Search Query :
5I4L
Crystal structure of amicoumacin a bound to the yeast 80s ribosome Deposition Author(s): Prokhorova, I.V. , Yusupov, M. , Yusupova, G.
Date: 2016-02-12 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 5I4L_2 , 5I4L_6 , 5I4L_S8 , 5I4L_S9 , 5I4L_C0 , 5I4L_C1 , 5I4L_C2 , 5I4L_C3 , 5I4L_C4 , 5I4L_C5 , 5I4L_C6 , 5I4L_C7 , 5I4L_S0 , 5I4L_C8 , 5I4L_C9 , 5I4L_D0 , 5I4L_D1 , 5I4L_D2 , 5I4L_D3 , 5I4L_D4 , 5I4L_D5 , 5I4L_D6 , 5I4L_D7 , 5I4L_S1 , 5I4L_D8 , 5I4L_D9 , 5I4L_E0 , 5I4L_E1 , 5I4L_SR , 5I4L_SM , 5I4L_1 , 5I4L_5 , 5I4L_3 , 5I4L_7 , 5I4L_4 , 5I4L_8 , 5I4L_L2 , 5I4L_S2 , 5I4L_L3 , 5I4L_L4 , 5I4L_L5 , 5I4L_L6 , 5I4L_L7 , 5I4L_L8 , 5I4L_L9 , 5I4L_M0 , 5I4L_M1 , 5I4L_M3 , 5I4L_S3 , 5I4L_M4 , 5I4L_M5 , 5I4L_M6 , 5I4L_M7 , 5I4L_M8 , 5I4L_M9 , 5I4L_N0 , 5I4L_N1 , 5I4L_N2 , 5I4L_N3 , 5I4L_S4 , 5I4L_N4 , 5I4L_N5 , 5I4L_N6 , 5I4L_N7 , 5I4L_N8 , 5I4L_N9 , 5I4L_O0 , 5I4L_O1 , 5I4L_O2 , 5I4L_O3 , 5I4L_S5 , 5I4L_O4 , 5I4L_O5 , 5I4L_O6 , 5I4L_O7 , 5I4L_O8 , 5I4L_O9 , 5I4L_Q0 , 5I4L_Q1 , 5I4L_Q2 , 5I4L_Q3 , 5I4L_S6 , 5I4L_M2 , 5I4L_P0 , 5I4L_P1 , 5I4L_P2 , 5I4L_S7
5IB7
Structure of t. thermophilus 70s ribosome complex with mrna, trnafmet, near-cognate trnalys with u-g mismatch in the a-site and antibiotic paromomycin Deposition Author(s): Demeshkina, N. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2016-02-22 Method: X-RAY DIFFRACTION Resolution: 2.99 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 5IB7_13 , 5IB7_1G , 5IB7_1I , 5IB7_1A , 5IB7_2I , 5IB7_2A , 5IB7_3I , 5IB7_3A , 5IB7_4I , 5IB7_4A , 5IB7_5I , 5IB7_5A , 5IB7_6I , 5IB7_6A , 5IB7_7I , 5IB7_7A , 5IB7_8I , 5IB7_8A , 5IB7_9I , 5IB7_9A , 5IB7_AI , 5IB7_AA , 5IB7_1E , 5IB7_12 , 5IB7_BI , 5IB7_BA , 5IB7_1F , 5IB7_1B , 5IB7_1K , 5IB7_2K , 5IB7_2L , 5IB7_3K , 5IB7_1L , 5IB7_3L , 5IB7_4K , 5IB7_4L , 5IB7_1H , 5IB7_14 , 5IB7_16 , 5IB7_1J , 5IB7_71 , 5IB7_11 , 5IB7_19 , 5IB7_2E , 5IB7_22 , 5IB7_21 , 5IB7_29 , 5IB7_31 , 5IB7_39 , 5IB7_41 , 5IB7_49 , 5IB7_51 , 5IB7_59 , 5IB7_61 , 5IB7_69 , 5IB7_58 , 5IB7_15 , 5IB7_68 , 5IB7_25 , 5IB7_78 , 5IB7_35 , 5IB7_88 , 5IB7_45 , 5IB7_98 , 5IB7_55 , 5IB7_3E , 