User contributions for John Karanicolas
From Proteopedia
Results for John Karanicolas talk block log uploads logs
A user with 30 edits. Account created on 29 May 2010.
20 August 2016
- 18:1618:16, 20 August 2016 diff hist −699 m User:John Karanicolas No edit summary current
24 November 2014
- 20:2620:26, 24 November 2014 diff hist +7 m User:John Karanicolas No edit summary
- 02:2202:22, 24 November 2014 diff hist +714 N User:John Karanicolas/Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations New page: Predicted distinct transient pocket containing structures for Bcl-2, Bcl-xL, and Mcl-1. These models were created using the pocket optimization process described in Johnson and Karanicola... current
- 02:1102:11, 24 November 2014 diff hist +246 N File:Mcl1 3.pdb Predicted distinct Mcl-1 structure 3 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review). current
- 02:1002:10, 24 November 2014 diff hist +246 N File:Mcl1 2.pdb Predicted distinct Mcl-1 structure 2 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review). current
- 02:1002:10, 24 November 2014 diff hist +246 N File:Mcl1 1.pdb Predicted distinct Mcl-1 structure 1 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review). current
- 02:0902:09, 24 November 2014 diff hist +247 N File:Bclxl 2.pdb Predicted distinct Bcl-xL structure 3 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review). current
- 02:0802:08, 24 November 2014 diff hist +247 N File:Bclxl 1.pdb Predicted distinct Bcl-xL structure 1 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review). current
- 02:0802:08, 24 November 2014 diff hist +2 m File:Bcl2 1.pdb No edit summary current
- 02:0702:07, 24 November 2014 diff hist +2 File:Bcl2 2.pdb No edit summary current
- 02:0702:07, 24 November 2014 diff hist +246 N File:Bcl2 3.pdb Predicted distinct Bcl-2 structure 3 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review). current
- 02:0602:06, 24 November 2014 diff hist +244 N File:Bcl2 2.pdb Predicted distinct Bcl structure 2 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review).
- 02:0402:04, 24 November 2014 diff hist +244 N File:Bcl2 1.pdb Predicted distinct Bcl structure 1 from "Selectivity by small-molecule inhibitors of protein interactions can be driven by protein surface fluctuations" by Johnson and Karanicolas (in review).
3 January 2011
- 22:5022:50, 3 January 2011 diff hist +257 User:John Karanicolas/de novo protein binding pairs by computational design No edit summary current
- 22:4822:48, 3 January 2011 diff hist +373 User:John Karanicolas/de novo protein binding pairs by computational design No edit summary
- 22:4722:47, 3 January 2011 diff hist −6 User:John Karanicolas/de novo protein binding pairs by computational design No edit summary
- 22:4622:46, 3 January 2011 diff hist +35 User:John Karanicolas/de novo protein binding pairs by computational design No edit summary
- 22:3922:39, 3 January 2011 diff hist +60 N User:John Karanicolas/de novo protein binding pairs by computational design New page: Design models corresponding to de novo protein binding pairs
30 May 2010
- 18:4818:48, 30 May 2010 diff hist +115 N File:Design 11.pdb Design #11 from Karanicolas et al. (manuscript in preparation) current
- 18:4718:47, 30 May 2010 diff hist +115 N File:Design 10.pdb Design #10 from Karanicolas et al. (manuscript in preparation) current
- 18:4718:47, 30 May 2010 diff hist +114 N File:Design 9.pdb Design #9 from Karanicolas et al. (manuscript in preparation) current
- 18:4618:46, 30 May 2010 diff hist +114 N File:Design 8.pdb Design #8 from Karanicolas et al. (manuscript in preparation) current
- 18:4618:46, 30 May 2010 diff hist +114 N File:Design 7.pdb Design #7 from Karanicolas et al. (manuscript in preparation) current
- 18:4518:45, 30 May 2010 diff hist +114 N File:Design 6.pdb Design #6 from Karanicolas et al. (manuscript in preparation) current
- 18:4518:45, 30 May 2010 diff hist +114 N File:Design 5.pdb Design #5 from Karanicolas et al. (manuscript in preparation) current
- 18:4418:44, 30 May 2010 diff hist +114 N File:Design 4.pdb Design #4 from Karanicolas et al. (manuscript in preparation) current
- 18:4418:44, 30 May 2010 diff hist +114 N File:Design 3.pdb Design #3 from Karanicolas et al. (manuscript in preparation) current
- 18:4318:43, 30 May 2010 diff hist +114 N File:Design 2.pdb Design #2 from Karanicolas et al. (manuscript in preparation) current
- 18:4218:42, 30 May 2010 diff hist 0 File:Design 0.pdb uploaded a new version of "Image:Design 0.pdb": Design #0 from Karanicolas et al. (manuscript in preparation) current
- 18:4118:41, 30 May 2010 diff hist 0 File:Design 1.pdb uploaded a new version of "Image:Design 1.pdb": Design #1 from Karanicolas et al. (manuscript in preparation) current
- 18:3718:37, 30 May 2010 diff hist +114 N File:Design 1.pdb Design #1 from Karanicolas et al. (manuscript in preparation)
- 18:3618:36, 30 May 2010 diff hist +114 N File:Design 0.pdb Design #0 from Karanicolas et al. (manuscript in preparation)