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Showing 1 - 50 of 11,492 items for (author: hua & y)

EMDB-73766:
Mitochondrial Creatine Kinase in complex with ADP, creatine, and uncompetitive inhibitor uci
Method: single particle / : Demir M, Zhao J, Sergienko E

EMDB-73767:
Mitochondrial Creatine Kinase in complex with ADP and uncompetitive inhibitor uci
Method: single particle / : Demir M, Zhao J, Sergienko E

PDB-9z2d:
Mitochondrial Creatine Kinase in complex with ADP, creatine, and uncompetitive inhibitor uci
Method: single particle / : Demir M, Zhao J, Sergienko E

PDB-9z2f:
Mitochondrial Creatine Kinase in complex with ADP and uncompetitive inhibitor uci
Method: single particle / : Demir M, Zhao J, Sergienko E

EMDB-73876:
Stable open sheep connexin-46/50 in amphipol at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-73885:
Stable open state sheep connexin-46/50 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-73896:
Destabilized open state sheep connexin-46 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-73900:
Gated state sheep connexin-46/50 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-73942:
Stable open state sheep connexin-46/50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-73957:
Destabilized open state sheep connexin-46/50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-73962:
Gated state sheep connexin-46/50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-73965:
Asymmetrically gated state sheep connexin-46/50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z7p:
Stable open sheep connexin-46 in amphipol at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z7w:
Stable open sheep connexin-50 in amphipol at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z81:
Stable open state sheep connexin-46 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z82:
Stable open state sheep connexin-50 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z8f:
Destabilized open state sheep connexin-46 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z8l:
Destabilized open state sheep connexin-50 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z8m:
Gated state sheep connexin-46 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z9b:
Gated state sheep connexin-50 in DMPC nanodiscs at neutral pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z9g:
Stable open state sheep connexin-46 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z9h:
Stable open state sheep connexin-50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z9s:
Destabilized open state sheep connexin-46 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z9w:
Destabilized open state sheep connexin-50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z9x:
Gated state sheep connexin-46 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9z9y:
Gated state sheep connexin-50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9za3:
Asymmetrically gated state sheep connexin-46 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

PDB-9za4:
Asymmetrically gated state sheep connexin-50 in DMPC nanodiscs at low pH
Method: single particle / : Jarodsky JM, Myers JB, Reichow SL

EMDB-63007:
Consensus olfactory receptor consOR6 in complex with mini-Golf trimeric protein
Method: single particle / : Wang T, Wu LJ, Hua T, Liu ZJ

EMDB-63008:
Consensus olfactory receptor consOR6 bound to alpha-hexyl cinnamaldehyde and in complex with mini-Golf trimeric protein
Method: single particle / : Wang T, Wu LJ, Hua T, Liu ZJ

EMDB-63009:
Consensus olfactory receptor consOR6 in complex with mini-Golf trimeric protein
Method: single particle / : Wang T, Wu LJ, Hua T, Liu ZJ

EMDB-63010:
Consensus olfactory receptor consOR6 in complex with Gs trimeric protein
Method: single particle / : Wang T, Wu LJ, Hua T, Liu ZJ

EMDB-63011:
Consensus olfactory receptor bmOR6A2 in complex with mini-Golf trimeric protein
Method: single particle / : Wang T, Wu LJ, Hua T, Liu ZJ

EMDB-63012:
Consensus olfactory receptor bmOR6A2 in complex with mini-Golf trimeric protein
Method: single particle / : Wang T, Wu LJ, Hua T, Liu ZJ

EMDB-63013:
Consensus olfactory receptor bmOR6A2 in complex with mini-Golf trimeric protein
Method: single particle / : Wang T, Wu LJ, Hua T, Liu ZJ

EMDB-64273:
Cryo-EM structure of VTC complex(Vtc5/Vtc4/Vtc3/Vtc1)
Method: single particle / : Zhang J, Du Z, Liu Z

PDB-9umg:
Cryo-EM structure of VTC complex(Vtc5/Vtc4/Vtc3/Vtc1)
Method: single particle / : Zhang J, Du Z, Liu Z

EMDB-70338:
Cryo-EM structure of modified Zika virus E protein dimer complexed with a neutralizing antibody SMZAb2 Fab
Method: single particle / : Galkin A, Pozharski E

EMDB-71715:
Cryo-EM structure of modified JEV virus E protein dimer
Method: single particle / : Galkin A, Pozharski E, Li Y

EMDB-71727:
West Nile virus E protein
Method: single particle / : Galkin A, Pozharski E, Li Y

EMDB-71728:
Cryo-EM structure of modified Zika virus E protein dimer complexed with a neutralizing antibody OZ-D4 Fab
Method: single particle / : Galkin A, Pozharski E, Li Y

PDB-9od2:
Cryo-EM structure of modified Zika virus E protein dimer complexed with a neutralizing antibody SMZAb2 Fab
Method: single particle / : Galkin A, Pozharski E

PDB-9pl9:
Cryo-EM structure of modified JEV virus E protein dimer
Method: single particle / : Galkin A, Pozharski E, Li Y

PDB-9pm6:
Cryo-EM structure of modified Zika virus E protein dimer complexed with a neutralizing antibody OZ-D4 Fab
Method: single particle / : Galkin A, Pozharski E, Li Y

EMDB-65588:
antagonist 1-bound inactive SSTR5 structure
Method: single particle / : Li Y, Xing Z, Zhao L, Xu HE

EMDB-65589:
S5A1-bound inactive SSTR5 structure
Method: single particle / : Li Y, Xing Z, Zhao L, Xu HE

PDB-9w32:
antagonist 1-bound inactive SSTR5 structure
Method: single particle / : Li Y, Xing Z, Zhao L, Xu HE

PDB-9w33:
S5A1-bound inactive SSTR5 structure
Method: single particle / : Li Y, Xing Z, Zhao L, Xu HE

EMDB-66366:
Cryo-EM structure of the hexameric DRT6
Method: single particle / : Wang Y, Deng Z

PDB-9wy8:
Cryo-EM structure of the hexameric DRT6
Method: single particle / : Wang Y, Deng Z

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Feb 9, 2022. New format data for meta-information of EMDB entries

New format data for meta-information of EMDB entries

  • Version 3 of the EMDB header file is now the official format.
  • The previous official version 1.9 will be removed from the archive.

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Oct 5, 2021. Nobel Prize for mechanically activated and temperature-gated ion channels

Nobel Prize for mechanically activated and temperature-gated ion channels

  • The Nobel Prize in Physiology or Medicine 2021 was awarded jointly to David Julius and Ardem Patapoutian "for their discoveries of receptors for temperature and touch."
  • EM Navigator can help to find cryo-EM structure data by both pioneers.

External links:The Nobel Prize in Physiology or Medicine 2021 - NobelPrize.org / Structure data by Ardem Patapoutian / Structure data by David Julius

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