Search Query :
6FQA
Crystal structure of the csuc-csua/b chaperone-subunit preassembly complex of the archaic chaperone-usher csu pili of acinetobacter baumannii Deposition Author(s): Malmi, H. , Paavilainen, S. , Pakharukova, N.A. , Parilova, O. , Tuitilla, M. , Zavialov, A.V.
Date: 2018-02-13 Method: X-RAY DIFFRACTION Resolution: 2.85 Å Organism(s): Acinetobacter Baumannii Sequences Data: 6FQA_A , 6FQA_C , 6FQA_B , 6FQA_D
7ZL4
Cryo-em structure of archaic chaperone-usher csu pilus of acinetobacter baumannii Deposition Author(s): Chang, Y.W. , Ghosal, D. , Jensen, G.J. , Malmi, H. , Paavilainen, S. , Pakharukova, N. , Tuittila, M. , Zavialov, A.V.
Date: 2022-04-13 Method: ELECTRON MICROSCOPY Resolution: 3.45 Å Organism(s): Acinetobacter Baumannii Sequences Data: 7ZL4_A , 7ZL4_B , 7ZL4_C , 7ZL4_D
9I37
Csu pilus rod purified from acinetobacter baumannii Deposition Author(s): Malmi, H. , Pakharukova, N. , Zavialov, A.V.
Date: 2025-01-22 Method: ELECTRON MICROSCOPY Resolution: 3.28 Å Organism(s): Acinetobacter Baumannii Sequences Data: 9I37_A , 9I37_B , 9I37_C , 9I37_D , 9I37_E , 9I37_F , 9I37_G , 9I37_H , 9I37_I
9I3M
Csu pilus rod antiparallel pair Deposition Author(s): Malmi, H. , Pakharukova, N. , Zavialov, A.V.
Date: 2025-01-23 Method: ELECTRON MICROSCOPY Resolution: 8.91 Å Organism(s): Acinetobacter Baumannii Sequences Data: 9I3M_A1 , 9I3M_B1 , 9I3M_C1 , 9I3M_D1 , 9I3M_E1 , 9I3M_F1 , 9I3M_G1 , 9I3M_H1 , 9I3M_I1 , 9I3M_J1 , 9I3M_K1 , 9I3M_L1 , 9I3M_M1 , 9I3M_A2 , 9I3M_B2 , 9I3M_C2 , 9I3M_D2 , 9I3M_E2 , 9I3M_F2 , 9I3M_G2 , 9I3M_H2 , 9I3M_I2 , 9I3M_J2 , 9I3M_K2 , 9I3M_L2 , 9I3M_M2
9I3N
Csu pilus rod type 1 stack Deposition Author(s): Malmi, H. , Pakharukova, N. , Zavialov, A.V.
Date: 2025-01-23 Method: ELECTRON MICROSCOPY Resolution: 7.58 Å Organism(s): Acinetobacter Baumannii Sequences Data: 9I3N_A1 , 9I3N_B1 , 9I3N_C1 , 9I3N_D1 , 9I3N_E1 , 9I3N_F1 , 9I3N_G1 , 9I3N_H1 , 9I3N_I1 , 9I3N_J1 , 9I3N_K1 , 9I3N_L1 , 9I3N_M1 , 9I3N_N1 , 9I3N_O1 , 9I3N_P1 , 9I3N_Q1 , 9I3N_R1 , 9I3N_S1 , 9I3N_A2 , 9I3N_B2 , 9I3N_C2 , 9I3N_D2 , 9I3N_E2 , 9I3N_F2 , 9I3N_G2 , 9I3N_H2 , 9I3N_I2 , 9I3N_J2 , 9I3N_K2 , 9I3N_L2 , 9I3N_M2 , 9I3N_N2 , 9I3N_O2 , 9I3N_P2 , 9I3N_Q2 , 9I3N_R2 , 9I3N_S2 , 9I3N_A3 , 9I3N_B3 , 9I3N_C3 , 9I3N_D3 , 9I3N_E3 , 9I3N_F3 , 9I3N_G3 , 9I3N_H3 , 9I3N_I3 , 9I3N_J3 , 9I3N_K3 , 9I3N_L3 , 9I3N_M3 , 9I3N_N3 , 9I3N_O3 , 9I3N_P3 , 9I3N_Q3 , 9I3N_R3 , 9I3N_S3
9I3O
Csu pilus rod type 2 stack Deposition Author(s): Malmi, H. , Pakharukova, N. , Zavialov, A.V.
Date: 2025-01-23 Method: ELECTRON MICROSCOPY Resolution: 4.7 Å Organism(s): Acinetobacter Baumannii Sequences Data: 9I3O_A1 , 9I3O_B1 , 9I3O_C1 , 9I3O_D1 , 9I3O_E1 , 9I3O_F1 , 9I3O_G1 , 9I3O_H1 , 9I3O_I1 , 9I3O_J1 , 9I3O_K1 , 9I3O_L1 , 9I3O_M1 , 9I3O_N1 , 9I3O_O1 , 9I3O_P1 , 9I3O_Q1 , 9I3O_R1 , 9I3O_A2 , 9I3O_B2 , 9I3O_C2 , 9I3O_D2 , 9I3O_E2 , 9I3O_F2 , 9I3O_G2 , 9I3O_H2 , 9I3O_I2 , 9I3O_J2 , 9I3O_K2 , 9I3O_L2 , 9I3O_M2 , 9I3O_N2 , 9I3O_O2 , 9I3O_P2 , 9I3O_Q2 , 9I3O_R2 , 9I3O_A3 , 9I3O_B3 , 9I3O_C3 , 9I3O_D3 , 9I3O_E3 , 9I3O_F3 , 9I3O_G3 , 9I3O_H3 , 9I3O_I3 , 9I3O_J3 , 9I3O_K3 , 9I3O_L3 , 9I3O_M3 , 9I3O_N3 , 9I3O_O3 , 9I3O_P3 , 9I3O_Q3 , 9I3O_R3 , 9I3O_A4 , 9I3O_B4 , 9I3O_C4 , 9I3O_D4 , 9I3O_E4 , 9I3O_F4 , 9I3O_G4 , 9I3O_H4 , 9I3O_I4 , 9I3O_J4 , 9I3O_K4 , 9I3O_L4 , 9I3O_M4 , 9I3O_N4 , 9I3O_O4 , 9I3O_P4 , 9I3O_Q4 , 9I3O_R4