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Showing 1 - 50 of 249 items for (author: hendrik & d)

EMDB-68747: 
Structure of CXCR4 in complex with a de-novo designed mini-protein antagonist
Method: single particle / : Banerjee R, Ganguly M, Banerjee N, Tiwari D, Muratspahic E, Baker D, Shukla AK

PDB-22xc: 
Structure of CXCR4 in complex with a de-novo designed mini-protein antagonist
Method: single particle / : Banerjee R, Ganguly M, Banerjee N, Tiwari D, Muratspahic E, Baker D, Shukla AK

EMDB-53855: 
CryoEM structure of a membrane protein associated with a contractile injection in Salmonella enterica subspecies salamae
Method: single particle / : Ejaz RN, Tillmann HP, Taylor NMI, Siborova M, Sofos NH

EMDB-53857: 
Cryo-EM structure of an extracellular contractile injection system in Salmonella enterica subspecies salamae, the sheath and inner tube module in extended state.
Method: helical / : Ejaz RN, Tillmann HP, Sofos NH, Siborova M, Taylor NMI

EMDB-53858: 
Cryo-EM structure of an extracellular contractile injection system in Salmonella enterica subspecies salamae, the sheath in contracted state.
Method: helical / : Ejaz RN, Tillmann HP, Taylor NMI, Siborova M, Sofos NH

EMDB-53859: 
Cryo-EM structure of a contractile injection system in Salmonella enterica subspecies Salamae, the cap portion in extended state.
Method: single particle / : Ejaz RN, Tillmann HP, Sofos NH, Siborova M, Taylor NMI

EMDB-53919: 
Cryo-EM structure of a contractile injection system in Salmonella enterica subspecies Salamae, the baseplate portion in extended state.
Method: single particle / : Ejaz RN, Tillmann HP, Sofos NH, Siborova M, Taylor NMI

PDB-9r9a: 
CryoEM structure of a membrane protein associated with a contractile injection in Salmonella enterica subspecies salamae
Method: single particle / : Ejaz RN, Tillmann HP, Taylor NMI, Siborova M, Sofos NH

PDB-9r9h: 
Cryo-EM structure of an extracellular contractile injection system in Salmonella enterica subspecies salamae, the sheath and inner tube module in extended state.
Method: helical / : Ejaz RN, Tillmann HP, Sofos NH, Siborova M, Taylor NMI

PDB-9r9i: 
Cryo-EM structure of an extracellular contractile injection system in Salmonella enterica subspecies salamae, the sheath in contracted state.
Method: helical / : Ejaz RN, Tillmann HP, Taylor NMI, Siborova M, Sofos NH

PDB-9r9n: 
Cryo-EM structure of a contractile injection system in Salmonella enterica subspecies Salamae, the cap portion in extended state.
Method: single particle / : Ejaz RN, Tillmann HP, Sofos NH, Siborova M, Taylor NMI

PDB-9rce: 
Cryo-EM structure of a contractile injection system in Salmonella enterica subspecies Salamae, the baseplate portion in extended state.
Method: single particle / : Ejaz RN, Tillmann HP, Sofos NH, Siborova M, Taylor NMI

EMDB-53969: 
FZD7 in complex with negative allosteric modulator C407
Method: single particle / : Scharf MM, Graetz L, Kinsolving J, Voss J, Carrasco-Busturia D, Forsberg B, Kolb P, Schulte G

PDB-9rhg: 
FZD7 in complex with negative allosteric modulator C407
Method: single particle / : Scharf MM, Graetz L, Kinsolving J, Voss J, Carrasco-Busturia D, Forsberg B, Kolb P, Schulte G

EMDB-54220: 
Cryo-EM structure of MATE transporter NorM-VC in complex with doxorubicin
Method: single particle / : Romane K, Hsieh PY, Kowal J, Locher KP, van Veen HW

PDB-9rsj: 
Cryo-EM structure of MATE transporter NorM-VC in complex with doxorubicin
Method: single particle / : Romane K, Hsieh PY, Kowal J, Locher KP, van Veen HW

EMDB-52456: 
Amyloid fibril of TTR
Method: helical / : Aibara S, Kassner E, Wong E, Klingel K, Papworth M, Althage M, Wang QD, Correia C, Milting H, Oliveira TM

EMDB-52457: 
Amyloid fibril of apolipoprotein A-IV
Method: helical / : Aibara S, Kassner A, Wong E, Klingel K, Papworth M, Althage M, Wang QD, Correia C, Milting H, Oliveira TM

