Search Query :
4QY0
Structure of h10 from human-infecting h10n8 Deposition Author(s): Bi, Y. , Gao, G.F. , Huang, C. , Li, X. , Liu, J. , Qi, J. , Shi, Y. , Shu, Y. , Sun, H. , Wang, F. , Wang, M. , Wu, Y. , Yan, J. , Zhang, W. , Zhou, J.
Date: 2014-07-23 Method: X-RAY DIFFRACTION Resolution: 2.47 Å Organism(s): Influenza A Virus Sequences Data: 4QY0_A , 4QY0_C , 4QY0_E , 4QY0_G , 4QY0_I , 4QY0_K , 4QY0_B , 4QY0_D , 4QY0_F , 4QY0_H , 4QY0_J , 4QY0_L
4QY1
Structure of h10 from human-infecting h10n8 in complex with avian receptor Deposition Author(s): Bi, Y. , Gao, G.F. , Huang, C. , Li, X. , Liu, J. , Qi, J. , Shi, Y. , Shu, Y. , Sun, H. , Wang, F. , Wang, M. , Wu, Y. , Yan, J. , Zhang, W. , Zhou, J.
Date: 2014-07-23 Method: X-RAY DIFFRACTION Resolution: 2.594 Å Organism(s): Influenza A Virus Sequences Data: 4QY1_A , 4QY1_C , 4QY1_E , 4QY1_G , 4QY1_I , 4QY1_K , 4QY1_M , 4QY1_O , 4QY1_Q , 4QY1_S , 4QY1_U , 4QY1_W , 4QY1_B , 4QY1_D , 4QY1_F , 4QY1_H , 4QY1_J , 4QY1_L , 4QY1_N , 4QY1_P , 4QY1_R , 4QY1_T , 4QY1_V , 4QY1_X
4QY2
Structure of h10 from human-infecting h10n8 virus in complex with human receptor analog Deposition Author(s): Bi, Y. , Gao, G.F. , Huang, C. , Li, X. , Liu, J. , Qi, J. , Shi, Y. , Shu, Y. , Sun, H. , Wang, F. , Wang, M. , Wu, Y. , Yan, J. , Zhang, W. , Zhou, J.
Date: 2014-07-23 Method: X-RAY DIFFRACTION Resolution: 2.399 Å Organism(s): Influenza A Virus Sequences Data: 4QY2_A , 4QY2_C , 4QY2_E , 4QY2_G , 4QY2_I , 4QY2_K , 4QY2_B , 4QY2_D , 4QY2_F , 4QY2_H , 4QY2_J , 4QY2_L
4RNC
Crystal structure of an esterase rhest1 from rhodococcus sp. ecu1013 Deposition Author(s): Dou, S. , Kong, X.D. , Xu, J.H. , Zhou, J.
Date: 2014-10-23 Method: X-RAY DIFFRACTION Resolution: 1.95 Å Organism(s): Rhodococcus Sp. Ecu1013 Sequences Data: 4RNC_A , 4RNC_B , 4RNC_C
4V85
Crystal structure of release factor rf3 trapped in the gtp state on a rotated conformation of the ribosome. Deposition Author(s): Lancaster, L. , Noller, H.F. , Trakhanov, S. , Zhou, J.
Date: 2011-06-13 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 4V85_AA , 4V85_AJ , 4V85_AK , 4V85_AL , 4V85_AM , 4V85_AN , 4V85_AO , 4V85_AP , 4V85_AQ , 4V85_AR , 4V85_AS , 4V85_AB , 4V85_AT , 4V85_AU , 4V85_AV , 4V85_AW , 4V85_AY , 4V85_B0 , 4V85_B1 , 4V85_B2 , 4V85_B3 , 4V85_B4 , 4V85_AC , 4V85_B5 , 4V85_B6 , 4V85_B7 , 4V85_B8 , 4V85_BA , 4V85_BB , 4V85_BC , 4V85_BD , 4V85_BE , 4V85_BF , 4V85_AD , 4V85_BG , 4V85_BH , 4V85_BI , 4V85_BJ , 4V85_BK , 4V85_BL , 4V85_BM , 4V85_BN , 4V85_BO , 4V85_BP , 4V85_BQ , 4V85_BR , 4V85_BS , 4V85_AE , 4V85_BT , 4V85_BU , 4V85_BV , 4V85_BW , 4V85_BX , 4V85_BY , 4V85_BZ , 4V85_AF , 4V85_AG , 4V85_AH , 4V85_AI
4V89
Crystal structure of release factor rf3 trapped in the gtp state on a rotated conformation of the ribosome (without viomycin) Deposition Author(s): Lancaster, L. , Noller, H.F. , Trakhanov, S. , Zhou, J.
