Search Query :
5LZD
Structure of selb-sec-trnasec bound to the 70s ribosome in the gtpase activated state (ga) Deposition Author(s): Bock, L.V. , Ficner, R. , Fischer, N. , Grubmueller, H. , Konevega, A.L. , Maracci, C. , Neumann, P. , Paleskava, A. , Rodnina, M.V. , Schroeder, G.F. , Stark, H. , Wang, Z.
Date: 2016-09-29 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 5LZD_A , 5LZD_J , 5LZD_K , 5LZD_L , 5LZD_M , 5LZD_N , 5LZD_O , 5LZD_P , 5LZD_Q , 5LZD_R , 5LZD_S , 5LZD_B , 5LZD_T , 5LZD_U , 5LZD_V , 5LZD_X , 5LZD_Y , 5LZD_Z , 5LZD_C , 5LZD_D , 5LZD_E , 5LZD_F , 5LZD_G , 5LZD_I , 5LZD_H , 5LZD_W , 5LZD_0 , 5LZD_1 , 5LZD_2 , 5LZD_3 , 5LZD_4 , 5LZD_6
5LZE
Structure of the 70s ribosome with sec-trnasec in the classical pre-translocation state (c) Deposition Author(s): Bock, L.V. , Ficner, R. , Fischer, N. , Grubmueller, H. , Konevega, A.L. , Maracci, C. , Neumann, P. , Paleskava, A. , Rodnina, M.V. , Schroeder, G.F. , Stark, H. , Wang, Z.
Date: 2016-09-29 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 5LZE_A , 5LZE_J , 5LZE_K , 5LZE_L , 5LZE_M , 5LZE_N , 5LZE_O , 5LZE_P , 5LZE_Q , 5LZE_R , 5LZE_S , 5LZE_B , 5LZE_T , 5LZE_U , 5LZE_V , 5LZE_X , 5LZE_Y , 5LZE_C , 5LZE_D , 5LZE_E , 5LZE_F , 5LZE_G , 5LZE_I , 5LZE_H , 5LZE_W , 5LZE_Z , 5LZE_0 , 5LZE_1 , 5LZE_2 , 5LZE_3 , 5LZE_4 , 5LZE_6
5LZF
Structure of the 70s ribosome with fmetsec-trnasec in the hybrid pre-translocation state (h) Deposition Author(s): Bock, L.V. , Ficner, R. , Fischer, N. , Grubmueller, H. , Konevega, A.L. , Maracci, C. , Neumann, P. , Paleskava, A. , Rodnina, M.V. , Schroeder, G.F. , Stark, H. , Wang, Z.
Date: 2016-09-29 Method: ELECTRON MICROSCOPY Resolution: 4.6 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 5LZF_A , 5LZF_J , 5LZF_K , 5LZF_L , 5LZF_M , 5LZF_N , 5LZF_O , 5LZF_P , 5LZF_Q , 5LZF_R , 5LZF_S , 5LZF_B , 5LZF_T , 5LZF_U , 5LZF_V , 5LZF_X , 5LZF_Y , 5LZF_C , 5LZF_D , 5LZF_E , 5LZF_F , 5LZF_G , 5LZF_I , 5LZF_H , 5LZF_W , 5LZF_Z , 5LZF_0 , 5LZF_1 , 5LZF_2 , 5LZF_3 , 5LZF_4 , 5LZF_6
5VP2
Crystal structure of the thermus thermophilus 70s ribosome in complex with madumycin ii and bound to mrna and a-, p- and e-site trnas at 2.8a resolution Deposition Author(s): Bogdanov, A.A. , Dontsova, O.A. , Kartsev, V.G. , Kasatsky, P. , Khabibullina, N.F. , Komarova, E.S. , Konevega, A.L. , Osterman, I.A. , Polikanov, Y.S. , Sergiev, P.V.