5IB7_32 , 5IB7_A8 , 5IB7_65 , 5IB7_B8 , 5IB7_75 , 5IB7_C8 , 5IB7_85 , 5IB7_D8 , 5IB7_95 , 5IB7_E8 , 5IB7_A5 , 5IB7_F8 , 5IB7_B5 , 5IB7_G8 , 5IB7_C5 , 5IB7_H8 , 5IB7_D5 , 5IB7_I8 , 5IB7_E5 , 5IB7_J8 , 5IB7_F5 , 5IB7_4E , 5IB7_42 , 5IB7_K8 , 5IB7_G5 , 5IB7_L8 , 5IB7_H5 , 5IB7_M8 , 5IB7_N8 , 5IB7_J5 , 5IB7_O8 , 5IB7_P8 , 5IB7_L5 , 5IB7_Q8 , 5IB7_M5 , 5IB7_5E , 5IB7_52 , 5IB7_6E , 5IB7_62 , 5IB7_7E , 5IB7_72 , 5IB7_8E , 5IB7_82
5IB8
Structure of t. thermophilus 70s ribosome complex with mrna, trnafmet and near-cognate trnalys with u-g mismatch in the a-site Deposition Author(s): Demeshkina, N. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2016-02-22 Method: X-RAY DIFFRACTION Resolution: 3.13 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 5IB8_13 , 5IB8_1G , 5IB8_1I , 5IB8_1A , 5IB8_2I , 5IB8_2A , 5IB8_3I , 5IB8_3A , 5IB8_4I , 5IB8_4A , 5IB8_5I , 5IB8_5A , 5IB8_6I , 5IB8_6A , 5IB8_7I , 5IB8_7A , 5IB8_8I , 5IB8_8A , 5IB8_9I , 5IB8_9A , 5IB8_AI , 5IB8_AA , 5IB8_1E , 5IB8_12 , 5IB8_BI , 5IB8_BA , 5IB8_1F , 5IB8_1B , 5IB8_1K , 5IB8_2K , 5IB8_2L , 5IB8_3K , 5IB8_3L , 5IB8_4K , 5IB8_4L , 5IB8_1H , 5IB8_14 , 5IB8_16 , 5IB8_1J , 5IB8_71 , 5IB8_11 , 5IB8_19 , 5IB8_2E , 5IB8_22 , 5IB8_21 , 5IB8_29 , 5IB8_31 , 5IB8_39 , 5IB8_41 , 5IB8_49 , 5IB8_51 , 5IB8_59 , 5IB8_61 , 5IB8_69 , 5IB8_58 , 5IB8_15 , 5IB8_68 , 5IB8_25 , 5IB8_78 , 5IB8_35 , 5IB8_88 , 5IB8_45 , 5IB8_98 , 5IB8_55 , 5IB8_3E , 5IB8_32 , 5IB8_A8 , 5IB8_65 , 5IB8_B8 , 5IB8_75 , 5IB8_C8 , 5IB8_85 , 5IB8_D8 , 5IB8_95 , 5IB8_E8 , 5IB8_A5 , 5IB8_F8 , 5IB8_B5 , 5IB8_G8 , 5IB8_C5 , 5IB8_H8 , 5IB8_D5 , 5IB8_I8 , 5IB8_E5 , 5IB8_J8 , 5IB8_F5 , 5IB8_4E , 5IB8_42 , 5IB8_K8 , 5IB8_G5 , 5IB8_L8 , 5IB8_H5 , 5IB8_M8 , 5IB8_N8 , 5IB8_J5 , 5IB8_P8 , 5IB8_L5 , 5IB8_Q8 , 5IB8_M5 , 5IB8_1L , 5IB8_5E , 5IB8_52 , 5IB8_6E , 5IB8_62 , 5IB8_7E , 5IB8_72 , 5IB8_8E , 5IB8_82
5IBB
