Search Query :
4V7S
Crystal structure of the e. coli ribosome bound to telithromycin. Deposition Author(s): Cate, J.H.D. , Dunkle, J.A. , Mankin, A.S. , Xiong, L.
Date: 2010-08-05 Method: X-RAY DIFFRACTION Resolution: 3.2547 Å Organism(s): Escherichia Coli Sequences Data: 4V7S_AA , 4V7S_AJ , 4V7S_CJ , 4V7S_AK , 4V7S_CK , 4V7S_AL , 4V7S_CL , 4V7S_AM , 4V7S_AN , 4V7S_CN , 4V7S_AO , 4V7S_CO , 4V7S_AP , 4V7S_AQ , 4V7S_CQ , 4V7S_AR , 4V7S_CR , 4V7S_AS , 4V7S_CS , 4V7S_AB , 4V7S_CB , 4V7S_AT , 4V7S_CT , 4V7S_AU , 4V7S_CU , 4V7S_BA , 4V7S_DA , 4V7S_BB , 4V7S_BC , 4V7S_DC , 4V7S_BD , 4V7S_DD , 4V7S_BE , 4V7S_DE , 4V7S_BF , 4V7S_BG , 4V7S_DG , 4V7S_BH , 4V7S_DH , 4V7S_AC , 4V7S_CC , 4V7S_BI , 4V7S_DI , 4V7S_BJ , 4V7S_DJ , 4V7S_BK , 4V7S_DK , 4V7S_BL , 4V7S_DL , 4V7S_BM , 4V7S_DM , 4V7S_BN , 4V7S_DN , 4V7S_BO , 4V7S_DO , 4V7S_BP , 4V7S_DP , 4V7S_BQ , 4V7S_DQ , 4V7S_BR , 4V7S_DR , 4V7S_AD , 4V7S_CD , 4V7S_BS , 4V7S_DS , 4V7S_BT , 4V7S_DT , 4V7S_BU , 4V7S_DU , 4V7S_BV , 4V7S_DV , 4V7S_BW , 4V7S_DW , 4V7S_BX , 4V7S_DX , 4V7S_BY , 4V7S_DY , 4V7S_BZ , 4V7S_DZ , 4V7S_B0 , 4V7S_D0 , 4V7S_B1 , 4V7S_D1 , 4V7S_AE , 4V7S_CE , 4V7S_B2 , 4V7S_D2 , 4V7S_B3 , 4V7S_D3 , 4V7S_B4 , 4V7S_D4 , 4V7S_CA , 4V7S_CG , 4V7S_CM , 4V7S_CP , 4V7S_DB , 4V7S_DF , 4V7S_AF , 4V7S_CF , 4V7S_AG , 4V7S_AH , 4V7S_CH , 4V7S_AI , 4V7S_CI
4V7T
Crystal structure of the e. coli ribosome bound to chloramphenicol. Deposition Author(s): Cate, J.H.D. , Dunkle, J.A. , Mankin, A.S. , Xiong, L.
