Search Query :
4NF9
Structure of the knl1/nsl1 complex Deposition Author(s): Keller, J. , Mattiuzzo, M. , Mosalaganti, S. , Musacchio, A. , Overlack, K. , Pasqualato, S. , Petrovic, A. , Raunser, S. , Wohlgemuth, S.
Date: 2013-10-31 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Homo Sapiens , Synthetic Construct Sequences Data: 4NF9_A , 4NF9_B , 4NF9_C , 4NF9_D
4NFA
Structure of the c-terminal doamin of knl1 Deposition Author(s): Keller, J. , Mattiuzzo, M. , Mosalaganti, S. , Musacchio, A. , Overlack, K. , Pasqualato, S. , Petrovic, A. , Raunser, S. , Wohlgemuth, S.
Date: 2013-10-31 Method: X-RAY DIFFRACTION Resolution: 2.497 Å Organism(s): Homo Sapiens Sequences Data: 4NFA_A
5A9Q
Human nuclear pore complex Deposition Author(s): Andres-Pons, A. , Antonin, W. , Banterle, N. , Beck, M. , Bork, P. , Buczak, K. , Bui, K.H. , Diguilio, A. , Glavy, J.S. , Hagen, W. , Kastritis, P. , Kosinski, J. , Lemke, E.A. , Mackmull, M. , Mosalaganti, S. , Ori, A. , Parca, L. , Sparks, L. , Vollmer, B. , Von Appen, A.
Date: 2015-07-22 Method: ELECTRON MICROSCOPY Resolution: 23.0 Å Organism(s): Homo Sapiens Sequences Data: 5A9Q_0 , 5A9Q_9 , 5A9Q_I , 5A9Q_R , 5A9Q_A , 5A9Q_B , 5A9Q_1 , 5A9Q_J , 5A9Q_S , 5A9Q_2 , 5A9Q_K , 5A9Q_T , 5A9Q_3 , 5A9Q_C , 5A9Q_L , 5A9Q_U , 5A9Q_4 , 5A9Q_D , 5A9Q_M , 5A9Q_V , 5A9Q_5 , 5A9Q_E , 5A9Q_N , 5A9Q_W , 5A9Q_6 , 5A9Q_F , 5A9Q_O , 5A9Q_X , 5A9Q_7 , 5A9Q_G , 5A9Q_P , 5A9Q_Y , 5A9Q_8 , 5A9Q_H , 5A9Q_Q , 5A9Q_Z
5IJN
Composite structure of the inner ring of the human nuclear pore complex (32 copies of nup205) Deposition Author(s): Beck, M. , Kosinski, J. , Mosalaganti, S. , Von Appen, A.
Date: 2016-03-02 Method: ELECTRON MICROSCOPY Resolution: 21.4 Å Organism(s): Homo Sapiens Sequences Data: 5IJN_A , 5IJN_B , 5IJN_E , 5IJN_K , 5IJN_Q , 5IJN_W , 5IJN_C , 5IJN_I , 5IJN_O , 5IJN_U , 5IJN_D , 5IJN_J , 5IJN_P , 5IJN_V , 5IJN_F , 5IJN_L , 5IJN_R , 5IJN_X , 5IJN_G , 5IJN_M , 5IJN_S , 5IJN_Y , 5IJN_H , 5IJN_N , 5IJN_T , 5IJN_Z
5IJO
Alternative composite structure of the inner ring of the human nuclear pore complex (16 copies of nup188, 16 copies of nup205) Deposition Author(s): Beck, M. , Kosinski, J. , Mosalaganti, S. , Von Appen, A.
Date: 2016-03-02 Method: ELECTRON MICROSCOPY Resolution: 21.4 Å Organism(s): Homo Sapiens Sequences Data: 5IJO_A , 5IJO_B , 5IJO_E , 5IJO_K , 5IJO_Q , 5IJO_W , 5IJO_C , 5IJO_I , 5IJO_O , 5IJO_U , 5IJO_D , 5IJO_P , 5IJO_F , 5IJO_L , 5IJO_R , 5IJO_X , 5IJO_G , 5IJO_M , 5IJO_S , 5IJO_Y , 5IJO_H , 5IJO_N , 5IJO_T , 5IJO_Z , 5IJO_J , 5IJO_V
7R5J
Human nuclear pore complex (dilated) Deposition Author(s): Beck, M. , Buczak, K. , Hagen, W.J.H. , Hummer, G. , Kosinski, J. , Mackmull, M.T. , Margiotta, E. , Mosalaganti, S. , Obarska-Kosinska, A. , Schmidt, F.H. , Siggel, M. , Taniguchi, R. , Turonova, B. , Zimmerli, C.E.
