<p>(A) Deep view of 17C4/A3-peptide complex. Antibody interface is orange colored and the peptide is represented as dark grey stick. (B) Deep view of 4H11/B7-peptide complex. Antibody interface is green colored and the peptide is represented as dark grey stick. In both panels, the fundamental residues for binding interaction are indicated.</p
<p>Two views of the CD46-4D structure (grey), differing by 180 degrees along a vertical axis, are sh...
The identification of immunogenic regions on the surface of antigens, which are able to stimulate an...
<p>In panels A–D, aggregation-prone residues at less and more than 3 Å from interaction sites are sh...
<p>(A) Side and (B) front view of mAb 17C4/binding site. (C) Side and (D) front view of mAb 4H11/B7 ...
<p>In all panels, aggregation-prone residues at less and more than 3 Å from interaction sites are sh...
<p>For subfigures a, b and c; the protein residues and ligands are in line and stick representations...
<p>(A) Ribbon representation of mAb 17C4/A3-BP-2a 515 variant complex. (B) Ribbon representation of ...
<p>(a) The residue composition at the core regions of complex interfaces. (b) The residue compositio...
<p>(A) Surface residues of TDR that make contacts with TDIF peptide are depicted in blue, with their...
<p><b>(A)</b> Surface representation of MAGE-A3 with the C-terminal peptide sequence shown in the ba...
The interface residues between two proteins TLRs (orange cartoon) and vaccines (magenta cartoon) res...
Binding modes of integrin (avβ6) receptor with scFv antibody W2 (A) and W125 (B). The panel shows a ...
<p>Interface is shown from two directions about 180° apart with the interacting residues shown in ba...
<p>A, Surface representation of the interface. The peptidase molecule is colored grey and substrate ...
International audienceWe have analyzed conformational changes that occur at the interface between th...
<p>Two views of the CD46-4D structure (grey), differing by 180 degrees along a vertical axis, are sh...
The identification of immunogenic regions on the surface of antigens, which are able to stimulate an...
<p>In panels A–D, aggregation-prone residues at less and more than 3 Å from interaction sites are sh...
<p>(A) Side and (B) front view of mAb 17C4/binding site. (C) Side and (D) front view of mAb 4H11/B7 ...
<p>In all panels, aggregation-prone residues at less and more than 3 Å from interaction sites are sh...
<p>For subfigures a, b and c; the protein residues and ligands are in line and stick representations...
<p>(A) Ribbon representation of mAb 17C4/A3-BP-2a 515 variant complex. (B) Ribbon representation of ...
<p>(a) The residue composition at the core regions of complex interfaces. (b) The residue compositio...
<p>(A) Surface residues of TDR that make contacts with TDIF peptide are depicted in blue, with their...
<p><b>(A)</b> Surface representation of MAGE-A3 with the C-terminal peptide sequence shown in the ba...
The interface residues between two proteins TLRs (orange cartoon) and vaccines (magenta cartoon) res...
Binding modes of integrin (avβ6) receptor with scFv antibody W2 (A) and W125 (B). The panel shows a ...
<p>Interface is shown from two directions about 180° apart with the interacting residues shown in ba...
<p>A, Surface representation of the interface. The peptidase molecule is colored grey and substrate ...
International audienceWe have analyzed conformational changes that occur at the interface between th...
<p>Two views of the CD46-4D structure (grey), differing by 180 degrees along a vertical axis, are sh...
The identification of immunogenic regions on the surface of antigens, which are able to stimulate an...
<p>In panels A–D, aggregation-prone residues at less and more than 3 Å from interaction sites are sh...