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Construction of cloning/sequencing vectors with an alternative polylinker.

Howard La, Ortlepp Sa

Open publisher page 11 citations

Abstract

This paper describes the construction of a new plasmid and M13 phage cloning vector in which the 54-bp polylinkers of pUC19 and of M13mp8 are replaced with a 45-bp chemically synthesized polylinker with different restriction sites. The new polylinker is inserted in frame at the N-terminal end of the beta galactosidase lac Z fragment. The plasmid was named pLH1, the phage M13LH1.

About this research paper

What this paper is about

This paper describes the construction of a new plasmid and M13 phage cloning vector in which the 54-bp polylinkers of pUC19 and of M13mp8 are replaced with a 45-bp chemically synthesized polylinker with different restriction sites. The new polylinker is inserted in frame at the N-terminal end of the beta galactosidase lac Z fragment. The plasmid was named pLH1, the phage M13LH1.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper describes the construction of a new plasmid and M13 phage cloning vector in which the 54-bp polylinkers of pUC19 and of M13mp8 are replaced with a 45-bp chemically synthesized polylinker with different restriction sites. The new polylinker is inserted in frame at the N-terminal end of the beta galactosidase lac Z fragment. The plasmid was named pLH1, the phage M13LH1.

Key concepts: Multiple cloning site, pUC19, Cloning vector, Plasmid, Cloning (programming), Restriction enzyme, Molecular cloning, Genetics

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