Search Query :
4V8E
Crystal structure analysis of ribosomal decoding (near-cognate trna-tyr complex). Deposition Author(s): Demeshkina, N. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2011-12-07 Method: X-RAY DIFFRACTION Resolution: 3.3 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V8E_AA , 4V8E_CA , 4V8E_AN , 4V8E_CN , 4V8E_AO , 4V8E_CO , 4V8E_AP , 4V8E_CP , 4V8E_A0 , 4V8E_C0 , 4V8E_AQ , 4V8E_CQ , 4V8E_AR , 4V8E_CR , 4V8E_A1 , 4V8E_C1 , 4V8E_A2 , 4V8E_C2 , 4V8E_AS , 4V8E_CS , 4V8E_AT , 4V8E_CT , 4V8E_AB , 4V8E_CB , 4V8E_AU , 4V8E_CU , 4V8E_AV , 4V8E_CV , 4V8E_A3 , 4V8E_C3 , 4V8E_AZ , 4V8E_CZ , 4V8E_AW , 4V8E_CW , 4V8E_AX , 4V8E_CX , 4V8E_A4 , 4V8E_C4 , 4V8E_A5 , 4V8E_C5 , 4V8E_A6 , 4V8E_C6 , 4V8E_A7 , 4V8E_C7 , 4V8E_AD , 4V8E_CD , 4V8E_A8 , 4V8E_C8 , 4V8E_BA , 4V8E_DA , 4V8E_BE , 4V8E_DE , 4V8E_BF , 4V8E_DF , 4V8E_BG , 4V8E_DG , 4V8E_BH , 4V8E_DH , 4V8E_BI , 4V8E_DI , 4V8E_BJ , 4V8E_DJ , 4V8E_BK , 4V8E_DK , 4V8E_BL , 4V8E_DL , 4V8E_AE , 4V8E_CE , 4V8E_BM , 4V8E_DM , 4V8E_BN , 4V8E_DN , 4V8E_BO , 4V8E_DO , 4V8E_BP , 4V8E_DP , 4V8E_BQ , 4V8E_DQ , 4V8E_BR , 4V8E_DR , 4V8E_BS , 4V8E_DS , 4V8E_BT , 4V8E_DT , 4V8E_BU , 4V8E_DU , 4V8E_BV , 4V8E_DV , 4V8E_AF , 4V8E_CF , 4V8E_BW , 4V8E_DW , 4V8E_BX , 4V8E_DX , 4V8E_BB , 4V8E_BD , 4V8E_DB , 4V8E_DD , 4V8E_BC , 4V8E_DC , 4V8E_B1 , 4V8E_D1 , 4V8E_AG , 4V8E_CG , 4V8E_AH , 4V8E_CH , 4V8E_AK , 4V8E_CK , 4V8E_AM , 4V8E_CM
4V8F
Crystal structure analysis of ribosomal decoding (near-cognate trna-ttyr complex with paromomycin). Deposition Author(s): Demeshkina, N. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2011-12-07 Method: X-RAY DIFFRACTION Resolution: 3.3 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V8F_AA , 4V8F_DA , 4V8F_AN , 4V8F_DN , 4V8F_AO , 4V8F_DO , 4V8F_AP , 4V8F_DP , 4V8F_A0 , 4V8F_D0 , 4V8F_AQ , 4V8F_DQ , 4V8F_AR , 4V8F_DR , 4V8F_A1 , 4V8F_D1 , 4V8F_A2 , 4V8F_D2 , 4V8F_AS , 4V8F_DS , 4V8F_AT , 4V8F_DT , 4V8F_AB , 4V8F_DB , 4V8F_AU , 4V8F_DU , 4V8F_AV , 4V8F_DV , 4V8F_A3 , 4V8F_D3 , 4V8F_AZ , 4V8F_DZ , 4V8F_AW , 4V8F_DW , 4V8F_AX , 4V8F_DX , 4V8F_A4 , 4V8F_D4 , 4V8F_A5 , 4V8F_D5 , 4V8F_A6 , 4V8F_D6 , 4V8F_A7 , 4V8F_D7 , 4V8F_AD , 4V8F_DD , 4V8F_A8 , 4V8F_D8 , 4V8F_BA , 4V8F_CA , 4V8F_BE , 4V8F_CE , 4V8F_BF , 4V8F_CF , 4V8F_BG , 4V8F_CG , 4V8F_BH , 4V8F_CH , 4V8F_BI , 4V8F_CI , 4V8F_BJ , 4V8F_CJ , 4V8F_BK , 4V8F_CK , 4V8F_BL , 4V8F_CL , 4V8F_AE , 4V8F_DE , 4V8F_BM , 4V8F_CM , 4V8F_BN , 4V8F_CN , 4V8F_BO , 4V8F_CO , 4V8F_BP , 4V8F_CP , 4V8F_BQ , 4V8F_CQ , 4V8F_BR , 4V8F_CR , 4V8F_BS , 4V8F_CS , 4V8F_BT , 4V8F_CT , 4V8F_BU , 4V8F_CU , 4V8F_BV , 4V8F_CV , 4V8F_AF , 4V8F_DF , 4V8F_BW , 4V8F_CW , 4V8F_BX , 4V8F_CX , 4V8F_BB , 4V8F_BD , 4V8F_CB , 4V8F_CD , 4V8F_BC , 4V8F_CC , 4V8F_B1 , 4V8F_C1 , 4V8F_AG , 4V8F_DG , 4V8F_AH , 4V8F_DH , 4V8F_AK , 4V8F_DK , 4V8F_AM , 4V8F_DM
4V9A
Crystal structure of the 70s ribosome with tetracycline. Deposition Author(s): Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2012-07-18 Method: X-RAY DIFFRACTION Resolution: 3.2999 Å Organism(s): Thermus Thermophilus , Synthetic Construct Sequences Data: 4V9A_AA , 4V9A_CA , 4V9A_AM , 4V9A_CM , 4V9A_AN , 4V9A_CN , 4V9A_AO , 4V9A_CO , 4V9A_AP , 4V9A_CP , 4V9A_AQ , 4V9A_CQ , 4V9A_AR , 4V9A_CR , 4V9A_AS , 4V9A_CS , 4V9A_AT , 4V9A_CT , 4V9A_AU , 4V9A_CU , 4V9A_AV , 4V9A_CV , 4V9A_AE , 4V9A_CE , 4V9A_AW , 4V9A_CW , 4V9A_AX , 4V9A_CX , 4V9A_AC , 4V9A_CC , 4V9A_A1 , 4V9A_C1 , 4V9A_BA , 4V9A_DA , 4V9A_BB , 4V9A_DB , 4V9A_BD , 4V9A_DD , 4V9A_BE , 4V9A_DE , 4V9A_BF , 4V9A_DF , 4V9A_BG , 4V9A_DG , 4V9A_AF , 4V9A_CF , 4V9A_BH , 4V9A_DH , 4V9A_BK , 4V9A_DK , 4V9A_BM , 4V9A_DM , 4V9A_BN , 4V9A_DN , 4V9A_BO , 4V9A_DO , 4V9A_BP , 4V9A_DP , 4V9A_B0 , 4V9A_D0 , 4V9A_BQ , 4V9A_DQ , 4V9A_BR , 4V9A_DR , 4V9A_B1 , 4V9A_D1 , 4V9A_AG , 4V9A_CG , 4V9A_B2 , 4V9A_D2 , 4V9A_BS , 4V9A_DS , 4V9A_BT , 4V9A_DT , 4V9A_BU , 4V9A_DU , 4V9A_BV , 4V9A_DV , 4V9A_B3 , 4V9A_D3 , 4V9A_BZ , 4V9A_DZ , 4V9A_BW , 4V9A_DW , 4V9A_BX , 4V9A_DX , 4V9A_B4 , 4V9A_D4 , 4V9A_AH , 4V9A_CH , 4V9A_B5 , 4V9A_D5 , 4V9A_B6 , 4V9A_D6 , 4V9A_B7 , 4V9A_D7 , 4V9A_B8 , 4V9A_D8 , 4V9A_AI , 4V9A_CI , 4V9A_AJ , 4V9A_CJ , 4V9A_AK , 4V9A_CK , 4V9A_AL , 4V9A_CL
4V9B
Crystal structure of the 70s ribosome with tigecycline. Deposition Author(s): Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2012-07-18 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Thermus Thermophilus , Synthetic Construct Sequences Data: 4V9B_AA , 4V9B_CA , 4V9B_AM , 4V9B_CM , 4V9B_AN , 4V9B_CN , 4V9B_AO , 4V9B_CO , 4V9B_AP , 