Structure of t. thermophilus 70s ribosome complex with mrna, trnafmet and cognate trnaval in the a-site Deposition Author(s): Demeshkina, N. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2016-02-22 Method: X-RAY DIFFRACTION Resolution: 2.96 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 5IBB_13 , 5IBB_1G , 5IBB_1I , 5IBB_1A , 5IBB_2I , 5IBB_2A , 5IBB_3I , 5IBB_3A , 5IBB_4I , 5IBB_4A , 5IBB_5I , 5IBB_5A , 5IBB_6I , 5IBB_6A , 5IBB_7I , 5IBB_7A , 5IBB_8I , 5IBB_8A , 5IBB_9I , 5IBB_9A , 5IBB_AI , 5IBB_AA , 5IBB_1E , 5IBB_12 , 5IBB_BI , 5IBB_BA , 5IBB_1F , 5IBB_1B , 5IBB_1K , 5IBB_2K , 5IBB_2L , 5IBB_3K , 5IBB_3L , 5IBB_4K , 5IBB_4L , 5IBB_1H , 5IBB_14 , 5IBB_16 , 5IBB_1J , 5IBB_71 , 5IBB_79 , 5IBB_11 , 5IBB_19 , 5IBB_2E , 5IBB_22 , 5IBB_21 , 5IBB_29 , 5IBB_31 , 5IBB_39 , 5IBB_41 , 5IBB_49 , 5IBB_51 , 5IBB_59 , 5IBB_61 , 5IBB_69 , 5IBB_58 , 5IBB_15 , 5IBB_68 , 5IBB_25 , 5IBB_78 , 5IBB_35 , 5IBB_88 , 5IBB_45 , 5IBB_98 , 5IBB_55 , 5IBB_3E , 5IBB_32 , 5IBB_A8 , 5IBB_65 , 5IBB_B8 , 5IBB_75 , 5IBB_C8 , 5IBB_85 , 5IBB_D8 , 5IBB_95 , 5IBB_E8 , 5IBB_A5 , 5IBB_F8 , 5IBB_B5 , 5IBB_G8 , 5IBB_C5 , 5IBB_H8 , 5IBB_D5 , 5IBB_I8 , 5IBB_E5 , 5IBB_J8 , 5IBB_F5 , 5IBB_4E , 5IBB_42 , 5IBB_K8 , 5IBB_G5 , 5IBB_L8 , 5IBB_H5 , 5IBB_M8 , 5IBB_I5 , 5IBB_N8 , 5IBB_J5 , 5IBB_P8 , 5IBB_L5 , 5IBB_Q8 , 5IBB_M5 , 5IBB_1L , 5IBB_5E , 5IBB_52 , 5IBB_6E , 5IBB_62 , 5IBB_7E , 5IBB_72 , 5IBB_8E , 5IBB_82
5LI0
70s ribosome from staphylococcus aureus Deposition Author(s): Bochler, A. , Chicher, J. , Grosse, F. , Hashem, Y. , Khusainov, I. , Marzi, S. , Menetret, J.F. , Myasnikov, A. , Romby, P. , Vicens, Q. , Yusupov, M. , Yusupova, G.
Date: 2016-07-13 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Staphylococcus Aureus (Strain Nctc 8325) Sequences Data: 5LI0_A , 5LI0_J , 5LI0_K , 5LI0_L , 5LI0_M , 5LI0_N , 5LI0_O , 5LI0_P , 5LI0_Q , 5LI0_R , 5LI0_S , 5LI0_B , 5LI0_T , 5LI0_D , 5LI0_E , 5LI0_F , 5LI0_G , 5LI0_H , 5LI0_C , 5LI0_U , 5LI0_V , 5LI0_W , 5LI0_X , 5LI0_Y , 5LI0_Z , 5LI0_0 , 5LI0_1 , 5LI0_2 , 5LI0_3 , 5LI0_4 , 5LI0_5 , 5LI0_6 , 5LI0_7 , 5LI0_8 , 5LI0_I
5MEI
Crystal structure of agelastatin a bound to the 80s ribosome Deposition Author(s): Dang, Y. , Green, R. , Jouanneau, M. , Liu, J.O. , Lu, J. , Luo, C. , Mcclary, B. , Meyer, M. , Pellegrino, S. , Reyes, J.C.P. , Romo, D. , Schuller, A. , Yusupov, M. , Yusupova, G. , Zinshteyn, B.
