Search Query :
8CGR
Apramycin bound to the 30s body Deposition Author(s): Beckert, B. , Koller, T.O. , Paternoga, H. , Wilson, D.N.
Date: 2023-02-06 Method: ELECTRON MICROSCOPY Resolution: 2.12 Å Organism(s): Escherichia Coli Bw25113 Sequences Data: 8CGR_A , 8CGR_Q , 8CGR_R , 8CGR_T , 8CGR_U , 8CGR_D , 8CGR_E , 8CGR_F , 8CGR_H , 8CGR_K , 8CGR_L , 8CGR_O , 8CGR_P
8CGU
Gentamicin bound to the 30s body Deposition Author(s): Crowe-Mcauliffe, C. , Novacek, J. , Paternoga, H. , Wilson, D.N.
Date: 2023-02-06 Method: ELECTRON MICROSCOPY Resolution: 1.89 Å Organism(s): Escherichia Coli Bw25113 Sequences Data: 8CGU_A , 8CGU_Q , 8CGU_R , 8CGU_T , 8CGU_U , 8CGU_D , 8CGU_E , 8CGU_F , 8CGU_H , 8CGU_K , 8CGU_L , 8CGU_O , 8CGU_P
8CGV
Tiamulin bound to the 50s subunit Deposition Author(s): Crowe-Mcauliffe, C. , Novacek, J. , Paternoga, H. , Wilson, D.N.
Date: 2023-02-06 Method: ELECTRON MICROSCOPY Resolution: 1.66 Å Organism(s): Escherichia Coli Bw25113 Sequences Data: 8CGV_0 , 8CGV_G , 8CGV_H , 8CGV_I , 8CGV_J , 8CGV_K , 8CGV_L , 8CGV_M , 8CGV_N , 8CGV_O , 8CGV_P , 8CGV_1 , 8CGV_Q , 8CGV_R , 8CGV_S , 8CGV_T , 8CGV_U , 8CGV_V , 8CGV_W , 8CGV_X , 8CGV_Y , 8CGV_Z , 8CGV_2 , 8CGV_3 , 8CGV_A , 8CGV_B , 8CGV_C , 8CGV_D , 8CGV_E
8QBT
E. coli apdp-stalled ribosomal complex Deposition Author(s): Morici, M. , Wilson, D.N.
Date: 2023-08-25 Method: ELECTRON MICROSCOPY Resolution: 2.2 Å Organism(s): Escherichia Coli Bw25113 , Sinorhizobium Medicae Sequences Data: 8QBT_A , 8QBT_K , 8QBT_L , 8QBT_M , 8QBT_N , 8QBT_O , 8QBT_P , 8QBT_Q , 8QBT_R , 8QBT_S , 8QBT_T , 8QBT_B , 8QBT_U , 8QBT_V , 8QBT_W , 8QBT_X , 8QBT_Y , 8QBT_Z , 8QBT_C , 8QBT_D , 8QBT_I , 8QBT_J , 8QBT_1 , 8QBT_2 , 8QBT_3 , 8QBT_4 , 8QBT_5 , 8QBT_6 , 8QBT_7 , 8QBT_E , 8QBT_F , 8QBT_G , 8QBT_H
8QCQ
B. subtilis apda-stalled ribosomal complex Deposition Author(s): Morici, M. , Wilson, D.N.
Date: 2023-08-28 Method: ELECTRON MICROSCOPY Resolution: 2.3 Å Organism(s): Amycolatopsis Japonica , Bacillus Subtilis Subsp. Subtilis Str. 168 Sequences Data: 8QCQ_0 , 8QCQ_D , 8QCQ_E , 8QCQ_F , 8QCQ_G , 8QCQ_J , 8QCQ_K , 8QCQ_L , 8QCQ_M , 8QCQ_N , 8QCQ_O , 8QCQ_1 , 8QCQ_P , 8QCQ_Q , 8QCQ_R , 8QCQ_S , 8QCQ_T , 8QCQ_U , 8QCQ_W , 8QCQ_X , 8QCQ_Y , 8QCQ_Z , 8QCQ_2 , 8QCQ_A , 8QCQ_8 , 8QCQ_C , 8QCQ_3 , 8QCQ_I , 8QCQ_H , 8QCQ_7 , 8QCQ_4 , 8QCQ_6 , 8QCQ_B
8QOA
Structure of secm-stalled escherichia coli 70s ribosome Deposition Author(s): Gersteuer, F. , Morici, M. , Wilson, D.N.