4V9B_CP , 4V9B_AQ , 4V9B_CQ , 4V9B_AR , 4V9B_CR , 4V9B_AS , 4V9B_CS , 4V9B_AT , 4V9B_CT , 4V9B_AU , 4V9B_CU , 4V9B_AV , 4V9B_CV , 4V9B_AE , 4V9B_CE , 4V9B_AW , 4V9B_CW , 4V9B_AX , 4V9B_CX , 4V9B_AC , 4V9B_AD , 4V9B_CC , 4V9B_CD , 4V9B_A1 , 4V9B_C1 , 4V9B_BA , 4V9B_DA , 4V9B_BB , 4V9B_DB , 4V9B_BD , 4V9B_DD , 4V9B_BE , 4V9B_DE , 4V9B_BF , 4V9B_DF , 4V9B_BG , 4V9B_DG , 4V9B_AF , 4V9B_CF , 4V9B_BH , 4V9B_DH , 4V9B_BK , 4V9B_DK , 4V9B_BM , 4V9B_DM , 4V9B_BN , 4V9B_DN , 4V9B_BO , 4V9B_DO , 4V9B_BP , 4V9B_DP , 4V9B_B0 , 4V9B_D0 , 4V9B_BQ , 4V9B_DQ , 4V9B_BR , 4V9B_DR , 4V9B_B1 , 4V9B_D1 , 4V9B_AG , 4V9B_CG , 4V9B_B2 , 4V9B_D2 , 4V9B_BS , 4V9B_DS , 4V9B_BT , 4V9B_DT , 4V9B_BU , 4V9B_DU , 4V9B_BV , 4V9B_DV , 4V9B_B3 , 4V9B_D3 , 4V9B_BZ , 4V9B_DZ , 4V9B_BW , 4V9B_DW , 4V9B_BX , 4V9B_DX , 4V9B_B4 , 4V9B_D4 , 4V9B_AH , 4V9B_CH , 4V9B_B5 , 4V9B_D5 , 4V9B_B6 , 4V9B_D6 , 4V9B_B7 , 4V9B_D7 , 4V9B_B8 , 4V9B_D8 , 4V9B_AI , 4V9B_CI , 4V9B_AJ , 4V9B_CJ , 4V9B_AK , 4V9B_CK , 4V9B_AL , 4V9B_CL
7OSA
Pre-translocation complex of 80 s.cerevisiae ribosome with eef2 and ligands Deposition Author(s): Demeshkina, N. , Djumagulov, M. , Jenner, L. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2021-06-08 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 7OSA_25S , 7OSA_UL30 , 7OSA_EL8 , 7OSA_UL6 , 7OSA_UL16 , 7OSA_UL5 , 7OSA_EL13 , 7OSA_EL14 , 7OSA_EL15 , 7OSA_UL13 , 7OSA_UL22 , 7OSA_AB , 7OSA_EL18 , 7OSA_EL19 , 7OSA_EL20 , 7OSA_EL21 , 7OSA_EL22 , 7OSA_UL14 , 7OSA_EL24 , 7OSA_UL23 , 7OSA_UL24 , 7OSA_EL27 , 7OSA_58S , 7OSA_UL15 , 7OSA_EL29 , 7OSA_EL30 , 7OSA_EL31 , 7OSA_EL32 , 7OSA_EL33 , 7OSA_EL34 , 7OSA_UL29 , 7OSA_EL36 , 7OSA_EL37 , 7OSA_UL10 , 7OSA_EL38 , 7OSA_EL39 , 7OSA_EL40 , 7OSA_EL41 , 7OSA_EL42 , 7OSA_EL43 , 7OSA_18S , 7OSA_US2 , 7OSA_ES1 , 7OSA_US5 , 7OSA_UL2 , 7OSA_US3 , 7OSA_ES4 , 7OSA_US7 , 7OSA_ES6 , 7OSA_ES7 , 7OSA_ES8 , 7OSA_US4 , 7OSA_ES10 , 7OSA_US17 , 7OSA_ES12 , 7OSA_UL3 , 7OSA_US15 , 7OSA_US11 , 7OSA_US19 , 7OSA_US9 , 7OSA_ES17 , 7OSA_US13 , 7OSA_ES19 , 7OSA_US10 , 7OSA_ES21 , 7OSA_US8 , 7OSA_UL4 , 7OSA_US12 , 7OSA_ES24 , 7OSA_ES25 , 7OSA_ES26 , 7OSA_ES27 , 7OSA_ES28 , 7OSA_US14 , 7OSA_ES30 , 7OSA_RACK , 7OSA_ES31 , 7OSA_UL18 , 7OSA_EEF2 , 7OSA_PSIT , 7OSA_MRNA , 7OSA_UL11 , 7OSA_EL6
7OSM