Date: 2022-02-10 Method: ELECTRON MICROSCOPY Resolution: 50.0 Å Organism(s): Homo Sapiens Sequences Data: 7R5J_00 , 7R5J_01 , 7R5J_02 , 7R5J_03 , 7R5J_04 , 7R5J_H0 , 7R5J_H1 , 7R5J_H2 , 7R5J_H3 , 7R5J_I0 , 7R5J_I1 , 7R5J_I2 , 7R5J_I3 , 7R5J_J0 , 7R5J_J1 , 7R5J_J2 , 7R5J_J3 , 7R5J_J4 , 7R5J_K0 , 7R5J_K1 , 7R5J_K2 , 7R5J_K3 , 7R5J_L0 , 7R5J_L1 , 7R5J_L2 , 7R5J_L3 , 7R5J_M0 , 7R5J_M1 , 7R5J_M2 , 7R5J_M3 , 7R5J_N0 , 7R5J_N1 , 7R5J_N2 , 7R5J_N3 , 7R5J_O0 , 7R5J_O1 , 7R5J_O2 , 7R5J_O3 , 7R5J_P0 , 7R5J_P1 , 7R5J_P2 , 7R5J_P3 , 7R5J_Q0 , 7R5J_Q1 , 7R5J_Q2 , 7R5J_Q3 , 7R5J_10 , 7R5J_11 , 7R5J_12 , 7R5J_13 , 7R5J_14 , 7R5J_15 , 7R5J_16 , 7R5J_17 , 7R5J_R0 , 7R5J_R1 , 7R5J_R2 , 7R5J_R3 , 7R5J_S0 , 7R5J_S1 , 7R5J_S2 , 7R5J_S3 , 7R5J_T0 , 7R5J_T1 , 7R5J_U0 , 7R5J_U1 , 7R5J_U2 , 7R5J_U3 , 7R5J_U4 , 7R5J_U5 , 7R5J_U6 , 7R5J_V0 , 7R5J_W0 , 7R5J_40 , 7R5J_41 , 7R5J_A0 , 7R5J_A1 , 7R5J_A2 , 7R5J_A3 , 7R5J_A4 , 7R5J_A5 , 7R5J_A6 , 7R5J_B0 , 7R5J_B1 , 7R5J_C0 , 7R5J_C1 , 7R5J_C2 , 7R5J_C3 , 7R5J_C4 , 7R5J_D0 , 7R5J_D1 , 7R5J_D2 , 7R5J_D3 , 7R5J_D4 , 7R5J_D5 , 7R5J_E0 , 7R5J_E1 , 7R5J_F0 , 7R5J_F1 , 7R5J_F2 , 7R5J_F3
7R5K
Human nuclear pore complex (constricted) Deposition Author(s): Beck, M. , Buczak, K. , Hagen, W.J.H. , Hummer, G. , Kosinski, J. , Mackmull, M.T. , Margiotta, E. , Mosalaganti, S. , Obarska-Kosinska, A. , Schmidt, F.H. , Siggel, M. , Taniguchi, R. , Turonova, B. , Zimmerli, C.E.
Date: 2022-02-10 Method: ELECTRON MICROSCOPY Resolution: 12.0 Å Organism(s): Homo Sapiens Sequences Data: 7R5K_00 , 7R5K_01 , 7R5K_02 , 7R5K_03 , 7R5K_04 , 7R5K_H0 , 7R5K_H1 , 7R5K_H2 , 7R5K_H3 , 7R5K_I0 , 7R5K_I1 , 7R5K_I2 , 7R5K_I3 , 7R5K_J0 , 7R5K_J1 , 7R5K_J2 , 7R5K_J3 , 7R5K_J4 , 7R5K_K0 , 7R5K_K1 , 7R5K_K2 , 7R5K_K3 , 7R5K_L0 , 7R5K_L1 , 7R5K_L2 , 7R5K_L3 , 7R5K_M0 , 7R5K_M1 , 7R5K_M2 , 7R5K_M3 , 7R5K_N0 , 7R5K_N1 , 7R5K_N2 , 7R5K_N3 , 7R5K_O0 , 7R5K_O1 , 7R5K_O2 , 7R5K_O3 , 7R5K_P0 , 7R5K_P1 , 7R5K_P2 , 7R5K_P3 , 7R5K_Q0 , 7R5K_Q1 , 7R5K_Q2 , 7R5K_Q3 , 7R5K_10 , 7R5K_11 , 7R5K_12 , 7R5K_13 , 7R5K_14 , 7R5K_15 , 7R5K_16 , 7R5K_17 , 7R5K_R0 , 7R5K_R1 , 7R5K_R2 , 7R5K_R3 , 7R5K_S0 , 7R5K_S1 , 7R5K_S2 , 7R5K_S3 , 7R5K_T0 , 7R5K_T1 , 7R5K_U0 , 7R5K_U1 , 7R5K_U2 , 7R5K_U3 , 7R5K_U4 , 7R5K_U5 , 7R5K_U6 , 7R5K_V0 , 7R5K_W0 , 7R5K_40 , 7R5K_41 , 7R5K_A0 , 7R5K_A1 , 7R5K_A2 , 7R5K_A3 , 7R5K_A4 , 7R5K_A5 , 7R5K_A6 , 7R5K_B0 , 7R5K_B1 , 7R5K_C0 , 7R5K_C1 , 7R5K_C2 , 7R5K_C3 , 7R5K_C4 , 7R5K_D0 , 7R5K_D1 , 7R5K_D2 , 7R5K_D3 , 7R5K_D4 , 7R5K_D5 , 7R5K_E0 , 7R5K_E1 , 7R5K_F0 , 7R5K_F1 , 7R5K_F2 , 7R5K_F3
8TU9
Cryo-em structure of hgsnat-acetyl-coa complex at ph 7.5 Deposition Author(s): Kumar, A. , Mosalaganti, S. , Navratna, V.
Date: 2023-08-15 Method: ELECTRON MICROSCOPY Resolution: 3.26 Å Organism(s): Aequorea Victoria , Homo Sapiens Sequences Data: 8TU9_A , 8TU9_B
8V38
Structure of the human systemic rnai defective transmembrane protein 1 (hsidt1) Deposition Author(s): Kumar, A. , Mosalaganti, S. , Navratna, V. , Rana, J.K.
Date: 2023-11-27 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Homo Sapiens Sequences Data: 8V38_A , 8V38_B