<p>The affinities of 933W repressor for the substituted DNAs are expressed as the dissociation constants of these operators for 933W repressor. NS-DNA that does not contain a DNA sequence to which 933W repressor binds specifically. The affinity of 933W repressor for non-specific DNA is give as an intrinsic ‘per-site’ dissociation constant (K<sub>D</sub><sup>NS</sup> = K<sub>D</sub><sup>OBS</sup>[2L-n], where L is DNA length and n is site size <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0034563#pone.0034563-JenJacobson1" target="_blank">[28]</a>). The protein concentrations used were corrected for activity.</p
Abstractλ-Repressor–operator sites interaction, particularly OR1 and OR2, is a key component of the ...
In bacteria, the Lac repressor regulates expression of the genes required for lactose metabolism by ...
Mnt is a repressor from phage P22 that belongs to the ribbon±helix±helix family of DNA binding facto...
<p>(A) The base sequence at position 4 in one half site of the 933W binding site was changed as indi...
<p><i>(A)</i> The sequences and affinity <a href="http://www.plosone.org/article/info:doi/10.1371/jo...
<p><i>(A)</i> 933W repressor in complex with the 933W consensus DNA site. The complex is oriented lo...
In complexes of bacteriophage 434 binding sites with 434 repressor the central 4 bp of the 14 bp sit...
Understanding DNA–protein recognition quantita-tively is essential to developing computational algor...
The role of basic amino acid residues in the lactose repressor protein has been explored by chemical...
Differential protein dynamics Resonance energy transfer Sedimentation equilibrium a b s t r a c t k-...
Sequence-specific protein-DNA interactions are responsible for the regulation of key biological func...
The lactose repressor protein binds specifically to the operator region of Escherichia coli DNA, phy...
The thesis describes NMR structures of two protein-DNA complexes. The first structure shows how the ...
The structures of a dimeric mutant of the Lac repressor DNA-binding domain complexed with the auxili...
Recognition of the lac operator by the lac repressor involves specific interactions between residues...
Abstractλ-Repressor–operator sites interaction, particularly OR1 and OR2, is a key component of the ...
In bacteria, the Lac repressor regulates expression of the genes required for lactose metabolism by ...
Mnt is a repressor from phage P22 that belongs to the ribbon±helix±helix family of DNA binding facto...
<p>(A) The base sequence at position 4 in one half site of the 933W binding site was changed as indi...
<p><i>(A)</i> The sequences and affinity <a href="http://www.plosone.org/article/info:doi/10.1371/jo...
<p><i>(A)</i> 933W repressor in complex with the 933W consensus DNA site. The complex is oriented lo...
In complexes of bacteriophage 434 binding sites with 434 repressor the central 4 bp of the 14 bp sit...
Understanding DNA–protein recognition quantita-tively is essential to developing computational algor...
The role of basic amino acid residues in the lactose repressor protein has been explored by chemical...
Differential protein dynamics Resonance energy transfer Sedimentation equilibrium a b s t r a c t k-...
Sequence-specific protein-DNA interactions are responsible for the regulation of key biological func...
The lactose repressor protein binds specifically to the operator region of Escherichia coli DNA, phy...
The thesis describes NMR structures of two protein-DNA complexes. The first structure shows how the ...
The structures of a dimeric mutant of the Lac repressor DNA-binding domain complexed with the auxili...
Recognition of the lac operator by the lac repressor involves specific interactions between residues...
Abstractλ-Repressor–operator sites interaction, particularly OR1 and OR2, is a key component of the ...
In bacteria, the Lac repressor regulates expression of the genes required for lactose metabolism by ...
Mnt is a repressor from phage P22 that belongs to the ribbon±helix±helix family of DNA binding facto...