Date: 2016-11-15 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Saccharomyces Cerevisiae (Strain Atcc 204508 / S288C) Sequences Data: 5MEI_1 , 5MEI_AR , 5MEI_P , 5MEI_CJ , 5MEI_Q , 5MEI_CK , 5MEI_R , 5MEI_CL , 5MEI_S , 5MEI_CM , 5MEI_T , 5MEI_CN , 5MEI_U , 5MEI_CO , 5MEI_V , 5MEI_CP , 5MEI_W , 5MEI_CQ , 5MEI_X , 5MEI_CR , 5MEI_Y , 5MEI_CS , 5MEI_3 , 5MEI_AS , 5MEI_Z , 5MEI_CT , 5MEI_0 , 5MEI_CU , 5MEI_2 , 5MEI_CV , 5MEI_5 , 5MEI_CW , 5MEI_L2 , 5MEI_CX , 5MEI_6 , 5MEI_A , 5MEI_7 , 5MEI_CY , 5MEI_8 , 5MEI_CZ , 5MEI_9 , 5MEI_DA , 5MEI_AA , 5MEI_DB , 5MEI_4 , 5MEI_AT , 5MEI_AB , 5MEI_DC , 5MEI_AC , 5MEI_DD , 5MEI_AD , 5MEI_DE , 5MEI_AE , 5MEI_DF , 5MEI_AF , 5MEI_DG , 5MEI_AG , 5MEI_DH , 5MEI_AH , 5MEI_DI , 5MEI_AI , 5MEI_DJ , 5MEI_AJ , 5MEI_DK , 5MEI_AK , 5MEI_DL , 5MEI_J , 5MEI_CD , 5MEI_AL , 5MEI_DM , 5MEI_AM , 5MEI_DN , 5MEI_AN , 5MEI_DO , 5MEI_AO , 5MEI_DP , 5MEI_AP , 5MEI_DQ , 5MEI_AQ , 5MEI_DR , 5MEI_I , 5MEI_P0 , 5MEI_SM , 5MEI_B , 5MEI_S0 , 5MEI_K , 5MEI_CE , 5MEI_C , 5MEI_S1 , 5MEI_D , 5MEI_S2 , 5MEI_E , 5MEI_S3 , 5MEI_F , 5MEI_S4 , 5MEI_G , 5MEI_S5 , 5MEI_H , 5MEI_S6 , 5MEI_S7 , 5MEI_S8 , 5MEI_S9 , 5MEI_L , 5MEI_C0 , 5MEI_CF , 5MEI_M , 5MEI_C1 , 5MEI_N , 5MEI_C2 , 5MEI_O , 5MEI_C3 , 5MEI_C4 , 5MEI_C5 , 5MEI_C6 , 5MEI_C8 , 5MEI_C9 , 5MEI_D0 , 5MEI_CG , 5MEI_D1 , 5MEI_D2 , 5MEI_D3 , 5MEI_D4 , 5MEI_D5 , 5MEI_D6 , 5MEI_D7 , 5MEI_D8 , 5MEI_D9 , 5MEI_E0 , 5MEI_CH , 5MEI_SR , 5MEI_C7 , 5MEI_E1 , 5MEI_CI
5ND8
Hibernating ribosome from staphylococcus aureus (unrotated state) Deposition Author(s): Ayupov, R. , Hashem, Y. , Khusainov, I. , Kieffer, B. , Myasnikov, A. , Simonetti, A. , Usachev, K. , Validov, S. , Vicens, Q. , Yusupov, M. , Yusupova, G.
