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Showing 1 - 50 of 94 items for (author: schnell & h)

EMDB-51786:
Cryo-EM Structure of human OAS2 Dimer
Method: single particle / : Merold VR, Lammens K, de Oliveira Mann CC

PDB-9h1z:
Cryo-EM Structure of human OAS2 Dimer
Method: single particle / : Merold VR, Lammens K, de Oliveira Mann CC

EMDB-19842:
Vitellogenin from the honey bee hemolymph
Method: single particle / : Montserrat-Canals M, Schnelle K, Moeller A, Cunha E, Luecke H

EMDB-19843:
Cleavage product of vitellogenin from the honey bee hemolymph
Method: single particle / : Montserrat-Canals M, Schnelle K, Moeller A, Cunha E, Luecke H

PDB-9enr:
Vitellogenin from the honey bee hemolymph
Method: single particle / : Montserrat-Canals M, Schnelle K, Moeller A, Cunha E, Luecke H

PDB-9ens:
Cleavage product of vitellogenin from the honey bee hemolymph
Method: single particle / : Montserrat-Canals M, Schnelle K, Moeller A, Cunha E, Luecke H

EMDB-50774:
MsbA in DDM inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50775:
MsbA in LMNG inward-facing narrow
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50776:
MsbA in LMNG inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50777:
MsbA in GDN inward-facing narrow
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50778:
MsbA in GDN inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50779:
MsbA in Triton inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50780:
MsbA in Triton inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50782:
MsbA in UDM inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50783:
MsbA in UDM inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50784:
MsbA in MSP1D1 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shearer D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50785:
MsbA in MSP1D1 (EPL:PC) Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50786:
MsbA in MSP1E3D1 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50787:
MsbA in MSP2N2 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50788:
MsbA in peptidisc inward-facing narrow (-) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50789:
MsbA in peptidisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50790:
MsbA in Amphipol A8-35 inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50791:
MsbA in Amphipol A8-35 inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50792:
MsbA in Amphipol 18 inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50793:
MsbA in Amphipol 18 inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-50794:
MsbA in MSP2N2 Nanodisc inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fuq:
MsbA in DDM inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fur:
MsbA in LMNG inward-facing narrow
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fus:
MsbA in LMNG inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fut:
MsbA in GDN inward-facing narrow
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fuu:
MsbA in GDN inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fuv:
MsbA in Triton inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fuw:
MsbA in Triton inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fuy:
MsbA in UDM inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fuz:
MsbA in UDM inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv0:
MsbA in MSP1D1 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shearer D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv1:
MsbA in MSP1D1 (EPL:PC) Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv2:
MsbA in MSP1E3D1 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv3:
MsbA in MSP2N2 Nanodisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv4:
MsbA in peptidisc inward-facing narrow (-) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv5:
MsbA in peptidisc inward-facing narrow open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv6:
MsbA in Amphipol A8-35 inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv7:
MsbA in Amphipol A8-35 inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv8:
MsbA in Amphipol 18 inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fv9:
MsbA in Amphipol 18 inward-facing wide (+) open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

PDB-9fva:
MsbA in MSP2N2 Nanodisc inward-facing wide open
Method: single particle / : Hoffmann L, Baier A, Jorde L, Kamel M, Schaefer J, Schnelle K, Scholz A, Shvarev D, Wong J, Parey K, Januliene D, Moeller A

EMDB-43813:
VIR-7229 Fab fragment bound the SARS-CoV-2 BA.2.86 spike trimer (local refinement of the BA 2.86 RBD/VIR-7229 VHVL)
Method: single particle / : Park YJ, Tortorici MA, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D

EMDB-43842:
VIR-7229 Fab fragment bound the BA.2.86 spike trimer (global refinement)
Method: single particle / : Tortorici MA, Park YJ, Veelser D, Seattle Structural Genomics Center for Infectious Disease (SSGCID)

PDB-9asd:
VIR-7229 Fab fragment bound the SARS-CoV-2 BA.2.86 spike trimer (local refinement of the BA 2.86 RBD/VIR-7229 VHVL)
Method: single particle / : Park YJ, Tortorici MA, Seattle Structural Genomics Center for Infectious Disease (SSGCID), Veesler D

PDB-9au2:
VIR-7229 Fab fragment bound the BA.2.86 spike trimer (global refinement)
Method: single particle / : Tortorici MA, Park YJ, Veelser D, Seattle Structural Genomics Center for Infectious Disease (SSGCID)

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