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. Author manuscript; available in PMC: 2023 Jun 22.
Published in final edited form as: J Am Chem Soc. 2022 Jun 8;144(24):10870–10887. doi: 10.1021/jacs.2c03275

Table 1:

List of experimental allostery hotspots,52 their locations in the protein structure and whether they are featured in various structural and dynamic analyses based on MD simulations.a

Residue Location Property
49 α4 CP; JS
53 α4 CP
82 α5 JS; LB
86 α5 LB
100 α6 CP; JS; LB
102 α6 CP; JS
103 16 JS; SOP; CP; LB
105 16 CP; LB
116–118 α7 JS (1); COV (1); SOP (2); LB (2)
120–123 α7 JS (1); COV (3)
125–126 17 JS (1); COV (1)
127–129 α8 JS (1); COV (3)
132–135 α8 COV (2); CP; LB (2)
137–139 α8 COV (1); SOP (1)
142–145 α8
147–152 α8 CP (3); JS (2); COV (4); LB
193–203 α10 JS (6)
a.

The analyses include CP: Contact probability; JS: Jensen-Shannon divergence for dihedral distributions; COV: covariance with ligand/DNA binding sites; SOP: Sub-optimal path analysis that connects the ligand-binding and DNA-binding sites. Numbers in parentheses indicate the number of residues identified in a given segment. “LB” indicates that the residue(s) is (are) observed to be in contact with the ligand in ligand-bound simulations (Fig. 3).