<p>Subunit A and B are colored green and red, respectively. Amino acid residues in the dimeric interface are shown as sticks models. The hydrophobic interactions are colored orange. Hydrogen bonds are shown by dashed lines with the values for the distance separations for the interacting atoms shown.</p
<p>(A) Surface representation of the Der p 7-WH9 complex. The Der p 7 is colored in yellow. The loop...
The subunit interfaces of 122 homodimers of known three-dimensional structure are analyzed and disse...
<p>Entry 1AFV from the protein data bank is shown (PDB, <a href="http://www.rcsb.org/pdb" target="_b...
<p>(<b>A</b>) Ribbon (left) and surface (right) diagram of the crystal structure of <i>c</i>HAD dime...
<p>The subunits of the homo-dimer are shown in blue and orange respectively. The secondary structure...
<p><b>A.</b> X-ray model showing all the residues at the interface. The color scheme is the same as ...
<p>(A) Subunits of the dimer are arranged in head to tail manner where subunit A and B are shown in ...
<p>Two subunits of Tipα (Chain A and Chain B) are shown in purple and yellow, respectively. (A) Ster...
<p><b>A.</b> A continuous polysaccharide-binding path mapped onto the CP90 ribbon diagram<b>.</b> Su...
<p>A hydrogen-bonding network is formed between conserved residues lining the subunit-subunit interf...
<p>(A) β1/β1′ and (B) α1/α1′ residues that stabilize the dimer interface are highlighted. The interf...
A: Cartoon representation of the HiNagB hexamer. Each monomer is colored differently. The protein is...
(A) Cartoon representation of the Mu8.1 protomer, with the aromatic residues (F15, Y31, Y58, Y59, an...
(A) Cartoon representation of the Mu8.1 protomer, with the aromatic residues (F15, Y31, Y58, Y59, an...
<p>Residues from α-subunit (shown as XXXnnn(A)) and from β-subunit (shown as XXXnnn(B)) within a dis...
<p>(A) Surface representation of the Der p 7-WH9 complex. The Der p 7 is colored in yellow. The loop...
The subunit interfaces of 122 homodimers of known three-dimensional structure are analyzed and disse...
<p>Entry 1AFV from the protein data bank is shown (PDB, <a href="http://www.rcsb.org/pdb" target="_b...
<p>(<b>A</b>) Ribbon (left) and surface (right) diagram of the crystal structure of <i>c</i>HAD dime...
<p>The subunits of the homo-dimer are shown in blue and orange respectively. The secondary structure...
<p><b>A.</b> X-ray model showing all the residues at the interface. The color scheme is the same as ...
<p>(A) Subunits of the dimer are arranged in head to tail manner where subunit A and B are shown in ...
<p>Two subunits of Tipα (Chain A and Chain B) are shown in purple and yellow, respectively. (A) Ster...
<p><b>A.</b> A continuous polysaccharide-binding path mapped onto the CP90 ribbon diagram<b>.</b> Su...
<p>A hydrogen-bonding network is formed between conserved residues lining the subunit-subunit interf...
<p>(A) β1/β1′ and (B) α1/α1′ residues that stabilize the dimer interface are highlighted. The interf...
A: Cartoon representation of the HiNagB hexamer. Each monomer is colored differently. The protein is...
(A) Cartoon representation of the Mu8.1 protomer, with the aromatic residues (F15, Y31, Y58, Y59, an...
(A) Cartoon representation of the Mu8.1 protomer, with the aromatic residues (F15, Y31, Y58, Y59, an...
<p>Residues from α-subunit (shown as XXXnnn(A)) and from β-subunit (shown as XXXnnn(B)) within a dis...
<p>(A) Surface representation of the Der p 7-WH9 complex. The Der p 7 is colored in yellow. The loop...
The subunit interfaces of 122 homodimers of known three-dimensional structure are analyzed and disse...
<p>Entry 1AFV from the protein data bank is shown (PDB, <a href="http://www.rcsb.org/pdb" target="_b...
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