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Article title matches

1. Category:Rotamer (38 bytes)
   1: List of pages with the keyword Rotamer
2. Category:Optimized rotamer combination (60 bytes)
   1: List of pages with the keyword Optimized rotamer combination
3. Category:Rotamer classification (53 bytes)
   1: List of pages with the keyword Rotamer classification
4. Category:Rotamer strain (45 bytes)
   1: List of pages with the keyword Rotamer strain
5. Category:Side-chain rotamer (49 bytes)
   1: List of pages with the keyword Side-chain rotamer

Page text matches

1. 2lxs (4,378 bytes)
   15: ...c network in the hydrophobic core of the protein. Rotamer populations derived from methyl group 13C chemica...
2. 4b7r (5,024 bytes)
   14: ...rmore, R223 interacts with S247 which changes the rotamer it adopts and, consequently, binding of the pento...
3. 1c3t (3,694 bytes)
   2: ==ROTAMER STRAIN AS A DETERMINANT OF PROTEIN STRUCTURAL SPE...
4. Missing residues and incomplete sidechains (25,887 bytes)
   239: ...ring in mind that residue positions and sidechain rotamer orientations may be inexact.
5. Engineered Protein Inhibitors of SARS-CoV-2 Entry (10,254 bytes)
   23: ...ini-binders to create a more effective vaccine. A rotamer interaction field docking method with [https://en...
6. New Test (8,065 bytes)
   25: ...ini-binders to create a more effective vaccine. A rotamer interaction field docking with in silico mini-pro...
7. 1rnf (4,304 bytes)
   23: ...ain forces Asp80 to be in the chi1=-72.49 degrees rotamer, accepting a hydrogen bond from Thr44, further co...
8. 1sqn (4,930 bytes)
   24: ...n chain and by adoption of alternative side chain rotamer conformations of ligand-proximal amino acids. The...
9. 1sr7 (5,002 bytes)
   24: ...n chain and by adoption of alternative side chain rotamer conformations of ligand-proximal amino acids. The...
10. 1tfc (4,871 bytes)
    23: ...partially fills the cavity of the apoLBD. The new rotamer of Phe-435 displaces the "activation helix" (heli...
11. 1umk (4,852 bytes)
    26: ...luence of residue substitutions using the program ROTAMER. Five mutations in the FAD-binding domain seem to...
12. 2kiq (5,532 bytes)
    23: ...drives the selection of optimal position-specific rotamers for filtering ambiguous NOE assignments. Finally...
13. 2aot (4,550 bytes)
    24: ...residues (Phe9, Tyr15, and Phe19) adopt different rotamer conformations or become disordered in the enzyme-...
14. 2aou (4,549 bytes)
    24: ...residues (Phe9, Tyr15, and Phe19) adopt different rotamer conformations or become disordered in the enzyme-...
15. 2aov (4,508 bytes)
    24: ...residues (Phe9, Tyr15, and Phe19) adopt different rotamer conformations or become disordered in the enzyme-...
16. 2aow (4,445 bytes)
    24: ...residues (Phe9, Tyr15, and Phe19) adopt different rotamer conformations or become disordered in the enzyme-...
17. 2aox (4,445 bytes)
    24: ...residues (Phe9, Tyr15, and Phe19) adopt different rotamer conformations or become disordered in the enzyme-...
18. 2gw5 (5,836 bytes)
    24: ...t to LIR-1, and Tyrosine 38 adopts an alternative rotamer conformation. In summary, the structure of LIR-2 ...
19. 2rnf (4,501 bytes)
    24: ...ain forces Asp80 to be in the chi1=-72.49 degrees rotamer, accepting a hydrogen bond from Thr44, further co...
20. 1b17 (4,109 bytes)
    24: ...on of GluB13 switches from one rotamer to another rotamer. Between pH 6.16 and 6.26, PheB1 undergoes a sign...

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