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Article title matches

1. Category:Superhelical twist (49 bytes)
   1: List of pages with the keyword Superhelical twist
2. Category:Superhelical (43 bytes)
   1: List of pages with the keyword Superhelical
3. Category:Superhelical structure (53 bytes)
   1: List of pages with the keyword Superhelical structure
4. Category:Superhelical rope fold (53 bytes)
   1: List of pages with the keyword Superhelical rope fold
5. Category:Superhelical trimer (50 bytes)
   1: List of pages with the keyword Superhelical trimer
6. Category:23 heat repeats with a right-handed superhelical solenoid structure (98 bytes)
   1: ...h the keyword 23 heat repeats with a right-handed superhelical solenoid structure

Page text matches

1. 1oba (4,537 bytes)
   24: ...o two different structural regions: a left-handed superhelical domain configuring two choline binding sites, and...
2. 1w3b (7,018 bytes)
   2: ==The superhelical TPR domain of O-linked GlcNAc transferase reveals...
   28: The superhelical TPR-repeat domain of O-linked GlcNAc transferase ...
3. 2uy7 (4,302 bytes)
   24: .... PapA is the rod subunit and is assembled into a superhelical right-handed structure. Here, we have solved the ...
4. 9f2c (3,151 bytes)
   13: ...ing proteins in eukaryotes and archaea. They form superhelical structures around which DNA is wrapped. Recent st...
5. 1gvm (4,874 bytes)
   24: ...ed by six independent beta hairpins arranged in a superhelical fashion. Choline molecules at the hydrophobic int...
6. 4jdm (3,458 bytes)
   12: ...r residue pairs that generate a rare right-handed superhelical twist. The unique architecture of Pgp3 provides t...
7. 4jdn (3,563 bytes)
   12: ...r residue pairs that generate a rare right-handed superhelical twist. The unique architecture of Pgp3 provides t...
8. 4jdo (3,502 bytes)
   12: ...r residue pairs that generate a rare right-handed superhelical twist. The unique architecture of Pgp3 provides t...
9. 8xms (2,399 bytes)
   10: ...sed circular ssDNA genome is first converted to a superhelical dsDNA. Rep and/or Rep' binds a specific hairpin a...
10. 1a31 (5,529 bytes)
    26: Topoisomerases I promote the relaxation of DNA superhelical tension by introducing a transient single-strande...
11. 1b3u (4,153 bytes)
    23: ...interrepeat interfaces generate a novel left-hand superhelical conformation. The protein interaction interface i...
12. 1ei0 (3,742 bytes)
    15: ...pha-helical coiled-coil, similar to that found in superhelical structures, with two helices spanning residues 4-...
13. 1inz (3,919 bytes)
    23: ...e in the center. We conclude that the seven-helix superhelical fold defines the ENTH domain, and that the previo...
14. 1q2z (6,508 bytes)
    23: ...a-helical secondary structure that has an overall superhelical topology remotely homologous to the MIF4G homolog...
15. 1rr8 (5,959 bytes)
    26: Human topoisomerase I relaxes superhelical tension associated with DNA replication, transcri...
16. 1rrj (5,959 bytes)
    26: Human topoisomerase I relaxes superhelical tension associated with DNA replication, transcri...
17. 8yo4 (1,976 bytes)
    11: ...um subunit of the DNA topoisomerase that untwists superhelical DNA. Controls topological states of double-strand...
18. 1s32 (5,222 bytes)
    24: ...y organizing 147 base pairs of DNA into two tight superhelical coils, the nucleosome generates an architecture w...
19. 1sc7 (4,813 bytes)
    22: ...le-strand nick that the enzyme creates to relieve superhelical tension in duplex DNA. (Hertzberg, R. P.; et al. ...
20. 1seu (6,016 bytes)
    26: ...le-strand nick that the enzyme creates to relieve superhelical tension in duplex DNA. (Hertzberg, R. P.; et al. ...

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