Search Query :
9O2X
Structure of wt e.coli ribosome 70s subunit with complexed with mrna, p-site fmet-nh-trnafmet and a-site (s)-betahydroxybock charged nh-trnapyl Deposition Author(s): Cate, J. , Hamlish, N. , Kent, A. , Majumdar, C. , Zhu, C.
Date: 2025-04-04 Method: ELECTRON MICROSCOPY Resolution: 2.29 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 9O2X_0 , 9O2X_G , 9O2X_H , 9O2X_I , 9O2X_J , 9O2X_K , 9O2X_L , 9O2X_M , 9O2X_N , 9O2X_O , 9O2X_P , 9O2X_1 , 9O2X_Q , 9O2X_R , 9O2X_S , 9O2X_T , 9O2X_U , 9O2X_X , 9O2X_Z , 9O2X_B , 9O2X_C , 9O2X_D , 9O2X_2 , 9O2X_E , 9O2X_F , 9O2X_3 , 9O2X_V , 9O2X_W , 9O2X_Y , 9O2X_A , 9O2X_4
9O2Y
Structure of wt e.coli ribosome 70s subunit with complexed with mrna, p-site fmet-nh-trnafmet and a-site (r) beta-2-hydroxy-boclysine acid charged nh-trnapyl Deposition Author(s): Cate, J.H.D. , Majumdar, C.
Date: 2025-04-04 Method: ELECTRON MICROSCOPY Resolution: 2.14 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 9O2Y_A , 9O2Y_J , 9O2Y_K , 9O2Y_L , 9O2Y_M , 9O2Y_N , 9O2Y_O , 9O2Y_P , 9O2Y_Q , 9O2Y_R , 9O2Y_S , 9O2Y_B , 9O2Y_T , 9O2Y_U , 9O2Y_X , 9O2Y_Z , 9O2Y_C , 9O2Y_D , 9O2Y_E , 9O2Y_F , 9O2Y_G , 9O2Y_H , 9O2Y_I , 9O2Y_V , 9O2Y_W , 9O2Y_Y , 9O2Y_0 , 9O2Y_1 , 9O2Y_2 , 9O2Y_3 , 9O2Y_4
9O3H
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with macrolide erythromycin, mrna, aminoacylated a-site lys-trnalys, p-site fmrc-peptidyl-trnamet, and deacylated e-site trnalys at 2.65a resolution Deposition Author(s): Aleksandrova, E.V. , Kruglov, A.A. , Paranjpe, M.N. , Polikanov, Y.S. , Svetlov, M.S. , Syroegin, E.A.
Date: 2025-04-07 Method: X-RAY DIFFRACTION Resolution: 2.65 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9O3H_1A , 9O3H_2A , 9O3H_1O , 9O3H_2O , 9O3H_1P , 9O3H_2P , 9O3H_1Q , 9O3H_2Q , 9O3H_1R , 9O3H_2R , 9O3H_1S , 9O3H_2S , 9O3H_1T , 9O3H_2T , 9O3H_1U , 9O3H_2U , 9O3H_1V , 9O3H_2V , 9O3H_1W , 9O3H_2W , 9O3H_1X , 9O3H_2X , 9O3H_1B , 9O3H_2B , 9O3H_1Y , 9O3H_2Y , 9O3H_1Z , 9O3H_2Z , 9O3H_10 , 9O3H_20 , 9O3H_11 , 9O3H_21 , 9O3H_12 , 9O3H_22 , 9O3H_13 , 9O3H_23 , 9O3H_14 , 9O3H_24 , 9O3H_15 , 9O3H_25 , 9O3H_16 , 9O3H_26 , 9O3H_17 , 9O3H_27 , 9O3H_1D , 9O3H_2D , 9O3H_18 , 9O3H_28 , 9O3H_19 , 9O3H_29 , 9O3H_1C , 9O3H_2C , 9O3H_1E , 9O3H_2E , 9O3H_1F , 9O3H_2F , 9O3H_1G , 9O3H_2G , 9O3H_1H , 9O3H_2H , 9O3H_1I , 9O3H_2I , 9O3H_1J , 9O3H_2J , 9O3H_1K , 9O3H_2K , 9O3H_1L , 9O3H_2L , 9O3H_1M , 9O3H_2M , 9O3H_1N , 9O3H_2N
9O3I
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with ketolide telithromycin, mrna, aminoacylated a-site lys-trnalys, p-site fmrc-peptidyl-trnamet, and deacylated e-site trnalys at 2.80a resolution Deposition Author(s): Aleksandrova, E.V. , Kruglov, A.A. , Paranjpe, M.N. , Polikanov, Y.S. , Svetlov, M.S. , Syroegin, E.A.