Date: 2017-03-07 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Staphylococcus Aureus (Strain Nctc 8325) , Staphylococcus Aureus Subsp. Aureus Nctc 8325 Sequences Data: 5ND8_A , 5ND8_J , 5ND8_K , 5ND8_L , 5ND8_M , 5ND8_N , 5ND8_O , 5ND8_P , 5ND8_Q , 5ND8_R , 5ND8_S , 5ND8_B , 5ND8_T , 5ND8_U , 5ND8_V , 5ND8_D , 5ND8_E , 5ND8_F , 5ND8_G , 5ND8_H , 5ND8_C , 5ND8_W , 5ND8_X , 5ND8_Y , 5ND8_Z , 5ND8_0 , 5ND8_1 , 5ND8_2 , 5ND8_3 , 5ND8_4 , 5ND8_5 , 5ND8_6 , 5ND8_7 , 5ND8_8 , 5ND8_I
5ND9
Hibernating ribosome from staphylococcus aureus (rotated state) Deposition Author(s): Ayupov, R. , Hashem, Y. , Khusainov, I. , Kieffer, B. , Myasnikov, A. , Simonetti, A. , Usachev, K. , Validov, S. , Vicens, Q. , Yusupov, M. , Yusupova, G.
Date: 2017-03-07 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Staphylococcus Aureus (Strain Nctc 8325) , Staphylococcus Aureus Subsp. Aureus Nctc 8325 Sequences Data: 5ND9_A , 5ND9_J , 5ND9_K , 5ND9_L , 5ND9_M , 5ND9_N , 5ND9_O , 5ND9_P , 5ND9_Q , 5ND9_R , 5ND9_S , 5ND9_B , 5ND9_T , 5ND9_U , 5ND9_V , 5ND9_D , 5ND9_E , 5ND9_F , 5ND9_G , 5ND9_H , 5ND9_C , 5ND9_W , 5ND9_X , 5ND9_Y , 5ND9_Z , 5ND9_0 , 5ND9_1 , 5ND9_2 , 5ND9_3 , 5ND9_4 , 5ND9_5 , 5ND9_6 , 5ND9_7 , 5ND9_8 , 5ND9_I
5NDG
Crystal structure of geneticin (g418) bound to the yeast 80s ribosome Deposition Author(s): Djumagulov, M. , Prokhorova, I. , Urzhumtsev, A. , Yusupov, M. , Yusupova, G.
Date: 2017-03-08 Method: X-RAY DIFFRACTION Resolution: 3.7 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 5NDG_2 , 5NDG_6 , 5NDG_S8 , 5NDG_S9 , 5NDG_C0 , 5NDG_C1 , 5NDG_C2 , 5NDG_C3 , 5NDG_C4 , 5NDG_C5 , 5NDG_C6 , 5NDG_C7 , 5NDG_S0 , 5NDG_C8 , 5NDG_C9 , 5NDG_D0 , 5NDG_D1 , 5NDG_D2 , 5NDG_D3 , 5NDG_D4 , 5NDG_D5 , 5NDG_D6 , 5NDG_D7 , 5NDG_S1 , 5NDG_D8 , 5NDG_D9 , 5NDG_E0 , 5NDG_E1 , 5NDG_SR , 5NDG_SM , 5NDG_1 , 5NDG_5 , 5NDG_3 , 5NDG_7 , 5NDG_4 , 5NDG_8 , 5NDG_L2 , 5NDG_S2 , 5NDG_L3 , 5NDG_L4 , 5NDG_L5 , 5NDG_L6 , 5NDG_L7 , 5NDG_L8 , 5NDG_L9 , 5NDG_M0 , 5NDG_M1 , 5NDG_M3 , 5NDG_S3 , 5NDG_M4 , 5NDG_M5 , 5NDG_M6 , 5NDG_M7 , 5NDG_M8 , 5NDG_M9 , 5NDG_N0 , 5NDG_N1 , 5NDG_N2 , 5NDG_N3 , 5NDG_S4 , 5NDG_N4 , 5NDG_N5 , 5NDG_N6 , 5NDG_N7 , 5NDG_N8 , 5NDG_N9 , 5NDG_O0 , 5NDG_O1 , 5NDG_O2 , 5NDG_O3 , 5NDG_S5 , 5NDG_O4 , 5NDG_O5 , 5NDG_O6 , 5NDG_O7 , 5NDG_O8 , 5NDG_O9 , 5NDG_Q0 , 5NDG_Q1 , 5NDG_Q2 , 5NDG_Q3 , 5NDG_S6 , 5NDG_P0 , 5NDG_S7
5NDJ
Crystal structure of aminoglycoside tc007 in complex with 70s ribosome from thermus thermophilus, three trnas and mrna (soaking) Deposition Author(s): Djumagulov, M. , Prokhorova, I. , Urzhumtsev, A. , Yusupov, M. , Yusupova, G.
