Search Query :
8CDR
Translocation intermediate 2 (ti-2) of 80s s. cerevisiae ribosome with ligands and eef2 in the presence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-01-31 Method: ELECTRON MICROSCOPY Resolution: 2.04 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CDR_0 , 8CDR_A , 8CDR_AA , 8CDR_B , 8CDR_BB , 8CDR_C , 8CDR_CC , 8CDR_D , 8CDR_1 , 8CDR_DD , 8CDR_E , 8CDR_EE , 8CDR_F , 8CDR_FF , 8CDR_G , 8CDR_GG , 8CDR_H , 8CDR_2 , 8CDR_HH , 8CDR_I , 8CDR_II , 8CDR_J , 8CDR_JJ , 8CDR_K , 8CDR_KK , 8CDR_L , 8CDR_LL , 8CDR_M , 8CDR_3 , 8CDR_MM , 8CDR_N , 8CDR_NN , 8CDR_O , 8CDR_OO , 8CDR_P , 8CDR_PP , 8CDR_Q , 8CDR_QQ , 8CDR_4 , 8CDR_R , 8CDR_S , 8CDR_T , 8CDR_U , 8CDR_V , 8CDR_W , 8CDR_X , 8CDR_Y , 8CDR_Z , 8CDR_5 , 8CDR_6 , 8CDR_7 , 8CDR_8
8CEH
Translocation intermediate 4 (ti-4) of 80s s. cerevisiae ribosome with ligands and eef2 in the presence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-01 Method: ELECTRON MICROSCOPY Resolution: 2.05 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CEH_0 , 8CEH_A , 8CEH_AA , 8CEH_B , 8CEH_BB , 8CEH_C , 8CEH_CC , 8CEH_D , 8CEH_1 , 8CEH_DD , 8CEH_E , 8CEH_EE , 8CEH_F , 8CEH_FF , 8CEH_G , 8CEH_GG , 8CEH_H , 8CEH_2 , 8CEH_HH , 8CEH_I , 8CEH_II , 8CEH_J , 8CEH_JJ , 8CEH_K , 8CEH_KK , 8CEH_L , 8CEH_LL , 8CEH_M , 8CEH_3 , 8CEH_MM , 8CEH_N , 8CEH_NN , 8CEH_O , 8CEH_OO , 8CEH_P , 8CEH_PP , 8CEH_Q , 8CEH_QQ , 8CEH_4 , 8CEH_R , 8CEH_S , 8CEH_T , 8CEH_U , 8CEH_V , 8CEH_W , 8CEH_X , 8CEH_Y , 8CEH_Z , 8CEH_5 , 8CEH_6 , 8CEH_7 , 8CEH_8
8CF5
Translocation intermediate 1 (ti-1) of 80s s. cerevisiae ribosome with ligands and eef2 in the presence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-02 Method: ELECTRON MICROSCOPY Resolution: 2.71 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CF5_0 , 8CF5_A , 8CF5_AA , 8CF5_B , 8CF5_BB , 8CF5_C , 8CF5_CC , 8CF5_D , 8CF5_1 , 8CF5_DD , 8CF5_E , 8CF5_EE , 8CF5_F , 8CF5_FF , 8CF5_G , 8CF5_GG , 8CF5_H , 8CF5_2 , 8CF5_HH , 8CF5_I , 8CF5_II , 8CF5_J , 8CF5_JJ , 8CF5_K , 8CF5_KK , 8CF5_L , 8CF5_LL , 8CF5_M , 8CF5_3 , 8CF5_MM , 8CF5_N , 8CF5_NN , 8CF5_O , 8CF5_OO , 8CF5_P , 8CF5_PP , 8CF5_Q , 8CF5_QQ , 8CF5_4 , 8CF5_R , 8CF5_S , 8CF5_T , 8CF5_U , 8CF5_V , 8CF5_W , 8CF5_X , 8CF5_Y , 8CF5_Z , 8CF5_5 , 8CF5_6 , 8CF5_7 , 8CF5_8
8CG8