Date: 2025-04-07 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9O3I_1A , 9O3I_2A , 9O3I_1O , 9O3I_2O , 9O3I_1P , 9O3I_2P , 9O3I_1Q , 9O3I_2Q , 9O3I_1R , 9O3I_2R , 9O3I_1S , 9O3I_2S , 9O3I_1T , 9O3I_2T , 9O3I_1U , 9O3I_2U , 9O3I_1V , 9O3I_2V , 9O3I_1W , 9O3I_2W , 9O3I_1X , 9O3I_2X , 9O3I_1B , 9O3I_2B , 9O3I_1Y , 9O3I_2Y , 9O3I_1Z , 9O3I_2Z , 9O3I_10 , 9O3I_20 , 9O3I_11 , 9O3I_21 , 9O3I_12 , 9O3I_22 , 9O3I_13 , 9O3I_23 , 9O3I_14 , 9O3I_24 , 9O3I_15 , 9O3I_25 , 9O3I_16 , 9O3I_26 , 9O3I_17 , 9O3I_27 , 9O3I_1D , 9O3I_2D , 9O3I_18 , 9O3I_28 , 9O3I_19 , 9O3I_29 , 9O3I_1C , 9O3I_2C , 9O3I_1E , 9O3I_2E , 9O3I_1F , 9O3I_2F , 9O3I_1G , 9O3I_2G , 9O3I_1H , 9O3I_2H , 9O3I_1I , 9O3I_2I , 9O3I_1J , 9O3I_2J , 9O3I_1K , 9O3I_2K , 9O3I_1L , 9O3I_2L , 9O3I_1M , 9O3I_2M , 9O3I_1N , 9O3I_2N
9O3J
Crystal structure of the wild-type drug-free thermus thermophilus 70s ribosome in complex with mrna, aminoacylated a-site lys-trnalys, p-site fmrc-peptidyl-trnamet, and deacylated e-site trnalys at 2.60a resolution Deposition Author(s): Aleksandrova, E.V. , Kruglov, A.A. , Paranjpe, M.N. , Polikanov, Y.S. , Svetlov, M.S. , Syroegin, E.A.
Date: 2025-04-07 Method: X-RAY DIFFRACTION Resolution: 2.6 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9O3J_1A , 9O3J_2A , 9O3J_1O , 9O3J_2O , 9O3J_1P , 9O3J_2P , 9O3J_1Q , 9O3J_2Q , 9O3J_1R , 9O3J_2R , 9O3J_1S , 9O3J_2S , 9O3J_1T , 9O3J_2T , 9O3J_1U , 9O3J_2U , 9O3J_1V , 9O3J_2V , 9O3J_1W , 9O3J_2W , 9O3J_1X , 9O3J_2X , 9O3J_1B , 9O3J_2B , 9O3J_1Y , 9O3J_2Y , 9O3J_1Z , 9O3J_2Z , 9O3J_10 , 9O3J_20 , 9O3J_11 , 9O3J_21 , 9O3J_12 , 9O3J_22 , 9O3J_13 , 9O3J_23 , 9O3J_14 , 9O3J_24 , 9O3J_15 , 9O3J_25 , 9O3J_16 , 9O3J_26 , 9O3J_17 , 9O3J_27 , 9O3J_1D , 9O3J_2D , 9O3J_18 , 9O3J_28 , 9O3J_19 , 9O3J_29 , 9O3J_1C , 9O3J_2C , 9O3J_1E , 9O3J_2E , 9O3J_1F , 9O3J_2F , 9O3J_1G , 9O3J_2G , 9O3J_1H , 9O3J_2H , 9O3J_1I , 9O3J_2I , 9O3J_1J , 9O3J_2J , 9O3J_1K , 9O3J_2K , 9O3J_1L , 9O3J_2L , 9O3J_1M , 9O3J_2M , 9O3J_1N , 9O3J_2N
9O3K
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with macrolide erythromycin, mrna, aminoacylated a-site lys-trnalys, p-site fmac-peptidyl-trnamet, and deacylated e-site trnalys at 2.70a resolution Deposition Author(s): Aleksandrova, E.V. , Kruglov, A.A. , Paranjpe, M.N. , Polikanov, Y.S. , Svetlov, M.S. , Syroegin, E.A.
