<p>(A) Ribbon diagram of the MltR dimer with individual protomers colored in cyan and green. Residues within the dimer interfaces are highlighted in red and blue respectively. MYR molecules are shown in spheres. (B) Electrostatic potentials of MltR dimer. The color is scaled from -5 to 5 kT/e (blue, positive; red, negative electrostatic potential).</p
(A) Schematic representation the arrangement of the three ZIKV NS5 dimers present in the asymmetric ...
<p>(A) β1/β1′ and (B) α1/α1′ residues that stabilize the dimer interface are highlighted. The interf...
<p>(A) Interaction between myristic acid (MYR, magenta) and MltR (yellow). Hydrogen bonds are shown ...
<p>The two protomers are displayed in green and blue. On the green protomer, side chains of the 22 r...
<p>(A) Ribbon diagram of MltR (left). The structure is colored by functional domains; red: DNA-bindi...
<p>Subunit A and B are colored green and red, respectively. Amino acid residues in the dimeric inter...
<p>Red – negative charge at a potential of <sup>−</sup>1 kT/e, Blue – positive charge at a potential...
<p>(A) Surface representation of the C3d-CR2 interaction with C3d in gray and CR2 in green (PDB Code...
(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>A: Superimposed α-defensin dimers for the myeloid DEFA1, DEFA4 and DEFA8 proteins as well as the ...
<p>Dimers of (A) TM-IclR (unliganded) and (B) TraR (complexed with DNA, yellow vDW spheres), as illu...
<p>A cytosolic view and a side view is shown for a representative hDAT dimer structure for each clus...
<p>Electrostatic potential is mapped on the surface, with positive charged region colored in blue an...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
(A) Schematic representation the arrangement of the three ZIKV NS5 dimers present in the asymmetric ...
<p>(A) β1/β1′ and (B) α1/α1′ residues that stabilize the dimer interface are highlighted. The interf...
<p>(A) Interaction between myristic acid (MYR, magenta) and MltR (yellow). Hydrogen bonds are shown ...
<p>The two protomers are displayed in green and blue. On the green protomer, side chains of the 22 r...
<p>(A) Ribbon diagram of MltR (left). The structure is colored by functional domains; red: DNA-bindi...
<p>Subunit A and B are colored green and red, respectively. Amino acid residues in the dimeric inter...
<p>Red – negative charge at a potential of <sup>−</sup>1 kT/e, Blue – positive charge at a potential...
<p>(A) Surface representation of the C3d-CR2 interaction with C3d in gray and CR2 in green (PDB Code...
(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>A: Superimposed α-defensin dimers for the myeloid DEFA1, DEFA4 and DEFA8 proteins as well as the ...
<p>Dimers of (A) TM-IclR (unliganded) and (B) TraR (complexed with DNA, yellow vDW spheres), as illu...
<p>A cytosolic view and a side view is shown for a representative hDAT dimer structure for each clus...
<p>Electrostatic potential is mapped on the surface, with positive charged region colored in blue an...
<p>The electrostatic potentials are calculated on the X-ray structures of 14-3-3γ (PDB 2B05) (A, C, ...
(A) Schematic representation the arrangement of the three ZIKV NS5 dimers present in the asymmetric ...
<p>(A) β1/β1′ and (B) α1/α1′ residues that stabilize the dimer interface are highlighted. The interf...
<p>(A) Interaction between myristic acid (MYR, magenta) and MltR (yellow). Hydrogen bonds are shown ...