<p>The α-helices and β-strands of three domains are colored with different colors (upper). The catalytic core of domain 2 is showed in the lower panel.</p
<p>Only the protein backbone is shown in ribbon presentation. α-helices in blue, β-sheets in red, tu...
<p>Although the end of the O-helix for both structures is near the same location, the α-helices in t...
<p>(A) The backbone atoms (N, C<sup>α</sup>, C′) for the best 15 models as superimposed by MOLMOL<i>...
<p>(A) Model reconstructions of PgdS in solution. Right: <i>ab initio</i> models from DAMMIF model; ...
<p>Three domains of PgdS, the NlpC/P60 catalytic domains of LytF, LytE and CwlS from <i>B</i>. <i>su...
<p>Eukaryotic proteases (3EST, 1TON, 3RP2, 5CHA) are in blue, prokaryotic (1SGT, 2SGA, 3SGB, 2ALP) i...
<p><b>(A)</b> Schematic representation of the domain structure. The predicted transmembrane helices ...
<p>Panel (A) represents the average fluctuations of Cα atoms represented by B-factors per residue ca...
<p><b>(A) Structures according to model A architecture.</b> (B) Structures according to model B arch...
(A) R2-NTF head domain, monomeric ribbon diagram with features highlighted. (B) Trimeric head domain...
<p>SmLy6 tertiary structures were <i>ab initio</i> modelled using Rosetta software according to the ...
<p>For each endolysin, the predicted N-terminal PG binding domains (PBD) are marked in light grey, w...
<p>The catalytic triads in both proteins are highlighted with a stick representation. PvSUB1 catalyt...
<p>a) View of the helical face of PAS domains. b) View of the β-sheet face of PAS domains. Colors ar...
<p>Contact maps show false positive predictions in the upper triangle (red), true positive predictio...
<p>Only the protein backbone is shown in ribbon presentation. α-helices in blue, β-sheets in red, tu...
<p>Although the end of the O-helix for both structures is near the same location, the α-helices in t...
<p>(A) The backbone atoms (N, C<sup>α</sup>, C′) for the best 15 models as superimposed by MOLMOL<i>...
<p>(A) Model reconstructions of PgdS in solution. Right: <i>ab initio</i> models from DAMMIF model; ...
<p>Three domains of PgdS, the NlpC/P60 catalytic domains of LytF, LytE and CwlS from <i>B</i>. <i>su...
<p>Eukaryotic proteases (3EST, 1TON, 3RP2, 5CHA) are in blue, prokaryotic (1SGT, 2SGA, 3SGB, 2ALP) i...
<p><b>(A)</b> Schematic representation of the domain structure. The predicted transmembrane helices ...
<p>Panel (A) represents the average fluctuations of Cα atoms represented by B-factors per residue ca...
<p><b>(A) Structures according to model A architecture.</b> (B) Structures according to model B arch...
(A) R2-NTF head domain, monomeric ribbon diagram with features highlighted. (B) Trimeric head domain...
<p>SmLy6 tertiary structures were <i>ab initio</i> modelled using Rosetta software according to the ...
<p>For each endolysin, the predicted N-terminal PG binding domains (PBD) are marked in light grey, w...
<p>The catalytic triads in both proteins are highlighted with a stick representation. PvSUB1 catalyt...
<p>a) View of the helical face of PAS domains. b) View of the β-sheet face of PAS domains. Colors ar...
<p>Contact maps show false positive predictions in the upper triangle (red), true positive predictio...
<p>Only the protein backbone is shown in ribbon presentation. α-helices in blue, β-sheets in red, tu...
<p>Although the end of the O-helix for both structures is near the same location, the α-helices in t...
<p>(A) The backbone atoms (N, C<sup>α</sup>, C′) for the best 15 models as superimposed by MOLMOL<i>...
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