Search Query :
4KT5
Structure of grlr-grla complex Deposition Author(s): Jobichen, C. , Padavannil, A. , Sivaraman, J.
Date: 2013-05-20 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Escherichia Coli Sequences Data: 4KT5_A , 4KT5_B , 4KT5_C
4NQF
Crystal structure of hepn domain protein Deposition Author(s): Jobichen, C. , Padavannil, A. , Sivaraman, J.
Date: 2013-11-25 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Agrobacterium Fabrum Sequences Data: 4NQF_A , 4NQF_B
6N1Z
Importin-9 bound to h2a-h2b Deposition Author(s): Chook, Y.M. , Padavannil, A. , Tomchick, D.R.
Date: 2018-11-12 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Homo Sapiens , Xenopus Laevis Sequences Data: 6N1Z_A , 6N1Z_D , 6N1Z_B , 6N1Z_E , 6N1Z_C , 6N1Z_F
6N34
Crystal structure of the btb domain of human ns1-bp Deposition Author(s): Chook, Y.M. , Fontoura, B. , Padavannil, A. , Shang, G. , Zhang, K.
Date: 2018-11-14 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Homo Sapiens Sequences Data: 6N34_A , 6N34_B
6N3H
Crystal structure of kelch domain of the human ns1 binding protein Deposition Author(s): Chook, Y.M. , Fontoura, B.M.A. , Padavannil, A. , Shang, G. , Zhang, K.
Date: 2018-11-15 Method: X-RAY DIFFRACTION Resolution: 2.6 Å Organism(s): Homo Sapiens Sequences Data: 6N3H_A , 6N3H_B
6X89
Vigna radiata mitochondrial complex i* Deposition Author(s): Guo, F. , Letts, J.A. , Maldonado, M. , Padavannil, A. , Zhou, L.
Date: 2020-06-01 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Vigna Radiata Sequences Data: 6X89_A , 6X89_S3 , 6X89_S4 , 6X89_S6 , 6X89_S7 , 6X89_S8 , 6X89_V1 , 6X89_V2 , 6X89_1M , 6X89_2M , 6X89_3M , 6X89_A2 , 6X89_4L , 6X89_6M , 6X89_A1 , 6X89_A3 , 6X89_A8 , 6X89_AM , 6X89_B , 6X89_C , 6X89_C2 , 6X89_P2 , 6X89_A5 , 6X89_S5 , 6X89_X1 , 6X89_G1 , 6X89_G2 , 6X89_L2 , 6X89_A6 , 6X89_A7 , 6X89_A9 , 6X89_AL , 6X89_S1 , 6X89_S2
7TGH
Cryo-em structure of respiratory super-complex ci+iii2 from tetrahymena thermophila Deposition Author(s): Guo, F. , Letts, J.A. , Maldonado, M. , Padavannil, A. , Zhou, L.
Date: 2022-01-07 Method: ELECTRON MICROSCOPY Resolution: 2.6 Å Organism(s): Tetrahymena Thermophila Sequences Data: 7TGH_1 , 7TGH_3E , 7TGH_3F , 7TGH_3G , 7TGH_3H , 7TGH_3I , 7TGH_3J , 7TGH_3M , 7TGH_3L , 7TGH_4 , 7TGH_1B , 7TGH_4L , 7TGH_5 , 7TGH_5B , 7TGH_6 , 7TGH_A2 , 7TGH_A5 , 7TGH_A6 , 7TGH_A7 , 7TGH_A9 , 7TGH_AB , 7TGH_2 , 7TGH_AC , 7TGH_AL , 7TGH_AM , 7TGH_B7 , 7TGH_B8 , 7TGH_BL , 7TGH_C , 7TGH_C1 , 7TGH_C2 , 7TGH_C3 , 7TGH_2B , 7TGH_TD , 7TGH_J1 , 7TGH_FX , 7TGH_T2 , 7TGH_T1 , 7TGH_A1 , 7TGH_X1 , 7TGH_T6 , 7TGH_T5 , 7TGH_R , 7TGH_3 , 7TGH_S1 , 7TGH_S2 , 7TGH_S3 , 7TGH_S4 , 7TGH_S6 , 7TGH_S7 , 7TGH_S8 , 7TGH_B9 , 7TGH_TX , 7TGH_A8 , 7TGH_3A , 7TGH_TB , 7TGH_V1 , 7TGH_V2 , 7TGH_B6 , 7TGH_BM , 7TGH_C4 , 7TGH_AN , 7TGH_B4 , 7TGH_T4 , 7TGH_T8 , 7TGH_3B , 7TGH_B2 , 7TGH_T3 , 7TGH_P1 , 7TGH_B3 , 7TGH_TA , 7TGH_S5 , 7TGH_TC , 7TGH_P2 , 7TGH_A3 , 7TGH_T9 , 7TGH_3C , 7TGH_TE , 7TGH_T7 , 7TGH_3D
7W5Z
Cryo-em structure of tetrahymena thermophila mitochondrial complex iv, composite dimer model Deposition Author(s): Letts, J. , Maldonado, M. , Padavannil, A. , Zhou, L.