Date: 2017-05-04 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 5VP2_1A , 5VP2_2A , 5VP2_1O , 5VP2_2O , 5VP2_1P , 5VP2_2P , 5VP2_1Q , 5VP2_2Q , 5VP2_1R , 5VP2_2R , 5VP2_1S , 5VP2_2S , 5VP2_1T , 5VP2_2T , 5VP2_1U , 5VP2_2U , 5VP2_1V , 5VP2_2V , 5VP2_1W , 5VP2_2W , 5VP2_1X , 5VP2_2X , 5VP2_1B , 5VP2_2B , 5VP2_1Y , 5VP2_2Y , 5VP2_1Z , 5VP2_2Z , 5VP2_10 , 5VP2_20 , 5VP2_11 , 5VP2_21 , 5VP2_12 , 5VP2_22 , 5VP2_13 , 5VP2_23 , 5VP2_14 , 5VP2_24 , 5VP2_15 , 5VP2_25 , 5VP2_16 , 5VP2_26 , 5VP2_17 , 5VP2_27 , 5VP2_1D , 5VP2_2D , 5VP2_18 , 5VP2_28 , 5VP2_19 , 5VP2_29 , 5VP2_1C , 5VP2_2C , 5VP2_1E , 5VP2_2E , 5VP2_1F , 5VP2_2F , 5VP2_1G , 5VP2_2G , 5VP2_1H , 5VP2_2H , 5VP2_1I , 5VP2_2I , 5VP2_1J , 5VP2_2J , 5VP2_1K , 5VP2_2K , 5VP2_1L , 5VP2_2L , 5VP2_1M , 5VP2_2M , 5VP2_1N , 5VP2_2N
5W4K
Crystal structure of the thermus thermophilus 70s ribosome in complex with klebsazolicin and bound to mrna and a-, p- and e-site trnas at 2.7a resolution Deposition Author(s): Artamonova, T. , Ghilarov, D. , Khabibullina, N.F. , Khodorkovskii, M. , Komarova, E.S. , Konevega, A.L. , Metelev, M. , Osterman, I.A. , Polikanov, Y.S. , Serebryakova, M. , Sergiev, P.V. , Severinov, K. , Shabalin, K. , Travin, D.Y. , Utkina, I. , Yakimov, A.
Date: 2017-06-12 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Escherichia Coli , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 5W4K_1A , 5W4K_2A , 5W4K_1O , 5W4K_2O , 5W4K_1P , 5W4K_2P , 5W4K_1Q , 5W4K_2Q , 5W4K_1R , 5W4K_2R , 5W4K_1S , 5W4K_2S , 5W4K_1T , 5W4K_2T , 5W4K_1U , 5W4K_2U , 5W4K_1V , 5W4K_2V , 5W4K_1W , 5W4K_2W , 5W4K_1X , 5W4K_2X , 5W4K_1B , 5W4K_2B , 5W4K_1Y , 5W4K_2Y , 5W4K_1Z , 5W4K_2Z , 5W4K_10 , 5W4K_20 , 5W4K_11 , 5W4K_21 , 5W4K_12 , 5W4K_22 , 5W4K_13 , 5W4K_23 , 5W4K_14 , 5W4K_24 , 5W4K_15 , 5W4K_25 , 5W4K_16 , 5W4K_26 , 5W4K_17 , 5W4K_27 , 5W4K_1D , 5W4K_2D , 5W4K_18 , 5W4K_28 , 5W4K_19 , 5W4K_29 , 5W4K_1C , 5W4K_2C , 5W4K_1E , 5W4K_2E , 5W4K_1F , 5W4K_2F , 5W4K_1G , 5W4K_2G , 5W4K_1H , 5W4K_2H , 5W4K_1I , 5W4K_2I , 5W4K_1J , 5W4K_2J , 5W4K_1K , 5W4K_2K , 5W4K_1L , 5W4K_2L , 5W4K_1M , 5W4K_2M , 5W4K_1N , 5W4K_2N , 5W4K_A , 5W4K_B
6CFJ
Crystal structure of the thermus thermophilus 70s ribosome in complex with histidyl-cam and bound to mrna and a-, p-, and e-site trnas at 2.8a resolution Deposition Author(s): Bogdanov, A.A. , Dobosz-Bartoszek, M. , Kasatsky, P. , Komarova, E.S. , Konevega, A.L. , Mankin, A.S. , Marks, J. , Osterman, I.A. , Polikanov, Y.S. , Rodin, I.A. , Sergeeva, V.A. , Sergiev, P.V. , Stavrianidi, A.N. , Sumbatyan, N.V. , Tereshchenkov, A.G.