Date: 2017-03-08 Method: X-RAY DIFFRACTION Resolution: 3.15 Å Organism(s): Escherichia Coli , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) Sequences Data: 5NDJ_13 , 5NDJ_1G , 5NDJ_58 , 5NDJ_15 , 5NDJ_G8 , 5NDJ_C5 , 5NDJ_Q8 , 5NDJ_M5 , 5NDJ_3I , 5NDJ_3A , 5NDJ_3E , 5NDJ_32 , 5NDJ_1H , 5NDJ_14 , 5NDJ_B8 , 5NDJ_75 , 5NDJ_L8 , 5NDJ_H5 , 5NDJ_61 , 5NDJ_69 , 5NDJ_9I , 5NDJ_9A , 5NDJ_A8 , 5NDJ_65 , 5NDJ_1F , 5NDJ_1B , 5NDJ_68 , 5NDJ_25 , 5NDJ_H8 , 5NDJ_D5 , 5NDJ_21 , 5NDJ_29 , 5NDJ_4I , 5NDJ_4A , 5NDJ_4E , 5NDJ_42 , 5NDJ_16 , 5NDJ_1J , 5NDJ_C8 , 5NDJ_85 , 5NDJ_M8 , 5NDJ_I5 , 5NDJ_AI , 5NDJ_AA , 5NDJ_B5 , 5NDJ_F8 , 5NDJ_78 , 5NDJ_35 , 5NDJ_I8 , 5NDJ_E5 , 5NDJ_31 , 5NDJ_39 , 5NDJ_5I , 5NDJ_5A , 5NDJ_5E , 5NDJ_52 , 5NDJ_D8 , 5NDJ_95 , 5NDJ_N8 , 5NDJ_J5 , 5NDJ_BI , 5NDJ_BA , 5NDJ_88 , 5NDJ_45 , 5NDJ_J8 , 5NDJ_F5 , 5NDJ_11 , 5NDJ_19 , 5NDJ_41 , 5NDJ_49 , 5NDJ_6I , 5NDJ_6A , 5NDJ_6E , 5NDJ_62 , 5NDJ_E8 , 5NDJ_A5 , 5NDJ_1E , 5NDJ_12 , 5NDJ_98 , 5NDJ_55 , 5NDJ_K8 , 5NDJ_G5 , 5NDJ_51 , 5NDJ_59 , 5NDJ_1A , 5NDJ_1I , 5NDJ_7I , 5NDJ_7A , 5NDJ_L5 , 5NDJ_P8 , 5NDJ_7E , 5NDJ_72 , 5NDJ_Y1 , 5NDJ_Y4 , 5NDJ_W1 , 5NDJ_X1 , 5NDJ_V1 , 5NDJ_W4 , 5NDJ_X4 , 5NDJ_V4 , 5NDJ_2A , 5NDJ_2I , 5NDJ_8I , 5NDJ_8A , 5NDJ_22 , 5NDJ_2E , 5NDJ_8E , 5NDJ_82