PCR products can be easily cloned with this T-vector.

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Available abstract

A new method for construction of a cloning vector (T-vector) for direct ligation with PCR products was described. The T-vector derived from pUC118 in which the unique restriction site of Eam1105 I in the region of Amp(r) gene was deleted and an artificial DNA fragment flanking two Eam1105 I was introduced at the site of BamHI. The modified vector was named as pUC118E. A T-vector with 3' over hang end of a single T can be obtained via digesting of pUC118E with Eam1105I. PCR products can be easily cloned with this T-vector.

Key concepts: Vector (molecular biology), Cloning (programming), Biology, BamHI, Restriction site, Cloning vector, Genetics, Multiple cloning site

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