Date: 2010-08-14 Method: X-RAY DIFFRACTION Resolution: 3.1942 Å Organism(s): Escherichia Coli Sequences Data: 4V7T_AA , 4V7T_AJ , 4V7T_CJ , 4V7T_AK , 4V7T_CK , 4V7T_AL , 4V7T_CL , 4V7T_AM , 4V7T_AN , 4V7T_CN , 4V7T_AO , 4V7T_CO , 4V7T_AP , 4V7T_AQ , 4V7T_CQ , 4V7T_AR , 4V7T_CR , 4V7T_AS , 4V7T_CS , 4V7T_AB , 4V7T_CB , 4V7T_AT , 4V7T_CT , 4V7T_AU , 4V7T_CU , 4V7T_BA , 4V7T_BB , 4V7T_BC , 4V7T_DC , 4V7T_BD , 4V7T_DD , 4V7T_BE , 4V7T_DE , 4V7T_BF , 4V7T_BG , 4V7T_DG , 4V7T_BH , 4V7T_DH , 4V7T_AC , 4V7T_CC , 4V7T_BI , 4V7T_DI , 4V7T_BJ , 4V7T_DJ , 4V7T_BK , 4V7T_DK , 4V7T_BL , 4V7T_DL , 4V7T_BM , 4V7T_DM , 4V7T_BN , 4V7T_DN , 4V7T_BO , 4V7T_DO , 4V7T_BP , 4V7T_DP , 4V7T_BQ , 4V7T_DQ , 4V7T_BR , 4V7T_DR , 4V7T_AD , 4V7T_CD , 4V7T_BS , 4V7T_DS , 4V7T_BT , 4V7T_DT , 4V7T_BU , 4V7T_DU , 4V7T_BV , 4V7T_DV , 4V7T_BW , 4V7T_DW , 4V7T_BX , 4V7T_DX , 4V7T_BY , 4V7T_DY , 4V7T_BZ , 4V7T_DZ , 4V7T_B0 , 4V7T_D0 , 4V7T_B1 , 4V7T_D1 , 4V7T_AE , 4V7T_CE , 4V7T_B2 , 4V7T_D2 , 4V7T_B3 , 4V7T_D3 , 4V7T_B4 , 4V7T_D4 , 4V7T_CA , 4V7T_CG , 4V7T_CM , 4V7T_CP , 4V7T_DA , 4V7T_DB , 4V7T_DF , 4V7T_AF , 4V7T_CF , 4V7T_AG , 4V7T_AH , 4V7T_CH , 4V7T_AI , 4V7T_CI
4V7U
Crystal structure of the e. coli ribosome bound to erythromycin. Deposition Author(s): Cate, J.H.D. , Dunkle, J.A. , Mankin, A.S. , Xiong, L.
Date: 2010-08-15 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli Sequences Data: 4V7U_AA , 4V7U_CA , 4V7U_AJ , 4V7U_CJ , 4V7U_AK , 4V7U_CK , 4V7U_AL , 4V7U_CL , 4V7U_AM , 4V7U_CM , 4V7U_AN , 4V7U_CN , 4V7U_AO , 4V7U_CO , 4V7U_AP , 4V7U_CP , 4V7U_AQ , 4V7U_CQ , 4V7U_AR , 4V7U_CR , 4V7U_AS , 4V7U_CS , 4V7U_AB , 4V7U_CB , 4V7U_AT , 4V7U_CT , 4V7U_AU , 4V7U_CU , 4V7U_BA , 4V7U_DA , 4V7U_BB , 4V7U_DB , 4V7U_BC , 4V7U_DC , 4V7U_BD , 4V7U_DD , 4V7U_BE , 4V7U_DE , 4V7U_BF , 4V7U_DF , 4V7U_BG , 4V7U_DG , 4V7U_BH , 4V7U_DH , 4V7U_AC , 4V7U_CC , 4V7U_BI , 4V7U_DI , 4V7U_BJ , 4V7U_DJ , 4V7U_BK , 4V7U_DK , 4V7U_BL , 4V7U_DL , 4V7U_BM , 4V7U_DM , 4V7U_BN , 4V7U_DN , 4V7U_BO , 4V7U_DO , 4V7U_BP , 4V7U_DP , 4V7U_BQ , 4V7U_DQ , 4V7U_BR , 4V7U_DR , 4V7U_AD , 4V7U_CD , 4V7U_BS , 4V7U_DS , 4V7U_BT , 4V7U_DT , 4V7U_BU , 4V7U_DU , 4V7U_BV , 4V7U_DV , 4V7U_BW , 4V7U_DW , 4V7U_BX , 4V7U_DX , 4V7U_BY , 4V7U_DY , 4V7U_BZ , 4V7U_DZ , 4V7U_B0 , 4V7U_D0 , 4V7U_B1 , 4V7U_D1 , 4V7U_AE , 4V7U_CE , 4V7U_B2 , 4V7U_D2 , 4V7U_B3 , 4V7U_D3 , 4V7U_B4 , 4V7U_D4 , 4V7U_AF , 4V7U_CF , 4V7U_AG , 4V7U_CG , 4V7U_AH , 4V7U_CH , 4V7U_AI , 4V7U_CI
4V7V
Crystal structure of the e. coli ribosome bound to clindamycin. Deposition Author(s): Cate, J.H.D. , Dunkle, J.A. , Mankin, A.S. , Xiong, L.
