<div><p>(A) Structure of the HAUSP TRAF-like domain in a ribbon diagram (left) and a surface representation (right). Secondary structural elements (left) and the putative substrate-binding groove (right) are labeled.</p> <p>(B) Sequence alignment of the HAUSP TRAF-like domain with other TRAF family members. Conserved residues are shown in yellow. Residues that interact with p53 through hydrogen bonds and van der Waals contacts are identified by green arrow heads and green squares, respectively. Residues that interact with MDM2 through hydrogen bonds and van der Waals contacts are indicated by red arrow heads and red squares, respectively. Conserved residues that are involved in binding to peptides in other TRAF family proteins, ...
<p>(a) Sequence alignment of the FHA domain from different proteins. The β strands and loops are in ...
<p>(A) Tip and STAT structural domains (not to scale). (Top) From amino-terminus to carboxy-terminus...
<p>The sequence alignment was generated by superposing the structures and then aligning other bacter...
<div><p>(A) Overall structure of the HAUSP TRAF-like domain bound to MDM2 peptide is shown in a ribb...
<div><p>(A) MDM2 peptide (red) binds to the same surface groove as the p53 peptide (magenta). Residu...
<div><p>(A) The TRAF-like domain of HAUSP is responsible for binding to MDM2. Various HAUSP fragment...
<div><p>(A) Structure of a HAUSP fragment (residues 53–560) that contains both the substrate-binding...
<p>(A) Structure-based sequence alignment of a region of the TRAF domain of human and murine TRAF2, ...
(A) HPV16 E6 structure (PDB file 4GIZ) showing the amino-terminal zinc-structured domain in green, c...
<p>Shaded residues are the conserved interacting residues (F19, W23 and L26) derived from p53. Xr an...
<p>A/ HAMP1 wild-type (wt) and mutant peptides. B/ HAMP2 wt and mutant peptides. The orientation of ...
<p>(A) Alignments of all <i>P</i>. <i>sojae</i> W/Y/L motifs. With respect to protein surface access...
<p>(A) Schematic view of the domain structure of p53. The 393-residue p53 protein comprises an N-ter...
<p>The amino acid sequence of ArHsp40-2 from <i>A</i>. <i>franciscana</i> was aligned with type 2 Hs...
(A) Linear diagram of the HAP2 primary structure indicating the positions of the signal peptide (“S”...
<p>(a) Sequence alignment of the FHA domain from different proteins. The β strands and loops are in ...
<p>(A) Tip and STAT structural domains (not to scale). (Top) From amino-terminus to carboxy-terminus...
<p>The sequence alignment was generated by superposing the structures and then aligning other bacter...
<div><p>(A) Overall structure of the HAUSP TRAF-like domain bound to MDM2 peptide is shown in a ribb...
<div><p>(A) MDM2 peptide (red) binds to the same surface groove as the p53 peptide (magenta). Residu...
<div><p>(A) The TRAF-like domain of HAUSP is responsible for binding to MDM2. Various HAUSP fragment...
<div><p>(A) Structure of a HAUSP fragment (residues 53–560) that contains both the substrate-binding...
<p>(A) Structure-based sequence alignment of a region of the TRAF domain of human and murine TRAF2, ...
(A) HPV16 E6 structure (PDB file 4GIZ) showing the amino-terminal zinc-structured domain in green, c...
<p>Shaded residues are the conserved interacting residues (F19, W23 and L26) derived from p53. Xr an...
<p>A/ HAMP1 wild-type (wt) and mutant peptides. B/ HAMP2 wt and mutant peptides. The orientation of ...
<p>(A) Alignments of all <i>P</i>. <i>sojae</i> W/Y/L motifs. With respect to protein surface access...
<p>(A) Schematic view of the domain structure of p53. The 393-residue p53 protein comprises an N-ter...
<p>The amino acid sequence of ArHsp40-2 from <i>A</i>. <i>franciscana</i> was aligned with type 2 Hs...
(A) Linear diagram of the HAP2 primary structure indicating the positions of the signal peptide (“S”...
<p>(a) Sequence alignment of the FHA domain from different proteins. The β strands and loops are in ...
<p>(A) Tip and STAT structural domains (not to scale). (Top) From amino-terminus to carboxy-terminus...
<p>The sequence alignment was generated by superposing the structures and then aligning other bacter...