Intermediate translocation complex of 80 s.cerevisiae ribosome with eef2 and ligands Deposition Author(s): Demeshkina, N. , Djumagulov, M. , Jenner, L. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2021-06-09 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 7OSM_25S , 7OSM_UL30 , 7OSM_EL8 , 7OSM_UL6 , 7OSM_UL16 , 7OSM_UL5 , 7OSM_EL13 , 7OSM_EL14 , 7OSM_EL15 , 7OSM_UL13 , 7OSM_UL22 , 7OSM_AB , 7OSM_EL18 , 7OSM_EL19 , 7OSM_EL20 , 7OSM_EL21 , 7OSM_EL22 , 7OSM_UL14 , 7OSM_EL24 , 7OSM_UL23 , 7OSM_UL24 , 7OSM_EL27 , 7OSM_58S , 7OSM_UL15 , 7OSM_EL29 , 7OSM_EL30 , 7OSM_EL31 , 7OSM_EL32 , 7OSM_EL33 , 7OSM_EL34 , 7OSM_UL29 , 7OSM_EL36 , 7OSM_EL37 , 7OSM_UL10 , 7OSM_EL38 , 7OSM_EL39 , 7OSM_EL40 , 7OSM_EL41 , 7OSM_EL42 , 7OSM_EL43 , 7OSM_18S , 7OSM_US2 , 7OSM_ES1 , 7OSM_US5 , 7OSM_UL2 , 7OSM_US3 , 7OSM_ES4 , 7OSM_US7 , 7OSM_ES6 , 7OSM_ES7 , 7OSM_ES8 , 7OSM_US4 , 7OSM_ES10 , 7OSM_US17 , 7OSM_US15 , 7OSM_UL3 , 7OSM_US11 , 7OSM_US19 , 7OSM_US9 , 7OSM_ES17 , 7OSM_US13 , 7OSM_ES19 , 7OSM_US10 , 7OSM_ES21 , 7OSM_US8 , 7OSM_US12 , 7OSM_UL4 , 7OSM_ES24 , 7OSM_ES25 , 7OSM_ES26 , 7OSM_ES27 , 7OSM_ES28 , 7OSM_US14 , 7OSM_ES30 , 7OSM_RACK , 7OSM_ES31 , 7OSM_EEF2 , 7OSM_UL18 , 7OSM_ASIT , 7OSM_PSIT , 7OSM_MRNA , 7OSM_UL11 , 7OSM_EL6
7PZY
Structure of the vacant candida albicans 80s ribosome Deposition Author(s): Guskov, A. , Jenner, L. , Kolosova, O. , Stetsenko, A. , Yusupov, M. , Yusupova, G. , Zgadzay, Y.
Date: 2021-10-13 Method: ELECTRON MICROSCOPY Resolution: 2.32 Å Organism(s): Candida Albicans Sc5314 Sequences Data: 7PZY_1 , 7PZY_O , 7PZY_P , 7PZY_Q , 7PZY_R , 7PZY_S , 7PZY_T , 7PZY_U , 7PZY_V , 7PZY_W , 7PZY_X , 7PZY_3 , 7PZY_Y , 7PZY_Z , 7PZY_0 , 7PZY_2 , 7PZY_5 , 7PZY_6 , 7PZY_7 , 7PZY_8 , 7PZY_9 , 7PZY_AA , 7PZY_4 , 7PZY_AB , 7PZY_AC , 7PZY_AD , 7PZY_AE , 7PZY_AF , 7PZY_AG , 7PZY_AH , 7PZY_AI , 7PZY_AJ , 7PZY_AK , 7PZY_10 , 7PZY_AL , 7PZY_AM , 7PZY_AN , 7PZY_AO , 7PZY_AP , 7PZY_AQ , 7PZY_I , 7PZY_A , 7PZY_B , 7PZY_C , 7PZY_J , 7PZY_D , 7PZY_E , 7PZY_F , 7PZY_G , 7PZY_H , 7PZY_K , 7PZY_L , 7PZY_M , 7PZY_N
7Q08
Structure of candida albicans 80s ribosome in complex with cycloheximide Deposition Author(s): Guskov, A. , Jenner, L. , Kolosova, O. , Stetsenko, A. , Yusupov, M. , Yusupova, G. , Zgadzay, Y.