Date: 2023-09-28 Method: ELECTRON MICROSCOPY Resolution: 2.0 Å Organism(s): Escherichia Coli Bw25113 Sequences Data: 8QOA_0 , 8QOA_F , 8QOA_G , 8QOA_H , 8QOA_I , 8QOA_L , 8QOA_M , 8QOA_N , 8QOA_O , 8QOA_P , 8QOA_Q , 8QOA_1 , 8QOA_R , 8QOA_S , 8QOA_T , 8QOA_U , 8QOA_X , 8QOA_Z , 8QOA_B , 8QOA_C , 8QOA_D , 8QOA_E , 8QOA_2 , 8QOA_J , 8QOA_K , 8QOA_3 , 8QOA_V , 8QOA_W , 8QOA_Y , 8QOA_5 , 8QOA_4 , 8QOA_A , 8QOA_6
8R6C
70s escherichia coli ribosome with paenilamicin b2 bound with a- and p-site trna. Deposition Author(s): Koller, T.O. , Wilson, D.N.
Date: 2023-11-22 Method: ELECTRON MICROSCOPY Resolution: 2.2 Å Organism(s): Escherichia Coli Bw25113 , Synthetic Construct Sequences Data: 8R6C_0 , 8R6C_D , 8R6C_E , 8R6C_F , 8R6C_G , 8R6C_H , 8R6C_I , 8R6C_J , 8R6C_K , 8R6C_L , 8R6C_M , 8R6C_1 , 8R6C_N , 8R6C_O , 8R6C_P , 8R6C_Q , 8R6C_R , 8R6C_S , 8R6C_T , 8R6C_U , 8R6C_X , 8R6C_Y , 8R6C_2 , 8R6C_Z , 8R6C_A , 8R6C_B , 8R6C_C , 8R6C_3 , 8R6C_4 , 8R6C_V , 8R6C_W , 8R6C_6 , 8R6C_5
8R8M
70s escherichia coli ribosome with paenilamicin b2 bound with hybrid a/p- and hybrid p/e-trna. Deposition Author(s): Koller, T.O. , Wilson, D.N.
Date: 2023-11-29 Method: ELECTRON MICROSCOPY Resolution: 2.4 Å Organism(s): Escherichia Coli Bw25113 , Synthetic Construct Sequences Data: 8R8M_0 , 8R8M_G , 8R8M_H , 8R8M_I , 8R8M_J , 8R8M_K , 8R8M_L , 8R8M_M , 8R8M_N , 8R8M_O , 8R8M_P , 8R8M_1 , 8R8M_Q , 8R8M_R , 8R8M_S , 8R8M_T , 8R8M_U , 8R8M_V , 8R8M_W , 8R8M_X , 8R8M_Y , 8R8M_Z , 8R8M_2 , 8R8M_4 , 8R8M_A , 8R8M_C , 8R8M_3 , 8R8M_B , 8R8M_D , 8R8M_E , 8R8M_F , 8R8M_5
8S1P
Ylmh bound to ptrna-50s Deposition Author(s): Dimitrova-Paternoga, L. , Paternoga, H. , Wilson, D.N.
Date: 2024-02-15 Method: ELECTRON MICROSCOPY Resolution: 1.96 Å Organism(s): Bacillus Subtilis Subsp. Subtilis Str. 168 Sequences Data: 8S1P_3 , 8S1P_G , 8S1P_J , 8S1P_K , 8S1P_L , 8S1P_M , 8S1P_N , 8S1P_O , 8S1P_P , 8S1P_Q , 8S1P_R , 8S1P_4 , 8S1P_S , 8S1P_T , 8S1P_U , 8S1P_W , 8S1P_X , 8S1P_Y , 8S1P_Z , 8S1P_B , 8S1P_V , 8S1P_A , 8S1P_6 , 8S1P_0 , 8S1P_1 , 8S1P_2 , 8S1P_C , 8S1P_D , 8S1P_E , 8S1P_F
8S1U
Ylmh bound to stalled 50s subunits with rqch and ptrna Deposition Author(s): Paternoga, H. , Wilson, D.N.
Date: 2024-02-16 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Bacillus Subtilis Subsp. Subtilis Str. 168 Sequences Data: 8S1U_C , 8S1U_A , 8S1U_D , 8S1U_E , 8S1U_F , 8S1U_G , 8S1U_J , 8S1U_K , 8S1U_L , 8S1U_M , 8S1U_N , 8S1U_O , 8S1U_0 , 8S1U_P , 8S1U_Q , 8S1U_R , 8S1U_S , 8S1U_T , 8S1U_U , 8S1U_V , 8S1U_W , 8S1U_X , 8S1U_Y , 8S1U_1 , 8S1U_Z , 8S1U_H , 8S1U_2 , 8S1U_3 , 8S1U_4 , 8S1U_6 , 8S1U_B