Translocation intermediate 3 (ti-3) of 80s s. cerevisiae ribosome with ligands and eef2 in the presence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-03 Method: ELECTRON MICROSCOPY Resolution: 2.57 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CG8_0 , 8CG8_A , 8CG8_AA , 8CG8_B , 8CG8_BB , 8CG8_C , 8CG8_CC , 8CG8_D , 8CG8_1 , 8CG8_DD , 8CG8_E , 8CG8_EE , 8CG8_F , 8CG8_FF , 8CG8_G , 8CG8_GG , 8CG8_H , 8CG8_2 , 8CG8_HH , 8CG8_I , 8CG8_II , 8CG8_J , 8CG8_JJ , 8CG8_K , 8CG8_KK , 8CG8_L , 8CG8_LL , 8CG8_M , 8CG8_3 , 8CG8_MM , 8CG8_N , 8CG8_NN , 8CG8_O , 8CG8_OO , 8CG8_P , 8CG8_PP , 8CG8_Q , 8CG8_QQ , 8CG8_4 , 8CG8_R , 8CG8_S , 8CG8_T , 8CG8_U , 8CG8_V , 8CG8_W , 8CG8_X , 8CG8_Y , 8CG8_Z , 8CG8_5 , 8CG8_6 , 8CG8_7 , 8CG8_8
8CGN
Non-rotated 80s s. cerevisiae ribosome with ligands Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-06 Method: ELECTRON MICROSCOPY Resolution: 2.28 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CGN_0 , 8CGN_A , 8CGN_AA , 8CGN_B , 8CGN_BB , 8CGN_CC , 8CGN_C , 8CGN_D , 8CGN_DD , 8CGN_1 , 8CGN_E , 8CGN_EE , 8CGN_F , 8CGN_FF , 8CGN_G , 8CGN_GG , 8CGN_H , 8CGN_HH , 8CGN_I , 8CGN_2 , 8CGN_II , 8CGN_J , 8CGN_JJ , 8CGN_K , 8CGN_KK , 8CGN_L , 8CGN_LL , 8CGN_M , 8CGN_MM , 8CGN_N , 8CGN_3 , 8CGN_NN , 8CGN_O , 8CGN_OO , 8CGN_P , 8CGN_PP , 8CGN_Q , 8CGN_QQ , 8CGN_R , 8CGN_S , 8CGN_T , 8CGN_4 , 8CGN_U , 8CGN_V , 8CGN_W , 8CGN_X , 8CGN_Y , 8CGN_Z , 8CGN_5 , 8CGN_6 , 8CGN_7 , 8CGN_8
8CIV
Translocation intermediate 5 (ti-5) of 80s s. cerevisiae ribosome with ligands and eef2 in the presence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-10 Method: ELECTRON MICROSCOPY Resolution: 2.47 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CIV_0 , 8CIV_A , 8CIV_AA , 8CIV_B , 8CIV_BB , 8CIV_C , 8CIV_CC , 8CIV_D , 8CIV_1 , 8CIV_DD , 8CIV_E , 8CIV_EE , 8CIV_F , 8CIV_FF , 8CIV_G , 8CIV_GG , 8CIV_H , 8CIV_2 , 8CIV_HH , 8CIV_I , 8CIV_II , 8CIV_J , 8CIV_JJ , 8CIV_K , 8CIV_KK , 8CIV_L , 8CIV_LL , 8CIV_M , 8CIV_3 , 8CIV_MM , 8CIV_N , 8CIV_NN , 8CIV_O , 8CIV_OO , 8CIV_P , 8CIV_PP , 8CIV_Q , 8CIV_QQ , 8CIV_4 , 8CIV_R , 8CIV_S , 8CIV_T , 8CIV_U , 8CIV_V , 8CIV_W , 8CIV_X , 8CIV_Y , 8CIV_Z , 8CIV_5 , 8CIV_6 , 8CIV_7 , 8CIV_8
8CKU
Translocation intermediate 1 (ti-1*) of 80s s. cerevisiae ribosome with ligands and eef2 in the absence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-16 Method: ELECTRON MICROSCOPY Resolution: 3.11 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CKU_0 , 8CKU_A , 8CKU_AA , 8CKU_B , 8CKU_BB , 8CKU_C , 8CKU_CC , 8CKU_D , 8CKU_1 , 8CKU_DD , 8CKU_E , 8CKU_EE , 8CKU_F , 8CKU_FF , 8CKU_G , 8CKU_GG , 8CKU_H , 8CKU_2 , 8CKU_HH , 8CKU_I , 8CKU_II , 8CKU_J , 8CKU_JJ , 8CKU_K , 8CKU_KK , 8CKU_L , 8CKU_LL , 8CKU_M , 8CKU_3 , 8CKU_MM , 8CKU_N , 8CKU_NN , 8CKU_O , 8CKU_OO , 8CKU_P , 8CKU_PP , 8CKU_Q , 8CKU_QQ , 8CKU_R , 8CKU_4 , 8CKU_S , 8CKU_T , 8CKU_U , 8CKU_V , 8CKU_W , 8CKU_X , 8CKU_Y , 8CKU_Z , 8CKU_5 , 8CKU_6 , 8CKU_7 , 8CKU_8
