User contributions for Deansalias
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7 February 2018
- 17:0317:03, 7 February 2018 diff hist +15 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 10: Compare the NMR structure to the Xray structure
- 17:0217:02, 7 February 2018 diff hist +43 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 10: Compare the NMR structure to the Xray structure
- 16:0816:08, 7 February 2018 diff hist +56 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 9: (Semi-automatic) Intermolecular cross peaks assignment and structure calculation
- 16:0716:07, 7 February 2018 diff hist +58 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 9: (Semi-automatic) Intermolecular cross peaks assignment and structure calculation
- 16:0316:03, 7 February 2018 diff hist −1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 8: Converting the mol2 file to a lib file for cyana
- 16:0116:01, 7 February 2018 diff hist +52 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 8: Converting the mol2 file to a lib file for cyana
- 16:0016:00, 7 February 2018 diff hist +36 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 8: Converting the mol2 file to a lib file for cyana
- 15:5715:57, 7 February 2018 diff hist 0 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 6: Drawing the molecule and obtaining the SMILES code
- 15:5715:57, 7 February 2018 diff hist +10 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 6: Drawing the molecule and obtaining the SMILES code
- 15:0915:09, 7 February 2018 diff hist +16 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 13: Work on improving the final structure
- 15:0815:08, 7 February 2018 diff hist +151 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 13: Work on improving the final structure
- 15:0715:07, 7 February 2018 diff hist 0 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 12: Work on improving the final structure
- 15:0715:07, 7 February 2018 diff hist +106 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Calclulate the RMS of NMR vs. xray structure using a cyana macro
- 15:0515:05, 7 February 2018 diff hist +1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Using regularize to attach missing atoms and regularize an xray structure
- 15:0315:03, 7 February 2018 diff hist −4 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Calclulate the RMS of NMR vs. xray structure using a cyana macro
- 15:0115:01, 7 February 2018 diff hist 0 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Calclulate the RMS of NMR vs. Xray structure using a cyana macro
- 15:0015:00, 7 February 2018 diff hist −1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 10: Compare the NMR structure to the Xray structure
- 15:0015:00, 7 February 2018 diff hist +2 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 9: (Semi-automatic) Intermolecular cross peaks assignment and structure calculation
- 15:0015:00, 7 February 2018 diff hist +26 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 8: Converting the mol2 file to a lib file for cyana
- 14:5814:58, 7 February 2018 diff hist +4 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Using Talos to generate aco restraints
- 14:5714:57, 7 February 2018 diff hist +2 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →The noeassign CALC script
- 14:5514:55, 7 February 2018 diff hist +1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Calclulate the RMS of NMR vs. Xray structure using a cyana macro
- 14:5514:55, 7 February 2018 diff hist −58 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Calclulate the RMS of NMR vs. Xray structure using a cyana macro
- 14:5414:54, 7 February 2018 diff hist +71 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Calclulate the RMS of NMR vs. Xray structure using a cyana macro
- 14:4814:48, 7 February 2018 diff hist +446 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 11: Calclulate the RMS of NMR vs. Xray structure using a cyana macro
- 14:4414:44, 7 February 2018 diff hist +1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise X: Work on improving the final structure
- 14:4314:43, 7 February 2018 diff hist +735 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) No edit summary
- 14:3914:39, 7 February 2018 diff hist +97 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise X: Compare the NMR structure to the Xray structure
- 12:4912:49, 7 February 2018 diff hist +140 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 9: Intermolecular cross peaks assignment and structure calculation
- 12:4712:47, 7 February 2018 diff hist −22 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) No edit summary
- 12:4612:46, 7 February 2018 diff hist +158 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Intermolecular cross peaks assignment and structure calculation
- 12:4012:40, 7 February 2018 diff hist +37 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Intermolecular cross peaks
- 12:3812:38, 7 February 2018 diff hist +1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 8: Converting the mol2 file to a lib file for cyana
- 12:3812:38, 7 February 2018 diff hist +1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 7: Converting the SMILES code to mol2
- 12:3712:37, 7 February 2018 diff hist +56 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 8: Converting the mol2 file to a lib file for cyana
- 12:3612:36, 7 February 2018 diff hist +56 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 7: Converting the SMILES code to mol2
- 12:3412:34, 7 February 2018 diff hist +90 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 6: Drawing the molecule and obtaining the SMILES code
- 12:3012:30, 7 February 2018 diff hist +1 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 2: Runing the FLYA calculation
- 12:2912:29, 7 February 2018 diff hist +54 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 1: Determine the spectrum type
- 12:2712:27, 7 February 2018 diff hist +12 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 2: Runing the FLYA calculation
- 12:2712:27, 7 February 2018 diff hist −3 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 2: Runing the FLYA calculation
- 12:2512:25, 7 February 2018 diff hist +12 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →CYANA setup for the AUREMN Practical NMR Course in Campino (24-26 February 2018)
- 12:2512:25, 7 February 2018 diff hist +12 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 4: Calculate the backbone angels using Talos
- 12:2312:23, 7 February 2018 diff hist +8 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 7: Converting the SMILES code to mol2
- 12:2312:23, 7 February 2018 diff hist −49 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 7: Converting the SMILES code to mol2
- 12:1912:19, 7 February 2018 diff hist +70 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 7: Converting the SMILES code to mol2
- 12:1712:17, 7 February 2018 diff hist +12 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 3: Analyze the FLYA results
- 12:0912:09, 7 February 2018 diff hist −10 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 3: Analyze the FLYA results
- 12:0912:09, 7 February 2018 diff hist +31 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 3: Analyze the FLYA results
- 11:5911:59, 7 February 2018 diff hist +74 Automated calculation of a protein-ligand complex structure (AUREMN, Brazil 2018) →Exercise 3: Analyze the FLYA results