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  1. Glutamate receptor 3D structures (41,345 bytes)
    16: **[[5ict]] – DmIGluR1 LBD (mutant) – ''Drosophila melanogaster'' <br />
    17: **[[5dt6]] – DmIGluR1 LBD (mutant) + glutamate <br />
    28: **[[3n6v]], [[3o2j]], [[5n6p]] - rIGluR2 ATD (mutant) – rat<br />
    32: **[[3t93]], [[4u2r]] - rIGluR2 LBD (mutant)<br />
    33: **[[5fth]], [[5fti]], [[5ns9]] - rIGluR2 LBD (mutant) + Glu<br />
  2. 1p1o (5,753 bytes)
    2: ...binding core (S1S2J) mutant L650T in complex with quisqualate==
    24: ...ally closed, AMPA-bound conformation of the L650T mutant likely captures the structure of an agonist-bound...
  3. 3b6q (5,810 bytes)
    2: ...tructure of the GLUR2 Ligand Binding Core (S1S2J) Mutant T686A in Complex with Glutamate at 2.0 Resolution...
    24: ...so altered the relative efficacy of glutamate and quisqualate. Here we present x-ray crystallographic and singl...
  4. 3b6t (5,867 bytes)
    2: ...Binding Core (S1S2J) T686A Mutant in Complex with Quisqualate at 2.1 Resolution==
    24: ...so altered the relative efficacy of glutamate and quisqualate. Here we present x-ray crystallographic and singl...
  5. 3b6w (5,812 bytes)
    2: ...re of the GLUR2 Ligand Binding Core (S1S2J) T686S Mutant in Complex with Glutamate at 1.7 Resolution==
    24: ...so altered the relative efficacy of glutamate and quisqualate. Here we present x-ray crystallographic and singl...
  6. 3qlu (3,599 bytes)
    11: ...selective agonists. This receptor binds kainate > quisqualate > glutamate >> AMPA.
    14: .... Using these structures as a guide, we perform a mutant cycle analysis to probe the energetics of assembl...
  7. 3qlv (3,321 bytes)
    10: ...selective agonists. This receptor binds kainate > quisqualate > glutamate >> AMPA.
    13: .... Using these structures as a guide, we perform a mutant cycle analysis to probe the energetics of assembl...
  8. 4f2o (4,963 bytes)
    2: ==Quisqualate bound to the D655A mutant of the ligand binding domain of GluA3==
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  9. 4f2q (4,963 bytes)
    2: ==Quisqualate bound to the D655A mutant of the ligand binding domain of GluA3==
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  10. 4f31 (4,931 bytes)
    2: ==Kainate bound to the D655A mutant of the ligand binding domain of GluA3==
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  11. 4f39 (4,911 bytes)
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  12. 4f3b (4,908 bytes)
    2: ==Glutamate bound to the D655A mutant of the ligand binding domain of GluA3==
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  13. 4f3g (4,912 bytes)
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  14. 4f22 (4,930 bytes)
    2: ==Kainate bound to the K660A mutant of the ligand binding domain of GluA3==
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  15. 4f1y (4,924 bytes)
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  16. 4f29 (4,944 bytes)
    2: ==Quisqualate bound to the ligand binding domain of GluA3i==
    14: ...utamate-stimulated activation was slower for both mutants, suggesting that efficient energy transfer of ag...
  17. 5ict (3,798 bytes)
    2: ...the Drosophila GluR1A ligand binding domain Y792T mutant complex with glutamate==
    14: ...tivation by its namesake agonist AMPA and also by quisqualate. Crystallization of the DGluR1A ligand-binding do...
  18. Metabotropic glutamate receptor 3D structures (3,994 bytes)
    9: **[[7dge]] – hMGluR1 + nanobody + quisqualate – Cryo EM<br />
    10: **[[3ks9]] – hMGluR1 (mutant) + antagonist
    20: **[[7epb]] – hMGluR2 (mutant) + nanobody – Cryo EM<br />
    24: **[[7e9g]] – hMGluR2 (mutant) in Gi complex + antagonist + scFv – Cryo EM<br...
    40: **[[2e4u]] – rMGluR3 LBD (mutant) + Glu
  19. 7vm2 (2,052 bytes)
    2: ==GluK3 D759G mutant receptor complex with UBP310 and spermine==
    10: ...receptor binds domoate > kainate >> L-glutamate = quisqualate >> AMPA = NMDA.<ref>PMID:21907808</ref>

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