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Article title matches

  1. Category:Autoinhibitory fragment (54 bytes)
    1: List of pages with the keyword Autoinhibitory fragment
  2. Category:Autoinhibitory helix (51 bytes)
    1: List of pages with the keyword Autoinhibitory helix
  3. Category:Autoinhibitory (45 bytes)
    1: List of pages with the keyword Autoinhibitory
  4. Category:Autoinhibitory region (52 bytes)
    1: List of pages with the keyword Autoinhibitory region
  5. Category:Autoinhibitory form (50 bytes)
    1: List of pages with the keyword Autoinhibitory form
  6. Category:Autoinhibitory domain (52 bytes)
    1: List of pages with the keyword Autoinhibitory domain
  7. Category:Autoinhibitory ialpha3 helix (59 bytes)
    1: List of pages with the keyword Autoinhibitory ialpha3 helix
  8. Category:Autoinhibitory regulation (56 bytes)
    1: List of pages with the keyword Autoinhibitory regulation

Page text matches

  1. 2src (9,009 bytes)
    28: ...rystal structures of c-Src reveal features of its autoinhibitory mechanism.,Xu W, Doshi A, Lei M, Eck MJ, Harrison...
  2. 1cfp (5,102 bytes)
    10: ...nd initiates the activation of STK38 by releasing autoinhibitory intramolecular interactions within the kinase. In...
  3. 2j6m (6,222 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  4. 1uwo (5,055 bytes)
    10: ...nd initiates the activation of STK38 by releasing autoinhibitory intramolecular interactions within the kinase. In...
  5. 7e8d (3,534 bytes)
    14: ...T1150A destabilize the interactions that keep the autoinhibitory loop closed, thereby enhancing catalytic turnover...
  6. 4q5u (4,489 bytes)
    16: ...ulting in a conformational change that removes an autoinhibitory domain from the active site of the phosphatase. W...
  7. 2itu (6,171 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  8. 2itq (6,172 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  9. 2itt (6,238 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  10. 2itp (6,238 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  11. 2itn (6,234 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  12. 2itx (6,166 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  13. 2itv (6,181 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  14. 2itw (6,157 bytes)
    26: ...t the mutations activate the kinase by disrupting autoinhibitory interactions, and that they accelerate catalysis ...
  15. 4il1 (7,022 bytes)
    14: ... Although commonly assumed that CaM displaces the autoinhibitory domain (AID) blocking substrate access to its act...
  16. 2ux0 (6,542 bytes)
    26: ... and to the closure of the binding groove for the autoinhibitory helix by helix alphaD. The structural data, toget...
  17. 1ial (4,375 bytes)
    23: ...ffinity form by binding to a site overlapping the autoinhibitory sequence. The structure also has implications for...
  18. 1vzo (6,594 bytes)
    2: ... N-terminal kinase domain of MSK1 reveals a novel autoinhibitory conformation for a dual kinase protein==
    26: The structure of MSK1 reveals a novel autoinhibitory conformation for a dual kinase protein.,Smith KJ,...
  19. 2v7o (6,656 bytes)
    26: ... and to the closure of the binding groove for the autoinhibitory helix by helix alphaD. The structural data, toget...
  20. 7gqo (9,472 bytes)
    10: ...iggers host N-glycine-mediated degradation of the autoinhibitory NLRP1 N-terminal fragment (PubMed:33410748).[UniP...

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