PDB-9hx3: 
Amyloid fibril of TTR
Method: helical / : Aibara S, Kassner E, Wong E, Klingel K, Papworth M, Althage M, Wang QD, Correia C, Milting H, Oliveira TM

PDB-9hx4: 
Amyloid fibril of apolipoprotein A-IV
Method: helical / : Aibara S, Kassner A, Wong E, Klingel K, Papworth M, Althage M, Wang QD, Correia C, Milting H, Oliveira TM

EMDB-53137: 
Cryo-EM structure of the PlPVC1 baseplate, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53138: 
Cryo-EM structure of the PlPVC1 central spike, 3-fold symmetrized (C3), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53139: 
Cryo-EM structure of the PlPVC1 cap, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53140: 
Cryo-EM structure of the PlPVC1 fiber in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53141: 
Cryo-EM structure of the PlPVC1 sheath, 6-fold symmetrized (C6), in contracted state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-53143: 
Cryo-EM structure of the PlPVC1 baseplate, 6-fold symmetrized (C6), in contracted state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgl: 
Cryo-EM structure of the PlPVC1 baseplate, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgm: 
Cryo-EM structure of the PlPVC1 central spike, 3-fold symmetrized (C3), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgn: 
Cryo-EM structure of the PlPVC1 cap, 6-fold symmetrized (C6), in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgo: 
Interaction between PlPVC1 baseplate and fiber in extended state
Method: single particle / : Marin-Arraiza L, Taylor NMI

PDB-9qgp: 
Cryo-EM structure of the PlPVC1 sheath, 6-fold symmetrized (C6), in contracted state
Method: single particle / : Marin-Arraiza L, Taylor NMI

EMDB-18948: 
Zorya anti-bacteriophage defense system ZorC WT
Method: single particle / : Hu H, Taylor NMI

PDB-8r68: 
Zorya anti-bacteriophage defense system ZorC WT
Method: single particle / : Hu H, Taylor NMI

EMDB-18747: 
Zorya anti-bacteriophage defense system ZorD apo form
Method: single particle / : Hu H, Taylor NMI

EMDB-18750: 
Zorya anti-bacteriophage defense system ZorD in complex with ATP-gamma-S
Method: single particle / : Hu H, Taylor NMI

EMDB-18751: 
Zorya anti-bacteriophage defense system ZorAB
Method: single particle / : Hu H, Taylor NMI

EMDB-18752: 
EcZorAB_WT ZorB PGBDs Local refinement
Method: single particle / : Haidai H, Nicholas MIT

EMDB-18754: 
Zorya anti-bacteriophage defense system ZorAB ZorA E86A_E89A, Calcium binding site mutation
Method: single particle / : Hu H, Taylor NMI

EMDB-18756: 
Zorya anti-bacteriophage defense system ZorAB, ZorA delta_359-592, ZorA tail middle deletion.
Method: single particle / : Hu H, Taylor NMI

EMDB-18766: 
Zorya anti-bacteriophage defense system ZorAB, ZorA delta_435-729, ZorA tail tip deletion.
Method: single particle / : Hu H, Taylor NMI

PDB-8qy7: 
Zorya anti-bacteriophage defense system ZorD apo form
Method: single particle / : Hu H, Taylor NMI

PDB-8qyc: 
Zorya anti-bacteriophage defense system ZorD in complex with ATP-gamma-S
Method: single particle / : Hu H, Taylor NMI

PDB-8qyd: 
Zorya anti-bacteriophage defense system ZorAB
Method: single particle / : Hu H, Taylor NMI

PDB-8qyh: 
Zorya anti-bacteriophage defense system ZorAB ZorA E86A_E89A, Calcium binding site mutation
Method: single particle / : Hu H, Taylor NMI

PDB-8qyk: 
Zorya anti-bacteriophage defense system ZorAB, ZorA delta_359-592, ZorA tail middle deletion.
Method: single particle / : Hu H, Taylor NMI

PDB-8qyy: 
Zorya anti-bacteriophage defense system ZorAB, ZorA delta_435-729, ZorA tail tip deletion.
Method: single particle / : Hu H, Taylor NMI

EMDB-50040: 
Scalable protein design using hallucination in a relaxed sequence space
Method: single particle / : Frank CJ, Dietz H

EMDB-50113: 
Scalable protein design using hallucination in a relaxed sequence space
Method: single particle / : Frank CJ, Dietz H

PDB-9exk: 
Scalable protein design using hallucination in a relaxed sequence space
Method: single particle / : Frank CJ, Dietz H

PDB-9f0l: 
Scalable protein design using hallucination in a relaxed sequence space
Method: single particle / : Frank CJ, Motoyuki H, Dietz H
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