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Article title matches

1. Category:Plastic interface (48 bytes)
   1: List of pages with the keyword Plastic interface
2. Category:Plastic substrate binding pocket (63 bytes)
   1: List of pages with the keyword Plastic substrate binding pocket
3. Category:Plastic (38 bytes)
   1: List of pages with the keyword Plastic
4. Category:Plastic-degrading hydrolase (58 bytes)
   1: List of pages with the keyword Plastic-degrading hydrolase
5. Category:Plastic-binding protein (54 bytes)
   1: List of pages with the keyword Plastic-binding protein
6. Category:Biodegradable plastic-degrading enzyme (69 bytes)
   1: List of pages with the keyword Biodegradable plastic-degrading enzyme

Page text matches

1. 2je8 (5,304 bytes)
   24: ...ding site, whereas aglycone recognition is highly plastic. The three-dimensional structure, determined to a...
2. 1guj (6,997 bytes)
   26: ...in, which may indicate that the structure is more plastic at low pH. Transmission electron microscopy analy...
3. 1h66 (5,315 bytes)
   24: ...ivation by QR1: the enzyme binding site is highly plastic and changes to accommodate binding of different s...
4. 1h69 (5,367 bytes)
   24: ...ivation by QR1: the enzyme binding site is highly plastic and changes to accommodate binding of different s...
5. 1cnb (3,813 bytes)
   2: ==COMPENSATORY PLASTIC EFFECTS IN THE REDESIGN OF PROTEIN-ZINC BINDING S...
6. 1cnc (3,798 bytes)
   2: ==COMPENSATORY PLASTIC EFFECTS IN THE REDESIGN OF PROTEIN-ZINC BINDING S...
7. 1gg5 (5,391 bytes)
   24: ...ivation by QR1: the enzyme binding site is highly plastic and changes to accommodate binding of different s...
8. 1z28 (4,818 bytes)
   24: ...differences between the two structures revealed a plastic substrate-binding pocket with two channels and a ...
9. 1z29 (4,832 bytes)
   24: ...differences between the two structures revealed a plastic substrate-binding pocket with two channels and a ...
10. 1z5m (7,073 bytes)
    24: ...K1 inhibitors in soft agar than on tissue culture plastic, consistent with the cell survival function of th...
11. 7ndr (3,215 bytes)
    14: ...nd metabolic engineering efforts towards circular plastic bio-economy solutions.
12. 2vv6 (4,985 bytes)
    24: ...o the second. This suggests that PAS monomers are plastic and that two quite distinct quaternary structures...
13. 4tms (2,575 bytes)
    2: ==PLASTIC ADAPTATION TOWARD MUTATIONS IN PROTEINS: STRUCTUR...
14. 3tms (2,619 bytes)
    2: ==PLASTIC ADAPTATION TOWARD MUTATIONS IN PROTEINS: STRUCTUR...
15. 1l0h (3,984 bytes)
    24: ...nalysis of the molecular surface of ACP reveals a plastic hydrophobic cavity in the vicinity of the phospho...
16. 4i91 (4,222 bytes)
    14: ...his enzyme-ligand complex reveals that the highly plastic 2B6 utilizes previously unrecognized rearrangemen...
17. 1y7o (4,856 bytes)
    24: ...n with biochemical data, demonstrates the unusual plasticity of this region. Second, the structure shows th...
    26: ...ClpP double ring tetradecameric protease exhibits plastic ring-ring interactions, and the N termini of its ...
18. 1ygo (3,716 bytes)
    23: ...ex with Tube. Additionally, they suggest that the plasticity observed in the crystal structure may not be r...
19. 2bdm (5,443 bytes)
    24: ...l changes in response to ligand binding. The most plastic regions are putative membrane-binding motifs invo...
    26: ...drug bifonazole: insight into P450 conformational plasticity and membrane interaction.,Zhao Y, White MA, Mu...
20. 2bnh (5,079 bytes)
    24: ... conformational change is unusual in that it is a plastic reorganization of the entire structure without an...

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