8CMJ
Translocation intermediate 4 (ti-4*) of 80s s. cerevisiae ribosome with eef2 in the absence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-20 Method: ELECTRON MICROSCOPY Resolution: 3.79 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 8CMJ_0 , 8CMJ_A , 8CMJ_AA , 8CMJ_B , 8CMJ_BB , 8CMJ_C , 8CMJ_CC , 8CMJ_D , 8CMJ_DD , 8CMJ_E , 8CMJ_1 , 8CMJ_EE , 8CMJ_F , 8CMJ_FF , 8CMJ_G , 8CMJ_GG , 8CMJ_H , 8CMJ_HH , 8CMJ_I , 8CMJ_II , 8CMJ_2 , 8CMJ_J , 8CMJ_JJ , 8CMJ_K , 8CMJ_KK , 8CMJ_L , 8CMJ_LL , 8CMJ_M , 8CMJ_MM , 8CMJ_N , 8CMJ_NN , 8CMJ_3 , 8CMJ_O , 8CMJ_OO , 8CMJ_P , 8CMJ_PP , 8CMJ_Q , 8CMJ_QQ , 8CMJ_R , 8CMJ_S , 8CMJ_T , 8CMJ_U , 8CMJ_4 , 8CMJ_V , 8CMJ_W , 8CMJ_X , 8CMJ_Y , 8CMJ_Z , 8CMJ_5 , 8CMJ_6 , 8CMJ_7 , 8CMJ_8
8CQ7
Crystal structure of phyllanthoside bound to the candida albicans 80s ribosome Deposition Author(s): Kolosova, O. , Yusupov, M. , Zgadzay, Y.
Date: 2023-03-03 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Candida Albicans Sequences Data: 8CQ7_1 , 8CQ7_AS , 8CQ7_P , 8CQ7_BC , 8CQ7_Q , 8CQ7_BD , 8CQ7_R , 8CQ7_BE , 8CQ7_S , 8CQ7_BF , 8CQ7_T , 8CQ7_BG , 8CQ7_U , 8CQ7_BH , 8CQ7_V , 8CQ7_BI , 8CQ7_W , 8CQ7_BJ , 8CQ7_X , 8CQ7_BK , 8CQ7_Y , 8CQ7_BL , 8CQ7_3 , 8CQ7_AT , 8CQ7_Z , 8CQ7_BM , 8CQ7_0 , 8CQ7_BN , 8CQ7_2 , 8CQ7_BO , 8CQ7_5 , 8CQ7_BP , 8CQ7_6 , 8CQ7_BQ , 8CQ7_7 , 8CQ7_BR , 8CQ7_8 , 8CQ7_BS , 8CQ7_9 , 8CQ7_BT , 8CQ7_AA , 8CQ7_BU , 8CQ7_AB , 8CQ7_BV , 8CQ7_4 , 8CQ7_AU , 8CQ7_AC , 8CQ7_BW , 8CQ7_AD , 8CQ7_BX , 8CQ7_AE , 8CQ7_BY , 8CQ7_AF , 8CQ7_BZ , 8CQ7_AG , 8CQ7_CA , 8CQ7_AH , 8CQ7_CB , 8CQ7_AI , 8CQ7_CC , 8CQ7_AJ , 8CQ7_CD , 8CQ7_AK , 8CQ7_CE , 8CQ7_AL , 8CQ7_CF , 8CQ7_J , 8CQ7_AW , 8CQ7_AM , 8CQ7_CG , 8CQ7_AN , 8CQ7_CH , 8CQ7_AO , 8CQ7_CI , 8CQ7_AP , 8CQ7_CJ , 8CQ7_AQ , 8CQ7_CK , 8CQ7_I , 8CQ7_CL , 8CQ7_B , 8CQ7_CM , 8CQ7_C , 8CQ7_CN , 8CQ7_D , 8CQ7_CO , 8CQ7_E , 8CQ7_CP , 8CQ7_K , 8CQ7_AX , 8CQ7_F , 8CQ7_CQ , 8CQ7_G , 8CQ7_CR , 8CQ7_H , 8CQ7_CS , 8CQ7_CT , 8CQ7_CU , 8CQ7_CV , 8CQ7_L , 8CQ7_CW , 8CQ7_M , 8CQ7_CX , 8CQ7_N , 8CQ7_CY , 8CQ7_DA , 8CQ7_AY , 8CQ7_DB , 8CQ7_DC , 8CQ7_DD , 8CQ7_DE , 8CQ7_DF , 8CQ7_DG , 8CQ7_DH , 8CQ7_DI , 8CQ7_DJ , 8CQ7_DK , 8CQ7_AZ , 8CQ7_A , 8CQ7_DL , 8CQ7_DM , 8CQ7_DN , 8CQ7_DO , 8CQ7_DP , 8CQ7_DQ , 8CQ7_DR , 8CQ7_DS , 8CQ7_AR , 8CQ7_DT , 8CQ7_CZ , 8CQ7_O , 8CQ7_BA , 8CQ7_P0 , 8CQ7_12 , 8CQ7_L1 , 8CQ7_BB
8CQW
Crystal structure of the candida albicans 80s ribosome in complex with hygromycin b Deposition Author(s): Kolosova, O. , Yusupov, M. , Zgadzay, Y.