Date: 2021-10-14 Method: ELECTRON MICROSCOPY Resolution: 2.56 Å Organism(s): Candida Albicans Sc5314 Sequences Data: 7Q08_1 , 7Q08_P , 7Q08_Q , 7Q08_R , 7Q08_S , 7Q08_T , 7Q08_U , 7Q08_V , 7Q08_W , 7Q08_X , 7Q08_Y , 7Q08_3 , 7Q08_Z , 7Q08_0 , 7Q08_2 , 7Q08_5 , 7Q08_6 , 7Q08_7 , 7Q08_8 , 7Q08_9 , 7Q08_AA , 7Q08_AB , 7Q08_4 , 7Q08_AC , 7Q08_AD , 7Q08_AE , 7Q08_AF , 7Q08_AG , 7Q08_AH , 7Q08_AI , 7Q08_AJ , 7Q08_AK , 7Q08_AL , 7Q08_J , 7Q08_AM , 7Q08_AN , 7Q08_AO , 7Q08_AP , 7Q08_AQ , 7Q08_I , 7Q08_A , 7Q08_B , 7Q08_C , 7Q08_D , 7Q08_K , 7Q08_E , 7Q08_F , 7Q08_G , 7Q08_H , 7Q08_L , 7Q08_M , 7Q08_N , 7Q08_O
7Q0F
Structure of candida albicans 80s ribosome in complex with phyllanthoside Deposition Author(s): Guskov, A. , Jenner, L. , Kolosova, O. , Stetsenko, A. , Yusupov, M. , Yusupova, G. , Zgadzay, Y.
Date: 2021-10-14 Method: ELECTRON MICROSCOPY Resolution: 2.64 Å Organism(s): Candida Albicans , Candida Albicans Sc5314 Sequences Data: 7Q0F_1 , 7Q0F_P , 7Q0F_Q , 7Q0F_R , 7Q0F_S , 7Q0F_T , 7Q0F_U , 7Q0F_V , 7Q0F_W , 7Q0F_X , 7Q0F_Y , 7Q0F_3 , 7Q0F_Z , 7Q0F_0 , 7Q0F_2 , 7Q0F_5 , 7Q0F_6 , 7Q0F_7 , 7Q0F_8 , 7Q0F_9 , 7Q0F_AA , 7Q0F_AB , 7Q0F_4 , 7Q0F_AC , 7Q0F_AD , 7Q0F_AE , 7Q0F_AF , 7Q0F_AG , 7Q0F_AH , 7Q0F_AI , 7Q0F_AJ , 7Q0F_AK , 7Q0F_AL , 7Q0F_J , 7Q0F_AM , 7Q0F_AN , 7Q0F_AO , 7Q0F_AP , 7Q0F_AQ , 7Q0F_I , 7Q0F_A , 7Q0F_B , 7Q0F_C , 7Q0F_D , 7Q0F_K , 7Q0F_E , 7Q0F_F , 7Q0F_G , 7Q0F_H , 7Q0F_L , 7Q0F_M , 7Q0F_N , 7Q0F_O
7Q0P
Structure of the candida albicans 80s ribosome in complex with anisomycin Deposition Author(s): Guskov, A. , Jenner, L. , Kolosova, O. , Stetsenko, A. , Yusupov, M. , Yusupova, G. , Zgadzay, Y.
Date: 2021-10-15 Method: ELECTRON MICROSCOPY Resolution: 2.77 Å Organism(s): Candida Albicans Sc5314 Sequences Data: 7Q0P_1 , 7Q0P_O , 7Q0P_P , 7Q0P_Q , 7Q0P_R , 7Q0P_S , 7Q0P_T , 7Q0P_U , 7Q0P_V , 7Q0P_W , 7Q0P_X , 7Q0P_3 , 7Q0P_Y , 7Q0P_Z , 7Q0P_0 , 7Q0P_2 , 7Q0P_5 , 7Q0P_6 , 7Q0P_7 , 7Q0P_8 , 7Q0P_9 , 7Q0P_AA , 7Q0P_4 , 7Q0P_AB , 7Q0P_AC , 7Q0P_AD , 7Q0P_AE , 7Q0P_AF , 7Q0P_AG , 7Q0P_AH , 7Q0P_AI , 7Q0P_AJ , 7Q0P_AK , 7Q0P_10 , 7Q0P_AL , 7Q0P_AM , 7Q0P_AN , 7Q0P_AO , 7Q0P_AP , 7Q0P_AQ , 7Q0P_I , 7Q0P_A , 7Q0P_B , 7Q0P_C , 7Q0P_J , 7Q0P_D , 7Q0P_E , 7Q0P_F , 7Q0P_G , 7Q0P_H , 7Q0P_K , 7Q0P_L , 7Q0P_M , 7Q0P_N