Date: 2018-02-15 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli , Salmonella Enterica Subsp. Enterica Serovar Gallinarum Str. 287/91 , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Synthetic Construct Sequences Data: 6CFJ_1A , 6CFJ_2A , 6CFJ_1O , 6CFJ_2O , 6CFJ_1P , 6CFJ_2P , 6CFJ_1Q , 6CFJ_2Q , 6CFJ_1R , 6CFJ_2R , 6CFJ_1S , 6CFJ_2S , 6CFJ_1T , 6CFJ_2T , 6CFJ_1U , 6CFJ_2U , 6CFJ_1V , 6CFJ_2V , 6CFJ_1W , 6CFJ_2W , 6CFJ_1X , 6CFJ_2X , 6CFJ_1B , 6CFJ_2B , 6CFJ_1Y , 6CFJ_2Y , 6CFJ_1Z , 6CFJ_2Z , 6CFJ_10 , 6CFJ_20 , 6CFJ_11 , 6CFJ_21 , 6CFJ_12 , 6CFJ_22 , 6CFJ_13 , 6CFJ_23 , 6CFJ_14 , 6CFJ_24 , 6CFJ_15 , 6CFJ_25 , 6CFJ_16 , 6CFJ_26 , 6CFJ_17 , 6CFJ_27 , 6CFJ_1D , 6CFJ_2D , 6CFJ_18 , 6CFJ_28 , 6CFJ_19 , 6CFJ_29 , 6CFJ_1C , 6CFJ_2C , 6CFJ_1E , 6CFJ_2E , 6CFJ_1F , 6CFJ_2F , 6CFJ_1G , 6CFJ_2G , 6CFJ_1H , 6CFJ_2H , 6CFJ_1I , 6CFJ_2I , 6CFJ_1J , 6CFJ_2J , 6CFJ_1K , 6CFJ_2K , 6CFJ_1L , 6CFJ_2L , 6CFJ_1M , 6CFJ_2M , 6CFJ_1N , 6CFJ_2N
6CFK
Crystal structure of the thermus thermophilus 70s ribosome in complex with d-histidyl-cam and bound to protein y (yfia) at 2.7a resolution Deposition Author(s): Bogdanov, A.A. , Dobosz-Bartoszek, M. , Kasatsky, P. , Komarova, E.S. , Konevega, A.L. , Mankin, A.S. , Marks, J. , Osterman, I.A. , Polikanov, Y.S. , Rodin, I.A. , Sergeeva, V.A. , Sergiev, P.V. , Stavrianidi, A.N. , Sumbatyan, N.V. , Tereshchenkov, A.G.
Date: 2018-02-15 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Escherichia Coli (Strain K12) , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) Sequences Data: 6CFK_1A , 6CFK_2A , 6CFK_1O , 6CFK_2O , 6CFK_1P , 6CFK_2P , 6CFK_1Q , 6CFK_2Q , 6CFK_1R , 6CFK_2R , 6CFK_1S , 6CFK_2S , 6CFK_1T , 6CFK_2T , 6CFK_1U , 6CFK_2U , 6CFK_1V , 6CFK_2V , 6CFK_1W , 6CFK_2W , 6CFK_1X , 6CFK_2X , 6CFK_1B , 6CFK_2B , 6CFK_1Y , 6CFK_2Y , 6CFK_1Z , 6CFK_2Z , 6CFK_10 , 6CFK_20 , 6CFK_11 , 6CFK_21 , 6CFK_12 , 6CFK_22 , 6CFK_13 , 6CFK_23 , 6CFK_14 , 6CFK_24 , 6CFK_15 , 6CFK_25 , 6CFK_16 , 6CFK_26 , 6CFK_17 , 6CFK_27 , 6CFK_1D , 6CFK_2D , 6CFK_18 , 6CFK_28 , 6CFK_19 , 6CFK_29 , 6CFK_1C , 6CFK_2C , 6CFK_1E , 6CFK_2E , 6CFK_1F , 6CFK_2F , 6CFK_1G , 6CFK_2G , 6CFK_1H , 6CFK_2H , 6CFK_1I , 6CFK_2I , 6CFK_1J , 6CFK_2J , 6CFK_1K , 6CFK_2K , 6CFK_1L , 6CFK_2L , 6CFK_1M , 6CFK_2M , 6CFK_1N , 6CFK_2N
6CFL
Crystal structure of the thermus thermophilus 70s ribosome in complex with lysyl-cam and bound to protein y (yfia) at 2.6a resolution Deposition Author(s): Bogdanov, A.A. , Dobosz-Bartoszek, M. , Kasatsky, P. , Komarova, E.S. , Konevega, A.L. , Mankin, A.S. , Marks, J. , Osterman, I.A. , Polikanov, Y.S. , Rodin, I.A. , Sergeeva, V.A. , Sergiev, P.V. , Stavrianidi, A.N. , Sumbatyan, N.V. , Tereshchenkov, A.G.
