<p>The occupancies (%) of hydrogen bonds between the RNA molecule and the C-domain (CD) of the eIF4A protein for the I, II, III, IV and ATP+RNA+C-eIF4A (C) models.</p
<p>Analysis of hydrogen bond network between HCV NS3/4A helicase and protease domains.</p
<div><p>Background</p><p>Eukaryotic initiation factor 4A (eIF4A) plays a key role in the process of ...
<p>Hydrogen bonding interactions of ribosomal A-site residues (A918, A919 and G256) with ASL of tRNA...
<p>The occupancies (%) of hydrogen bonds between the RNA molecule and the N-domain (ND) of the eIF4A...
<p>The occupancies (%) of hydrogen bonds between the ATP and eIF4A protein for the ATP+eIF4A and ATP...
<p>The residues (red sticks) at the RNA binding region (α helices and β strands) in (A) the O-eIF4A,...
<p>The hydrogen bonding occupancy for the residue pairs between RNA and polymerase, which were calcu...
<p>The length of whole eIF4A protein (black line), the mass center distance between two domains (mag...
<p>The hydrogen bonded network between protein atoms and water molecules as well as between water mo...
<p>Systems comprise wild-type and all <i>permissible</i> mutations of p19 alone or in complex with t...
<p>The occupancies of hydrogen bonds at Smad1-DNA interfaces in Smad4+DNA+Smad1 (magenta) and Smad1+...
<p>The structures of (A) the N-domain 5α (yellow) - 8β (orange) - 4α (slate) and (B) the C-domain 2α...
BACKGROUND: Eukaryotic initiation factor 4A (eIF4A) plays a key role in the process of protein trans...
<p>Superposition of the yeast ATP+RNA+C-eIF4A model (magenta) and the closed human eIF4AIII+ADPNP+RN...
<p>(a) The substrate strand, which leads into the active site, forms hydrogen bonds to the NP throug...
<p>Analysis of hydrogen bond network between HCV NS3/4A helicase and protease domains.</p
<div><p>Background</p><p>Eukaryotic initiation factor 4A (eIF4A) plays a key role in the process of ...
<p>Hydrogen bonding interactions of ribosomal A-site residues (A918, A919 and G256) with ASL of tRNA...
<p>The occupancies (%) of hydrogen bonds between the RNA molecule and the N-domain (ND) of the eIF4A...
<p>The occupancies (%) of hydrogen bonds between the ATP and eIF4A protein for the ATP+eIF4A and ATP...
<p>The residues (red sticks) at the RNA binding region (α helices and β strands) in (A) the O-eIF4A,...
<p>The hydrogen bonding occupancy for the residue pairs between RNA and polymerase, which were calcu...
<p>The length of whole eIF4A protein (black line), the mass center distance between two domains (mag...
<p>The hydrogen bonded network between protein atoms and water molecules as well as between water mo...
<p>Systems comprise wild-type and all <i>permissible</i> mutations of p19 alone or in complex with t...
<p>The occupancies of hydrogen bonds at Smad1-DNA interfaces in Smad4+DNA+Smad1 (magenta) and Smad1+...
<p>The structures of (A) the N-domain 5α (yellow) - 8β (orange) - 4α (slate) and (B) the C-domain 2α...
BACKGROUND: Eukaryotic initiation factor 4A (eIF4A) plays a key role in the process of protein trans...
<p>Superposition of the yeast ATP+RNA+C-eIF4A model (magenta) and the closed human eIF4AIII+ADPNP+RN...
<p>(a) The substrate strand, which leads into the active site, forms hydrogen bonds to the NP throug...
<p>Analysis of hydrogen bond network between HCV NS3/4A helicase and protease domains.</p
<div><p>Background</p><p>Eukaryotic initiation factor 4A (eIF4A) plays a key role in the process of ...
<p>Hydrogen bonding interactions of ribosomal A-site residues (A918, A919 and G256) with ASL of tRNA...
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