<p>(a) The interhelical angles (°) between the H1 helices, and (b) the distances (Å) between the C atoms for Ile80 in the H1 helix of BMAL1 and T20 in DNA in the C<sub>bHLH</sub>+B<sub>bHLH</sub>+DNA (red) and B<sub>bHLH</sub>+B<sub>bHLH</sub>+DNA (green) models.</p
<p>(A) Superimposition of two positions for double-strand DNA (orange and red spheres) after docking...
<p>(a) Detailed view of the major groove-backbone interaction. (b) Detailed view of the major-groove...
Helices are the most abundant secondary structural elements in proteins and the structural forms ass...
<p>Interhelical angles (A) and interhelical distances (B) between helix2 and helix3 in Smad1 along w...
<p>(A) The distances of connection sites between the residues of GRDBD dimer and bases of DNA for GR...
The conformational flexibility inherent in the polynucleotide chain plays an important role in decid...
Abstract. The conformational flexibility inherent in the polynucleotide chain plays an important rol...
<p>This distance is measured as the distance between centroids of α<sub>1</sub> and α<sub>2</sub> he...
<p>Atomic distance between the centre of masses of helices 17–19 (<b>A</b>), 19–20 (<b>B</b>) and 19...
<div><p>Helices are the most abundant secondary structural elements in proteins and the structural f...
<p>The minor and major groove widths for the time-average structures of the DNA conformations for (A...
<p>(A) The cartoon representation of 11.5 TAL repeats and the DNA. The superhelical pitch of dHax3 i...
There is little doubt that the nuclear Overhauser effect is potentially the most powerful tool for t...
Abstract: In this paper a statistical analysis of distributions of inter-helical angles in...
<p>A) The helical coordinate system establishes the position of the ligand center of mass with respe...
<p>(A) Superimposition of two positions for double-strand DNA (orange and red spheres) after docking...
<p>(a) Detailed view of the major groove-backbone interaction. (b) Detailed view of the major-groove...
Helices are the most abundant secondary structural elements in proteins and the structural forms ass...
<p>Interhelical angles (A) and interhelical distances (B) between helix2 and helix3 in Smad1 along w...
<p>(A) The distances of connection sites between the residues of GRDBD dimer and bases of DNA for GR...
The conformational flexibility inherent in the polynucleotide chain plays an important role in decid...
Abstract. The conformational flexibility inherent in the polynucleotide chain plays an important rol...
<p>This distance is measured as the distance between centroids of α<sub>1</sub> and α<sub>2</sub> he...
<p>Atomic distance between the centre of masses of helices 17–19 (<b>A</b>), 19–20 (<b>B</b>) and 19...
<div><p>Helices are the most abundant secondary structural elements in proteins and the structural f...
<p>The minor and major groove widths for the time-average structures of the DNA conformations for (A...
<p>(A) The cartoon representation of 11.5 TAL repeats and the DNA. The superhelical pitch of dHax3 i...
There is little doubt that the nuclear Overhauser effect is potentially the most powerful tool for t...
Abstract: In this paper a statistical analysis of distributions of inter-helical angles in...
<p>A) The helical coordinate system establishes the position of the ligand center of mass with respe...
<p>(A) Superimposition of two positions for double-strand DNA (orange and red spheres) after docking...
<p>(a) Detailed view of the major groove-backbone interaction. (b) Detailed view of the major-groove...
Helices are the most abundant secondary structural elements in proteins and the structural forms ass...