Date: 2025-04-07 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9O3K_1A , 9O3K_2A , 9O3K_1O , 9O3K_2O , 9O3K_1P , 9O3K_2P , 9O3K_1Q , 9O3K_2Q , 9O3K_1R , 9O3K_2R , 9O3K_1S , 9O3K_2S , 9O3K_1T , 9O3K_2T , 9O3K_1U , 9O3K_2U , 9O3K_1V , 9O3K_2V , 9O3K_1W , 9O3K_2W , 9O3K_1X , 9O3K_2X , 9O3K_1B , 9O3K_2B , 9O3K_1Y , 9O3K_2Y , 9O3K_1Z , 9O3K_2Z , 9O3K_10 , 9O3K_20 , 9O3K_11 , 9O3K_21 , 9O3K_12 , 9O3K_22 , 9O3K_13 , 9O3K_23 , 9O3K_14 , 9O3K_24 , 9O3K_15 , 9O3K_25 , 9O3K_16 , 9O3K_26 , 9O3K_17 , 9O3K_27 , 9O3K_1D , 9O3K_2D , 9O3K_18 , 9O3K_28 , 9O3K_19 , 9O3K_29 , 9O3K_1C , 9O3K_2C , 9O3K_1E , 9O3K_2E , 9O3K_1F , 9O3K_2F , 9O3K_1G , 9O3K_2G , 9O3K_1H , 9O3K_2H , 9O3K_1I , 9O3K_2I , 9O3K_1J , 9O3K_2J , 9O3K_1K , 9O3K_2K , 9O3K_1L , 9O3K_2L , 9O3K_1M , 9O3K_2M , 9O3K_1N , 9O3K_2N
9O3L
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with macrolide erythromycin, mrna, deacylated a-site trnaphe, p-site fmrc-peptidyl-trnamet, and deacylated e-site trnaphe at 2.75a resolution Deposition Author(s): Aleksandrova, E.V. , Kruglov, A.A. , Paranjpe, M.N. , Polikanov, Y.S. , Svetlov, M.S. , Syroegin, E.A.
Date: 2025-04-07 Method: X-RAY DIFFRACTION Resolution: 2.75 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9O3L_1A , 9O3L_2A , 9O3L_1O , 9O3L_2O , 9O3L_1P , 9O3L_2P , 9O3L_1Q , 9O3L_2Q , 9O3L_1R , 9O3L_2R , 9O3L_1S , 9O3L_2S , 9O3L_1T , 9O3L_2T , 9O3L_1U , 9O3L_2U , 9O3L_1V , 9O3L_2V , 9O3L_1W , 9O3L_2W , 9O3L_1X , 9O3L_2X , 9O3L_1B , 9O3L_2B , 9O3L_1Y , 9O3L_2Y , 9O3L_1Z , 9O3L_2Z , 9O3L_10 , 9O3L_20 , 9O3L_11 , 9O3L_21 , 9O3L_12 , 9O3L_22 , 9O3L_13 , 9O3L_23 , 9O3L_14 , 9O3L_24 , 9O3L_15 , 9O3L_25 , 9O3L_16 , 9O3L_26 , 9O3L_17 , 9O3L_27 , 9O3L_1D , 9O3L_2D , 9O3L_18 , 9O3L_28 , 9O3L_19 , 9O3L_29 , 9O3L_1C , 9O3L_2C , 9O3L_1E , 9O3L_2E , 9O3L_1F , 9O3L_2F , 9O3L_1G , 9O3L_2G , 9O3L_1H , 9O3L_2H , 9O3L_1I , 9O3L_2I , 9O3L_1J , 9O3L_2J , 9O3L_1K , 9O3L_2K , 9O3L_1L , 9O3L_2L , 9O3L_1M , 9O3L_2M , 9O3L_1N , 9O3L_2N
9O40
Cryo-em structure of tolqr conformation1 in sma nanodiscs Deposition Author(s): Luo, Y.B. , Shen, C.R.
Date: 2025-04-08 Method: ELECTRON MICROSCOPY Resolution: 2.92 Å Organism(s): Escherichia Coli Sequences Data: 9O40_A , 9O40_B , 9O40_C , 9O40_D , 9O40_E , 9O40_F , 9O40_G
9O4A
Ec83 retron ptuab mutant complex Deposition Author(s): Fu, T.M. , Rish, A. , Wang, C.
Date: 2025-04-08 Method: ELECTRON MICROSCOPY Resolution: 2.8 Å Organism(s): Escherichia Coli Sequences Data: 9O4A_A , 9O4A_B , 9O4A_C
9O4E
Ecavs2 bound to phage phiv-1 terminase Deposition Author(s): Gao, A. , Wilkinson, M.E.
Date: 2025-04-08 Method: ELECTRON MICROSCOPY Resolution: 2.33 Å Organism(s): Escherichia Coli , Escherichia Phage Phiv-1 Sequences Data: 9O4E_A , 9O4E_B , 9O4E_C , 9O4E_D , 9O4E_E , 9O4E_F , 9O4E_G , 9O4E_H