<p>The atoms common to the ATP binding site of 1ct9 and the APC binding site of 1q19 as found using TIPSA (top) and SitesBase (bottom).</p
SummaryThe type II AAA ATPase p97 interacts with a large number of cofactors that regulate its funct...
<p><b>(A)</b> The binding direction of the ATP-Mg<sup>2+</sup> complex. In the PDB file, the PA, PB ...
<p>(A) The energy contributions to the binding of allosteric and substrate ATP molecules to the UMP ...
<p>The atoms common to the ATP binding sites of, respectively, 1ayl and 1e2q as found using TIPSA (t...
<p>Matched atoms from the ATP binding site of 1ayl and ATP binding site of 1e2q found only by either...
We have derived an algorithm to search for similar spatial arrangements of atoms around a given chem...
All the 8 ATPase sites in the nonamer are occupied by ATP. The atomic models are color-coded for dif...
<p>(a) Close-up view of ATP bound in activation site. Several catalytically important residues conta...
Calculated binding energies of compounds to UvrA’s ATP binding pockets and allosteric sites.</p
<p>When PKA is in an ATP-bound state, the small lobe (gray) and glycine-rich loop move toward the la...
The binding of small molecule ligands onto proteins is a key step in many cellular processes. Depend...
<p>(A) The three ATP binding sites found by docking and molecular dynamics are indicated by gray sha...
<p>CDK9 is shown as a gray ribbon with a gray stick representing residues involved in hydrogen bond ...
<p>The distance is calculated between the closest pair of atoms at every timestep.</p
<p>The ATP complex (shown in light blue (monomer A) and pale pink (monomer B) with nucleotide in whi...
SummaryThe type II AAA ATPase p97 interacts with a large number of cofactors that regulate its funct...
<p><b>(A)</b> The binding direction of the ATP-Mg<sup>2+</sup> complex. In the PDB file, the PA, PB ...
<p>(A) The energy contributions to the binding of allosteric and substrate ATP molecules to the UMP ...
<p>The atoms common to the ATP binding sites of, respectively, 1ayl and 1e2q as found using TIPSA (t...
<p>Matched atoms from the ATP binding site of 1ayl and ATP binding site of 1e2q found only by either...
We have derived an algorithm to search for similar spatial arrangements of atoms around a given chem...
All the 8 ATPase sites in the nonamer are occupied by ATP. The atomic models are color-coded for dif...
<p>(a) Close-up view of ATP bound in activation site. Several catalytically important residues conta...
Calculated binding energies of compounds to UvrA’s ATP binding pockets and allosteric sites.</p
<p>When PKA is in an ATP-bound state, the small lobe (gray) and glycine-rich loop move toward the la...
The binding of small molecule ligands onto proteins is a key step in many cellular processes. Depend...
<p>(A) The three ATP binding sites found by docking and molecular dynamics are indicated by gray sha...
<p>CDK9 is shown as a gray ribbon with a gray stick representing residues involved in hydrogen bond ...
<p>The distance is calculated between the closest pair of atoms at every timestep.</p
<p>The ATP complex (shown in light blue (monomer A) and pale pink (monomer B) with nucleotide in whi...
SummaryThe type II AAA ATPase p97 interacts with a large number of cofactors that regulate its funct...
<p><b>(A)</b> The binding direction of the ATP-Mg<sup>2+</sup> complex. In the PDB file, the PA, PB ...
<p>(A) The energy contributions to the binding of allosteric and substrate ATP molecules to the UMP ...
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