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Showing 1 - 50 of 90 items for (author: fitzpatrick & aw)

EMDB-49752:
Consensus refinement for the Uromodulin filament lattice interface
Method: single particle / : Chang AN, Fitzpatrick AWP

EMDB-49792:
Uromodulin filament lattice interface from human urine
Method: single particle / : Chang AN, Fitzpatrick AWP

EMDB-49793:
Uromodulin filament lattice in the straight arrangement from human urine
Method: helical / : Chang AN, Fitzpatrick AWP

EMDB-49794:
Uromodulin filament lattice in the kinked arrangement from human urine
Method: single particle / : Chang AN, Fitzpatrick AWP

PDB-9nu1:
Uromodulin filament lattice interface from human urine
Method: single particle / : Chang AN, Fitzpatrick AWP

PDB-9nu2:
Uromodulin filament lattice in the straight arrangement from human urine
Method: helical / : Chang AN, Fitzpatrick AWP

PDB-9nu3:
Uromodulin filament lattice in the kinked arrangement from human urine
Method: single particle / : Chang AN, Fitzpatrick AWP

EMDB-49621:
Human TAS1R2 transmembrane domains from the TAS1R2-TM-G protein complex
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49605:
Local refinement map of the human sweet taste receptor Venus Fly Trap domains (VFT) and upper-half of the Cysteine-Rich domains (CR) from the combined datasets
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49606:
Local refinement map of the human sweet taste receptor lower-half of the Cysteine-Rich domains (CR) and transmembrane domains (TMD) from the combined datasets
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49607:
Consensus map of the human sweet taste receptor composed of TAS1R2 and TAS1R3 GPCRs from the combined datasets
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49608:
Human sweet taste receptor composed of TAS1R2 and TAS1R3 GPCRs from the combined datasets
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49609:
Local refinement map of the human sweet taste receptor Venus Fly Trap domains (VFT) and upper-half of the cysteine-rich domains (CR) from the PEG400 dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49610:
Local refinement map of the human sweet taste receptor lower-half of the Cysteine-Rich domains (CR) and transmembrane domains (TMD) from the PEG400 dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49611:
Consensus map of the human sweet taste receptor (TAS1R2 + TAS1R3) from the PEG400 dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49612:
Human sweet taste receptor (TAS1R2 + TAS1R3) from the PEG400 dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49613:
Local refinement map of the human sweet taste receptor Venus Fly Trap domains (VFT) and upper-half of the Cysteine-Rich domains (CR) from the sucralose dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49614:
Local refinement map of the human sweet taste receptor lower-half of the Cysteine-Rich domains (CR) and transmembrane domains (TMD) from the sucralose dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49615:
Consensus map of the human sweet taste receptor (TAS1R2 + TAS1R3) from the sucralose dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49616:
Human sweet taste receptor (TAS1R2 + TAS1R3) from the sucralose dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49617:
Human sweet taste receptor (TAS1R2 + TAS1R3) VFT domains from the combined datasets
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49618:
Human sweet taste receptor (TAS1R2 + TAS1R3) VFT domains bound to sucralose
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49619:
Human sweet taste receptor (TAS1R2 + TAS1R3) VFT domains bound to aspartame
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-49620:
Transmembrane domains of the human TAS1R2 sweet receptor subunit in complex with miniGs/gust25
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-70072:
Transmembrane domains of the human sweet receptor (TAS1R2 + TAS1R3) from Class 3 particles (rigidly fitted from PDB:9NOX and 9NOR)
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-70073:
Consensus map of the Human sweet taste receptor (TAS1R2 + TAS1R3) from the aspartame dataset
Method: single particle / : Juen Z, Lu Z, Yu R, Chang AN, Wang B, Fitzpatrick AWP, Zuker CS

EMDB-43542:
ELIC5 with cysteamine in 2:1:1 POPC:POPE:POPG nanodisc in open conformation
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

PDB-8vuw:
ELIC5 with cysteamine in 2:1:1 POPC:POPE:POPG nanodisc in open conformation
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

EMDB-28233:
Cryo-EM structure of LRP2 at pH 7.5
Method: single particle / : Beenken A, Cerutti G, Brasch J, Fitzpatrick AW, Barasch J, Shapiro L

EMDB-28241:
Cryo-EM structure of LRP2 at pH 5.2
Method: single particle / : Beenken A, Cerutti G, Fitzpatrick AW, Barasch J, Shapiro L

EMDB-28242:
Local refinement map of LRP2 P1-P2 domains at pH 7.5
Method: single particle / : Beenken A, Shapiro L

EMDB-28243:
Local refinement of P3-P6 domains of LRP2 at pH 7.5
Method: single particle / : Beenken A, Shapiro L

EMDB-28250:
Local refinement of the P7 domain of LRP2 at pH 7.5
Method: single particle / : Beenken A, Shapiro L

EMDB-28251:
Local refinement of the R4 domain of LRP2 at pH 7.5
Method: single particle / : Beenken A, Shapiro L

EMDB-28252:
Local refinement of P8 domain of LRP2 at pH 7.5
Method: single particle / : Beenken A, Shapiro L

EMDB-28253:
Local refinement of P1-P2 domains of LRP2 at pH 5.2
Method: single particle / : Beenken A, Shapiro L

EMDB-28258:
Local refinement of P3-P6 domains of LRP2 at pH 5.2
Method: single particle / : Beenken A, Shapiro L

EMDB-28260:
Local refinement of P7 domain of LRP2 at pH 5.2
Method: single particle / : Beenken A, Shapiro L

EMDB-28261:
Local refinement of R3 domain of LRP2 at pH 5.2
Method: single particle / : Beenken A, Shapiro L

EMDB-28265:
Local refinement of P8 domain of LRP2 at pH 5.2
Method: single particle / : Beenken A, Shapiro L

PDB-8em4:
Cryo-EM structure of LRP2 at pH 7.5
Method: single particle / : Beenken A, Cerutti G, Brasch J, Fitzpatrick AW, Barasch J, Shapiro L

PDB-8em7:
Cryo-EM structure of LRP2 at pH 5.2
Method: single particle / : Beenken A, Cerutti G, Fitzpatrick AW, Barasch J, Shapiro L

EMDB-27215:
ELIC apo in POPC nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

EMDB-27216:
ELIC with cysteamine in POPC nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

EMDB-27217:
ELIC apo in 2:1:1 POPC:POPE:POPG nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

EMDB-27218:
ELIC with cysteamine in 2:1:1 POPC:POPE:POPG nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

EMDB-27219:
ELIC3 with cysteamine in 2:1:1 POPC:POPE:POPG nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

PDB-8d63:
ELIC apo in POPC nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

PDB-8d64:
ELIC with cysteamine in POPC nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

PDB-8d65:
ELIC apo in 2:1:1 POPC:POPE:POPG nanodisc
Method: single particle / : Petroff II JT, Deng Z, Rau MJ, Fitzpatrick JAJ, Yuan P, Cheng WWL

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