<p>Ribbon-and-stick diagram showing the I helix and the heme of the CYP2B6 wild-type (blue) and CYP2B6.12 variant (purple).</p
<p>(A) Ribbon representation of superimposition of apo-IsdX1 (pink) and holo-IsdX (grey). (B) Heme-b...
<p>The green bar above the ribbon diagrams represents protein sequences with their corresponding ami...
Structural elements relevant for defining a more open or closed conformation are the regions of the ...
<p>The C, D, E, G, H, and I helices of the CYP2B6 wild-type (blue) and CYP2B6.18 variant (purple) ar...
<p>(A) CYP2B6.8. (B) CYP2B6.11. The relative position of the C/D and the G/H loop differs dramatical...
<p>The helices near the substrate recognition site, C, I, and L helices, are shown in purple.</p
<p>In (a) the differences between the DNA ribbon diagram generated by our helix model and the backbo...
<p>The two figures illustrate the differences between the helix ribbon diagrams generated by the mod...
Fig 4 depicts the ribbon diagrams of Variants; V1, V39 and V4 with CDRs of heavy and light chains il...
<p>*34 has a single mutation at R296C (purple) on helix I and distal to the active site. *17-2 has t...
<p>The heme group (light gray) and two tryptophanyl side chains (black) are shown in the ball-and-st...
<p>Ribbon diagram of unliganded MCL-1 showing the hydrophobic cleft formed by helices α2, α4, and α5...
(a) Overview of CYP1B1 wild type protein in ribbon-presentation (b-l) In-silico protein prediction r...
Lysozyme is painted in red and mS100A6 is painted in blue. The interacting residues of lysozyme and ...
<p>Rainbow color scheme indicates degree of fluctuation with blue indicating little fluctuation to r...
<p>(A) Ribbon representation of superimposition of apo-IsdX1 (pink) and holo-IsdX (grey). (B) Heme-b...
<p>The green bar above the ribbon diagrams represents protein sequences with their corresponding ami...
Structural elements relevant for defining a more open or closed conformation are the regions of the ...
<p>The C, D, E, G, H, and I helices of the CYP2B6 wild-type (blue) and CYP2B6.18 variant (purple) ar...
<p>(A) CYP2B6.8. (B) CYP2B6.11. The relative position of the C/D and the G/H loop differs dramatical...
<p>The helices near the substrate recognition site, C, I, and L helices, are shown in purple.</p
<p>In (a) the differences between the DNA ribbon diagram generated by our helix model and the backbo...
<p>The two figures illustrate the differences between the helix ribbon diagrams generated by the mod...
Fig 4 depicts the ribbon diagrams of Variants; V1, V39 and V4 with CDRs of heavy and light chains il...
<p>*34 has a single mutation at R296C (purple) on helix I and distal to the active site. *17-2 has t...
<p>The heme group (light gray) and two tryptophanyl side chains (black) are shown in the ball-and-st...
<p>Ribbon diagram of unliganded MCL-1 showing the hydrophobic cleft formed by helices α2, α4, and α5...
(a) Overview of CYP1B1 wild type protein in ribbon-presentation (b-l) In-silico protein prediction r...
Lysozyme is painted in red and mS100A6 is painted in blue. The interacting residues of lysozyme and ...
<p>Rainbow color scheme indicates degree of fluctuation with blue indicating little fluctuation to r...
<p>(A) Ribbon representation of superimposition of apo-IsdX1 (pink) and holo-IsdX (grey). (B) Heme-b...
<p>The green bar above the ribbon diagrams represents protein sequences with their corresponding ami...
Structural elements relevant for defining a more open or closed conformation are the regions of the ...
DOI
Add to ORKG