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Article title matches

1. Category:Helical polymer (46 bytes)
   1: List of pages with the keyword Helical polymer
2. Category:Loop-sheet polymer (49 bytes)
   1: List of pages with the keyword Loop-sheet polymer
3. Category:Polymer (38 bytes)
   1: List of pages with the keyword Polymer
4. Category:Protein polymer (46 bytes)
   1: List of pages with the keyword Protein polymer
5. Category:Safa protein polymer (51 bytes)
   1: List of pages with the keyword Safa protein polymer
6. Category:2tel helical polymer (51 bytes)
   1: List of pages with the keyword 2tel helical polymer
7. Category:Polymorphic protein polymer (58 bytes)
   1: ...ist of pages with the keyword Polymorphic protein polymer
8. Category:Major pilin polymer (50 bytes)
   1: List of pages with the keyword Major pilin polymer
9. Category:C sheet polymer (46 bytes)
   1: List of pages with the keyword C sheet polymer
10. Category:Sialic acid polymer (50 bytes)
    1: List of pages with the keyword Sialic acid polymer
11. Category:Polymer signaling ubiquitin-like (63 bytes)
    1: List of pages with the keyword Polymer signaling ubiquitin-like
12. Category:Polymer hydrolysis (49 bytes)
    1: List of pages with the keyword Polymer hydrolysis
13. Category:Secondary cell wall polymer (58 bytes)
    1: ...ist of pages with the keyword Secondary cell wall polymer
14. Category:Polymer integrated crystal (57 bytes)
    1: List of pages with the keyword Polymer integrated crystal
15. Category:Fructose polymer (47 bytes)
    1: List of pages with the keyword Fructose polymer
16. STING Polymer Structure Reveals Mechanisms for Activation, Hyperactivation, and Inhibition (Bi3323) (6,261 bytes)
    1: ==STING Polymer Structure Reveals Mechanisms for
    5: ...the C-terminal tail (CTT) remains locked, and the polymerization interface is hidden.
    19: This release introduces a polymerization interface, enabling STING molecules to for...
    35: ...vated-like conformation. As a result, STING forms polymers spontaneously and continuously signals, leading ...
    81: Any formation of STING polymers

Page text matches

1. Hemoglobin (19,396 bytes)
   84: ...f deoxy↔oxy transitions (morphs), a 16-molecule polymer of sickle hemoglobin
   89: ...y↔oxy transitions (morphs) and a 16-molecule polymer of sickle hemoglobin.
2. Sandbox 781 (8,140 bytes)
   16: ...D:26370936</ref>. Peptidoglycan is a cross-linked polymer of carbohydrates an amino acids and due to its bi...
   18: ...eriplasm. Third, the peptidoglycan precursors are polymerized to form the cell wall. MraY catalyzes the tra...
3. 2bof (4,111 bytes)
   24: ...kages in cellulose at accessible points along the polymer. The structure of the catalytic domain of Cel6A f...
4. 2bod (4,191 bytes)
   24: ...kages in cellulose at accessible points along the polymer. The structure of the catalytic domain of Cel6A f...
5. 2bog (4,205 bytes)
   24: ...kages in cellulose at accessible points along the polymer. The structure of the catalytic domain of Cel6A f...
6. 1dys (2,771 bytes)
   10: ...obiose from the non-reducing end of the cellulose polymer chain; (3) Beta-1,4-glucosidases which hydrolyze ...
7. 1dym (4,913 bytes)
   11: ...obiose from the non-reducing end of the cellulose polymer chain; (3) Beta-1,4-glucosidases which hydrolyze ...
8. 1dy4 (6,145 bytes)
   11: ...obiose from the non-reducing end of the cellulose polymer chain; (3) Beta-1,4-glucosidases which hydrolyze ...
9. 2c26 (5,090 bytes)
   24: ...nt of the plant cell wall, CBMs that bind to this polymer have not been identified. Here we showed that the...
10. 1gz1 (4,971 bytes)
    11: ...obiose from the non-reducing end of the cellulose polymer chain; (3) Beta-1,4-glucosidases which hydrolyze ...
11. 2bw8 (4,619 bytes)
    24: ..., which may target the enzyme to the antiparallel polymer strands in cellulose.
12. 2bwc (4,966 bytes)
    24: ..., which may target the enzyme to the antiparallel polymer strands in cellulose.
13. 2bwa (4,967 bytes)
    24: ..., which may target the enzyme to the antiparallel polymer strands in cellulose.
14. 1nlr (4,879 bytes)
    24: ...r the enzymatic breakdown of the structural plant polymer cellulose. Together with xylanases they counterac...
15. 1gu3 (4,711 bytes)
    11: ...obiose from the non-reducing end of the cellulose polymer chain; (3) Beta-1,4-glucosidases which hydrolyze ...
    24: Enzymes active on complex carbohydrate polymers frequently have modular structures in which a ca...
16. 2his (4,421 bytes)
    11: ...obiose from the non-reducing end of the cellulose polymer chain; (3) Beta-1,4-glucosidases which hydrolyze ...
17. 2mfn (6,410 bytes)
    10: ...in and induces fibril formation. This fibronectin polymer, named superfibronectin, exhibits enhanced adhesi...
18. 1mfn (6,410 bytes)
    10: ...in and induces fibril formation. This fibronectin polymer, named superfibronectin, exhibits enhanced adhesi...
19. 2cdo (4,871 bytes)
    24: ... role of CBMs in the hydrolysis of this important polymer has not previously been explored. Here we show th...
20. 2cdp (4,799 bytes)
    24: ... role of CBMs in the hydrolysis of this important polymer has not previously been explored. Here we show th...

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