Date: 2010-08-16 Method: X-RAY DIFFRACTION Resolution: 3.2891 Å Organism(s): Escherichia Coli Sequences Data: 4V7V_AA , 4V7V_AJ , 4V7V_CJ , 4V7V_AK , 4V7V_CK , 4V7V_AL , 4V7V_CL , 4V7V_AM , 4V7V_AN , 4V7V_CN , 4V7V_AO , 4V7V_CO , 4V7V_AP , 4V7V_AQ , 4V7V_CQ , 4V7V_AR , 4V7V_CR , 4V7V_AS , 4V7V_CS , 4V7V_AB , 4V7V_CB , 4V7V_AT , 4V7V_CT , 4V7V_AU , 4V7V_CU , 4V7V_BA , 4V7V_DA , 4V7V_BB , 4V7V_BC , 4V7V_DC , 4V7V_BD , 4V7V_DD , 4V7V_BE , 4V7V_DE , 4V7V_BF , 4V7V_BG , 4V7V_DG , 4V7V_BH , 4V7V_DH , 4V7V_AC , 4V7V_CC , 4V7V_BI , 4V7V_DI , 4V7V_BJ , 4V7V_DJ , 4V7V_BK , 4V7V_DK , 4V7V_BL , 4V7V_DL , 4V7V_BM , 4V7V_DM , 4V7V_BN , 4V7V_DN , 4V7V_BO , 4V7V_DO , 4V7V_BP , 4V7V_DP , 4V7V_BQ , 4V7V_DQ , 4V7V_BR , 4V7V_DR , 4V7V_AD , 4V7V_CD , 4V7V_BS , 4V7V_DS , 4V7V_BT , 4V7V_DT , 4V7V_BU , 4V7V_DU , 4V7V_BV , 4V7V_DV , 4V7V_BW , 4V7V_DW , 4V7V_BX , 4V7V_DX , 4V7V_BY , 4V7V_DY , 4V7V_BZ , 4V7V_DZ , 4V7V_B0 , 4V7V_D0 , 4V7V_B1 , 4V7V_D1 , 4V7V_AE , 4V7V_CE , 4V7V_B2 , 4V7V_D2 , 4V7V_B3 , 4V7V_D3 , 4V7V_B4 , 4V7V_D4 , 4V7V_CA , 4V7V_CG , 4V7V_CM , 4V7V_CP , 4V7V_DB , 4V7V_DF , 4V7V_AF , 4V7V_CF , 4V7V_AG , 4V7V_AH , 4V7V_CH , 4V7V_AI , 4V7V_CI
7C9N
Crystal structure of setdb1 tudor domain in complexed with compound 1. Deposition Author(s): Guo, Y. , Mao, X. , Xiong, L. , Yang, S.
Date: 2020-06-06 Method: X-RAY DIFFRACTION Resolution: 2.472 Å Organism(s): Homo Sapiens Sequences Data: 7C9N_B , 7C9N_A
7DMY
The crystal structure of cpd7 in complex with bptf bromodomain Deposition Author(s): Guo, Y. , Xiong, L. , Yang, S.
Date: 2020-12-08 Method: X-RAY DIFFRACTION Resolution: 2 Å Organism(s): Homo Sapiens Sequences Data: 7DMY_A