Date: 2018-02-15 Method: X-RAY DIFFRACTION Resolution: 2.6 Å Organism(s): Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) Sequences Data: 6CFL_1A , 6CFL_2A , 6CFL_1O , 6CFL_2O , 6CFL_1P , 6CFL_2P , 6CFL_1Q , 6CFL_2Q , 6CFL_1R , 6CFL_2R , 6CFL_1S , 6CFL_2S , 6CFL_1T , 6CFL_2T , 6CFL_1U , 6CFL_2U , 6CFL_1V , 6CFL_2V , 6CFL_1W , 6CFL_2W , 6CFL_1X , 6CFL_2X , 6CFL_1B , 6CFL_2B , 6CFL_1Y , 6CFL_2Y , 6CFL_1Z , 6CFL_2Z , 6CFL_10 , 6CFL_20 , 6CFL_11 , 6CFL_21 , 6CFL_12 , 6CFL_22 , 6CFL_13 , 6CFL_23 , 6CFL_14 , 6CFL_24 , 6CFL_15 , 6CFL_25 , 6CFL_16 , 6CFL_26 , 6CFL_17 , 6CFL_27 , 6CFL_1D , 6CFL_2D , 6CFL_18 , 6CFL_28 , 6CFL_19 , 6CFL_29 , 6CFL_1C , 6CFL_2C , 6CFL_1E , 6CFL_2E , 6CFL_1F , 6CFL_2F , 6CFL_1G , 6CFL_2G , 6CFL_1H , 6CFL_2H , 6CFL_1I , 6CFL_2I , 6CFL_1J , 6CFL_2J , 6CFL_1K , 6CFL_2K , 6CFL_1L , 6CFL_2L , 6CFL_1M , 6CFL_2M , 6CFL_1N , 6CFL_2N
6OF1
Crystal structure of the thermus thermophilus 70s ribosome in complex with dirithromycin and bound to mrna and a-, p-, and e-site trnas at 2.80a resolution Deposition Author(s): Bogdanov, A.A. , Dontsova, O.A. , Kartsev, V.G. , Khabibullina, N.F. , Komarova, E.S. , Konevega, A.L. , Osterman, I.A. , Paleskava, A. , Polikanov, Y.S. , Sergiev, P.V. , Shiriaev, D.I. , Syroegin, E.A. , Tereshchenkov, A.G.
Date: 2019-03-28 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 6OF1_1A , 6OF1_2A , 6OF1_1O , 6OF1_2O , 6OF1_1P , 6OF1_2P , 6OF1_1Q , 6OF1_2Q , 6OF1_1R , 6OF1_2R , 6OF1_1S , 6OF1_2S , 6OF1_1T , 6OF1_2T , 6OF1_1U , 6OF1_2U , 6OF1_1V , 6OF1_2V , 6OF1_1W , 6OF1_2W , 6OF1_1X , 6OF1_2X , 6OF1_1B , 6OF1_2B , 6OF1_1Y , 6OF1_2Y , 6OF1_1Z , 6OF1_2Z , 6OF1_10 , 6OF1_20 , 6OF1_11 , 6OF1_21 , 6OF1_12 , 6OF1_22 , 6OF1_13 , 6OF1_23 , 6OF1_14 , 6OF1_24 , 6OF1_15 , 6OF1_25 , 6OF1_16 , 6OF1_26 , 6OF1_17 , 6OF1_27 , 6OF1_1D , 6OF1_2D , 6OF1_18 , 6OF1_28 , 6OF1_19 , 6OF1_29 , 6OF1_1C , 6OF1_2C , 6OF1_1E , 6OF1_2E , 6OF1_1F , 6OF1_2F , 6OF1_1G , 6OF1_2G , 6OF1_1H , 6OF1_2H , 6OF1_1I , 6OF1_2I , 6OF1_1J , 6OF1_2J , 6OF1_1K , 6OF1_2K , 6OF1_1L , 6OF1_2L , 6OF1_1M , 6OF1_2M , 6OF1_1N , 6OF1_2N
6XZ7
E. coli 50s ribosomal subunit in complex with dirithromycin, fmet-phe-trna(phe) and deacylated trna(imet). Deposition Author(s): Konevega, A.L. , Myasnikov, A.G. , Pichkur, E.B. , Polikanov, Y.S.
Date: 2020-02-03 Method: ELECTRON MICROSCOPY Resolution: 2.1 Å Organism(s): Escherichia Coli (Strain K12) , Saccharomyces Cerevisiae Sequences Data: 6XZ7_A , 6XZ7_J , 6XZ7_K , 6XZ7_L , 6XZ7_M , 6XZ7_N , 6XZ7_O , 6XZ7_P , 6XZ7_Q , 6XZ7_R , 6XZ7_S , 6XZ7_B , 6XZ7_T , 6XZ7_U , 6XZ7_V , 6XZ7_W , 6XZ7_X , 6XZ7_Y , 6XZ7_Z , 6XZ7_C , 6XZ7_D , 6XZ7_E , 6XZ7_F , 6XZ7_G , 6XZ7_H , 6XZ7_I