Date: 2023-03-07 Method: X-RAY DIFFRACTION Resolution: 3.05 Å Organism(s): Candida Albicans Sequences Data: 8CQW_1 , 8CQW_AS , 8CQW_P , 8CQW_BC , 8CQW_Q , 8CQW_BD , 8CQW_R , 8CQW_BE , 8CQW_S , 8CQW_BF , 8CQW_T , 8CQW_BG , 8CQW_U , 8CQW_BH , 8CQW_V , 8CQW_BI , 8CQW_W , 8CQW_BJ , 8CQW_X , 8CQW_BK , 8CQW_Y , 8CQW_BL , 8CQW_3 , 8CQW_AT , 8CQW_Z , 8CQW_BM , 8CQW_0 , 8CQW_BN , 8CQW_2 , 8CQW_BO , 8CQW_5 , 8CQW_BP , 8CQW_6 , 8CQW_BQ , 8CQW_7 , 8CQW_BR , 8CQW_8 , 8CQW_BS , 8CQW_9 , 8CQW_BT , 8CQW_AA , 8CQW_BU , 8CQW_AB , 8CQW_BV , 8CQW_4 , 8CQW_AU , 8CQW_AC , 8CQW_BW , 8CQW_AD , 8CQW_BX , 8CQW_AE , 8CQW_BY , 8CQW_AF , 8CQW_BZ , 8CQW_AG , 8CQW_CA , 8CQW_AH , 8CQW_CB , 8CQW_AI , 8CQW_CC , 8CQW_AJ , 8CQW_CD , 8CQW_AK , 8CQW_CE , 8CQW_AL , 8CQW_CF , 8CQW_J , 8CQW_AW , 8CQW_AM , 8CQW_CG , 8CQW_AN , 8CQW_CH , 8CQW_AO , 8CQW_CI , 8CQW_AP , 8CQW_CJ , 8CQW_AQ , 8CQW_CK , 8CQW_I , 8CQW_CL , 8CQW_B , 8CQW_CM , 8CQW_C , 8CQW_CN , 8CQW_D , 8CQW_CO , 8CQW_E , 8CQW_CP , 8CQW_K , 8CQW_AX , 8CQW_F , 8CQW_CQ , 8CQW_G , 8CQW_CR , 8CQW_H , 8CQW_CS , 8CQW_CT , 8CQW_CU , 8CQW_CV , 8CQW_L , 8CQW_CW , 8CQW_M , 8CQW_CX , 8CQW_N , 8CQW_CY , 8CQW_O , 8CQW_CZ , 8CQW_AY , 8CQW_DA , 8CQW_DB , 8CQW_DC , 8CQW_DD , 8CQW_DE , 8CQW_DF , 8CQW_DG , 8CQW_DH , 8CQW_DI , 8CQW_DJ , 8CQW_AZ , 8CQW_DK , 8CQW_A , 8CQW_DL , 8CQW_DM , 8CQW_DN , 8CQW_DO , 8CQW_DP , 8CQW_DQ , 8CQW_DR , 8CQW_DS , 8CQW_AR , 8CQW_DT , 8CQW_BA , 8CQW_P0 , 8CQW_12 , 8CQW_L1 , 8CQW_BB