1978•European Journal of BiochemistryRequires access

Interation of DNA with DNA‐Binding Proteins

Klaus Geider

Open publisher page 29 citations

Abstract

The competition of the DNA-binding proteins I and II of Escherichia coli and of the phage fd DNA-binding protein for single-stranded DNA was investigated. Their roles in cells might be judged from their binding affinities to DNA and their mutual exchange in the DNA . protein complexes. Strongest binding on single strands was found for the phage protein. DNA-binding protein II displaced half of the protein I in the complex with single-stranded DNA when no double-stranded DNA was present. Protein-complexed single strands were protected against degradation. The protection is less pronounced for protein II which can increase the stability of the fd DNA complex with DNA-binding protein I against nucleolytic cleavage.

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What this paper is about

The competition of the DNA-binding proteins I and II of Escherichia coli and of the phage fd DNA-binding protein for single-stranded DNA was investigated. Their roles in cells might be judged from their binding affinities to DNA and their mutual exchange in the DNA . protein complexes. Strongest binding on single strands was found for the phage protein. DNA-binding protein II displaced half of the protein I in the complex with single-stranded DNA when no double-stranded DNA was present. Protein-complexed single strands were protected against degradation. The protection is less pronounced for protein II which can increase the stability of the fd DNA complex with DNA-binding protein I against nucleolytic cleavage.

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Available abstract

The competition of the DNA-binding proteins I and II of Escherichia coli and of the phage fd DNA-binding protein for single-stranded DNA was investigated. Their roles in cells might be judged from their binding affinities to DNA and their mutual exchange in the DNA . protein complexes. Strongest binding on single strands was found for the phage protein. DNA-binding protein II displaced half of the protein I in the complex with single-stranded DNA when no double-stranded DNA was present. Protein-complexed single strands were protected against degradation. The protection is less pronounced for protein II which can increase the stability of the fd DNA complex with DNA-binding protein I against nucleolytic cleavage.

Key concepts: HMG-box, DNA clamp, DNA, Replication protein A, Single-stranded binding protein, DNA binding site, Protein–DNA interaction, DNA-binding protein

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