Date: 2021-11-30 Method: ELECTRON MICROSCOPY Resolution: 3.02 Å Organism(s): Tetrahymena Thermophila Sequences Data: 7W5Z_U1 , 7W5Z_5B , 7W5Z_6A , 7W5Z_6B , 7W5Z_6L , 7W5Z_6C , 7W5Z_7A , 7W5Z_7C , 7W5Z_7L , 7W5Z_M1 , 7W5Z_M2 , 7W5Z_U2 , 7W5Z_M3 , 7W5Z_T1 , 7W5Z_T2 , 7W5Z_T3 , 7W5Z_T4 , 7W5Z_T5 , 7W5Z_T6 , 7W5Z_BP , 7W5Z_FS , 7W5Z_AC , 7W5Z_U3 , 7W5Z_Y7 , 7W5Z_Y0 , 7W5Z_Y5 , 7W5Z_A , 7W5Z_B , 7W5Z_C , 7W5Z_D , 7W5Z_E , 7W5Z_F , 7W5Z_G , 7W5Z_U4 , 7W5Z_H , 7W5Z_I , 7W5Z_J , 7W5Z_K , 7W5Z_L , 7W5Z_M , 7W5Z_N , 7W5Z_O , 7W5Z_P , 7W5Z_Q , 7W5Z_U5 , 7W5Z_R , 7W5Z_S , 7W5Z_T , 7W5Z_U , 7W5Z_V , 7W5Z_W , 7W5Z_X , 7W5Z_Y , 7W5Z_Z , 7W5Z_U6 , 7W5Z_C1 , 7W5Z_C2 , 7W5Z_C3
8ESW
Structure of mitochondrial complex i from drosophila melanogaster, flexible-class 1 Deposition Author(s): Letts, J.A. , Padavannil, A.
Date: 2022-10-15 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Drosophila Melanogaster Sequences Data: 8ESW_AN , 8ESW_4 , 8ESW_5 , 8ESW_A8 , 8ESW_A1 , 8ESW_AO , 8ESW_S5 , 8ESW_AM , 8ESW_BL , 8ESW_B6 , 8ESW_B4 , 8ESW_S6 , 8ESW_B7 , 8ESW_B5 , 8ESW_B9 , 8ESW_BM , 8ESW_B8 , 8ESW_B3 , 8ESW_AC , 8ESW_AB , 8ESW_C2 , 8ESW_B1 , 8ESW_S4 , 8ESW_S1 , 8ESW_A9 , 8ESW_B2 , 8ESW_S2 , 8ESW_V3 , 8ESW_V1 , 8ESW_2 , 8ESW_4L , 8ESW_6 , 8ESW_A7 , 8ESW_A5 , 8ESW_S3 , 8ESW_A3 , 8ESW_A6 , 8ESW_AL , 8ESW_V2 , 8ESW_S7 , 8ESW_S8 , 8ESW_3 , 8ESW_1
8ESZ
Structure of mitochondrial complex i from drosophila melanogaster, helix-locked state Deposition Author(s): Letts, J.A. , Padavannil, A.
Date: 2022-10-15 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Drosophila Melanogaster Sequences Data: 8ESZ_AN , 8ESZ_5 , 8ESZ_A8 , 8ESZ_A1 , 8ESZ_AO , 8ESZ_S5 , 8ESZ_AM , 8ESZ_BL , 8ESZ_B6 , 8ESZ_B4 , 8ESZ_B7 , 8ESZ_S6 , 8ESZ_B5 , 8ESZ_B9 , 8ESZ_BM , 8ESZ_B8 , 8ESZ_B3 , 8ESZ_AC , 8ESZ_AB , 8ESZ_C2 , 8ESZ_B1 , 8ESZ_S4 , 8ESZ_A9 , 8ESZ_S1 , 8ESZ_B2 , 8ESZ_S2 , 8ESZ_V3 , 8ESZ_V1 , 8ESZ_2 , 8ESZ_A7 , 8ESZ_A3 , 8ESZ_4L , 8ESZ_6 , 8ESZ_3 , 8ESZ_S3 , 8ESZ_A5 , 8ESZ_AL , 8ESZ_A6 , 8ESZ_V2 , 8ESZ_S7 , 8ESZ_S8 , 8ESZ_1 , 8ESZ_4