Sandbox Eric Martz
From Proteopedia
(x) |
(x) |
||
| Line 3: | Line 3: | ||
Proposed article title: Release of RING from Cullin by NEDD8ylation | Proposed article title: Release of RING from Cullin by NEDD8ylation | ||
| - | <applet load=' | + | <applet load='3dpl_3dqv_acr_morph.pdb' size='500' frame='true' align='right' caption='Insert caption here' /> |
| - | At right is a morph<ref>[[Image:3dpl_3dqv_acr_morph.pdb]]</ref><ref>Methods</ref> from a Cullin-RING ligase complex ([[3dpl]]) to the same complex after NEDD8ylation (covalent addition of the NEDD8 ubiquitin-like chain to LysXXX of Cullin; [[3dqv]]). NEDD8 binds and rotates the C-terminal domain of Cullin, releasing the folded RING domain from its Cullin-binding site. RING remains attached to Cullin by a coil at the RING X-terminus which is embedded in Cullin. | + | At right is a morph |
| + | <ref>[[Image:3dpl_3dqv_acr_morph.pdb]]</ref> | ||
| + | <ref>Methods</ref> | ||
| + | from a Cullin-RING ligase complex ([[3dpl]]) to the same complex after NEDD8ylation (covalent addition of the NEDD8 ubiquitin-like chain to LysXXX of Cullin; [[3dqv]]). NEDD8 binds and rotates the C-terminal domain of Cullin, releasing the folded RING domain from its Cullin-binding site. RING remains attached to Cullin by a coil at the RING X-terminus which is embedded in Cullin. | ||
==Notes and References== | ==Notes and References== | ||
<references /> | <references /> | ||
Revision as of 03:17, 22 February 2009
This article is under collaborative development by Eric Martz (UMass) and Raymond J. Deshaies and his team (CalTech). Please do not edit this page unless you are a member of the development team.. Once completed, this page may be moved to a permanent article title.
Proposed article title: Release of RING from Cullin by NEDD8ylation
|
At right is a morph [1] [2] from a Cullin-RING ligase complex (3dpl) to the same complex after NEDD8ylation (covalent addition of the NEDD8 ubiquitin-like chain to LysXXX of Cullin; 3dqv). NEDD8 binds and rotates the C-terminal domain of Cullin, releasing the folded RING domain from its Cullin-binding site. RING remains attached to Cullin by a coil at the RING X-terminus which is embedded in Cullin.
Notes and References
- ↑ Image:3dpl 3dqv acr morph.pdb
- ↑ Methods
