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Article title matches

1. Category:Backdoor (39 bytes)
   1: List of pages with the keyword Backdoor
2. Category:Acetylcholinesterase caged compounds kinetic crystallography partial q-weighted difference refinement backdoor (141 bytes)
   1: ...lography partial q-weighted difference refinement backdoor
3. Category:Acetylcholinesterase backdoor (60 bytes)
   1: ...st of pages with the keyword Acetylcholinesterase backdoor

Page text matches

1. 3zfc (3,914 bytes)
   14: ...hieved by closure of the backdoor. Closure of the backdoor stabilizes two mobile regions, switch I and switc...
2. 3zfd (3,915 bytes)
   14: ...hieved by closure of the backdoor. Closure of the backdoor stabilizes two mobile regions, switch I and switc...
3. 2v96 (5,525 bytes)
   24: ...lysis either via the gorge or via an alternative 'backdoor' trajectory.
4. 2v97 (5,617 bytes)
   24: ...lysis either via the gorge or via an alternative 'backdoor' trajectory.
5. 2v98 (5,677 bytes)
   24: ...lysis either via the gorge or via an alternative 'backdoor' trajectory.
6. 2va9 (5,464 bytes)
   24: ...lysis either via the gorge or via an alternative 'backdoor' trajectory.
7. Category:Backdoor (39 bytes)
   1: List of pages with the keyword Backdoor
8. Category:Acetylcholinesterase caged compounds kinetic crystallography partial q-weighted difference refinement backdoor (141 bytes)
   1: ...lography partial q-weighted difference refinement backdoor
9. 2vjb (4,746 bytes)
   24: ...dicated exit from the active site possibly via a "backdoor." The simple strategy described here is, in princ...
10. 2vjc (4,824 bytes)
    24: ...dicated exit from the active site possibly via a "backdoor." The simple strategy described here is, in princ...
11. 2vjd (4,745 bytes)
    24: ...dicated exit from the active site possibly via a "backdoor." The simple strategy described here is, in princ...
12. 2vt6 (4,595 bytes)
    24: ...dicated exit from the active site possibly via a "backdoor." The simple strategy described here is, in princ...
13. 2vt7 (4,594 bytes)
    24: ...dicated exit from the active site possibly via a "backdoor." The simple strategy described here is, in princ...
14. 2vja (4,745 bytes)
    24: ...dicated exit from the active site possibly via a "backdoor." The simple strategy described here is, in princ...
15. 2xi4 (3,899 bytes)
    14: ... between Tyr442 and Trp84 as the key element of a backdoor, whose opening permits rapid clearance of catalys...
    16: Backdoor opening mechanism in acetylcholinesterase based o...
16. 2xlp (5,113 bytes)
    24: ...y H-bond interactions. A Tyr residue functions as backdoor that stabilizes this crucial binding conformation...
17. 2xlr (4,958 bytes)
    24: ...y H-bond interactions. A Tyr residue functions as backdoor that stabilizes this crucial binding conformation...
18. 2xls (5,111 bytes)
    24: ...y H-bond interactions. A Tyr residue functions as backdoor that stabilizes this crucial binding conformation...
19. 2xlt (5,165 bytes)
    24: ...y H-bond interactions. A Tyr residue functions as backdoor that stabilizes this crucial binding conformation...
20. 2xlu (5,241 bytes)
    24: ...y H-bond interactions. A Tyr residue functions as backdoor that stabilizes this crucial binding conformation...

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