Date: 2011-11-17 Method: X-RAY DIFFRACTION Resolution: 3.7 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 4V89_AA , 4V89_AJ , 4V89_AK , 4V89_AL , 4V89_AM , 4V89_AN , 4V89_AO , 4V89_AP , 4V89_AQ , 4V89_AR , 4V89_AS , 4V89_AB , 4V89_AT , 4V89_AU , 4V89_AV , 4V89_AW , 4V89_B0 , 4V89_B1 , 4V89_B2 , 4V89_B3 , 4V89_B4 , 4V89_B5 , 4V89_AC , 4V89_B6 , 4V89_B7 , 4V89_B8 , 4V89_BA , 4V89_BB , 4V89_BC , 4V89_BD , 4V89_BE , 4V89_BF , 4V89_BG , 4V89_AD , 4V89_BH , 4V89_BI , 4V89_BJ , 4V89_BK , 4V89_BL , 4V89_BM , 4V89_BN , 4V89_BO , 4V89_BP , 4V89_BQ , 4V89_BR , 4V89_BS , 4V89_BT , 4V89_AE , 4V89_BU , 4V89_BV , 4V89_BW , 4V89_BX , 4V89_BY , 4V89_BZ , 4V89_AF , 4V89_AG , 4V89_AH , 4V89_AI
4V9J
70s ribosome translocation intermediate gdpnp-ii containing elongation factor efg/gdpnp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-23 Method: X-RAY DIFFRACTION Resolution: 3.86 Å Organism(s): Escherichia Coli , Streptomyces , Thermus Thermophilus Sequences Data: 4V9J_AB , 4V9J_CB , 4V9J_AK , 4V9J_CK , 4V9J_AL , 4V9J_CL , 4V9J_AM , 4V9J_CM , 4V9J_AN , 4V9J_CN , 4V9J_AO , 4V9J_CO , 4V9J_AP , 4V9J_CP , 4V9J_AQ , 4V9J_CQ , 4V9J_AR , 4V9J_CR , 4V9J_AS , 4V9J_CS , 4V9J_AT , 4V9J_CT , 4V9J_AC , 4V9J_CC , 4V9J_AA , 4V9J_CA , 4V9J_AV , 4V9J_CV , 4V9J_AW , 4V9J_CW , 4V9J_AY , 4V9J_CY , 4V9J_AU , 4V9J_CU , 4V9J_BC , 4V9J_DC , 4V9J_BD , 4V9J_DD , 4V9J_BE , 4V9J_DE , 4V9J_BF , 4V9J_DF , 4V9J_BG , 4V9J_DG , 4V9J_AD , 4V9J_CD , 4V9J_BH , 4V9J_DH , 4V9J_BJ , 4V9J_DJ , 4V9J_BK , 4V9J_DK , 4V9J_BO , 4V9J_DO , 4V9J_BP , 4V9J_DP , 4V9J_BQ , 4V9J_DQ , 4V9J_BR , 4V9J_DR , 4V9J_BS , 4V9J_DS , 4V9J_BT , 4V9J_DT , 4V9J_BU , 4V9J_DU , 4V9J_AE , 4V9J_CE , 4V9J_BV , 4V9J_DV , 4V9J_BW , 4V9J_DW , 4V9J_BX , 4V9J_DX , 4V9J_BY , 4V9J_DY , 4V9J_BZ , 4V9J_DZ , 4V9J_B0 , 4V9J_D0 , 4V9J_B1 , 4V9J_D1 , 4V9J_B4 , 4V9J_D4 , 4V9J_BN , 4V9J_DN , 4V9J_B2 , 4V9J_D2 , 4V9J_AF , 4V9J_CF , 4V9J_B3 , 4V9J_D3 , 4V9J_B5 , 4V9J_D5 , 4V9J_B6 , 4V9J_D6 , 4V9J_B7 , 4V9J_D7 , 4V9J_B8 , 4V9J_D8 , 4V9J_B9 , 4V9J_D9 , 4V9J_BB , 4V9J_DB , 4V9J_AG , 4V9J_CG , 4V9J_BA , 4V9J_DA , 4V9J_AH , 4V9J_CH , 4V9J_AI , 4V9J_CI , 4V9J_AJ , 4V9J_CJ
4V9K
70s ribosome translocation intermediate gdpnp-i containing elongation factor efg/gdpnp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-24 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Escherichia Coli , Streptomyces , Thermus Thermophilus Sequences Data: 4V9K_AB , 4V9K_CB , 4V9K_AK , 4V9K_CK , 4V9K_AL , 4V9K_CL , 4V9K_AM , 4V9K_CM , 4V9K_AN , 4V9K_CN , 4V9K_AO , 4V9K_CO , 4V9K_AP , 4V9K_CP , 4V9K_AQ , 4V9K_CQ , 4V9K_AR , 4V9K_CR , 4V9K_AS , 4V9K_CS , 4V9K_AT , 4V9K_CT , 4V9K_AC , 4V9K_CC , 4V9K_AY , 4V9K_CY , 4V9K_AA , 4V9K_CA , 4V9K_AW , 4V9K_CW , 4V9K_AV , 4V9K_CV , 4V9K_AU , 4V9K_CU , 4V9K_BC , 4V9K_DC , 4V9K_BD , 4V9K_DD , 4V9K_BE , 4V9K_DE , 4V9K_BF , 4V9K_DF , 4V9K_BG , 4V9K_DG , 4V9K_AD , 4V9K_CD , 4V9K_BH , 4V9K_DH , 4V9K_BJ , 4V9K_DJ , 4V9K_BK , 4V9K_DK , 4V9K_BN , 4V9K_DN , 4V9K_BO , 4V9K_DO , 4V9K_BP , 4V9K_DP , 4V9K_BQ , 4V9K_DQ , 4V9K_BR , 4V9K_DR , 4V9K_BS , 4V9K_DS , 4V9K_BT , 4V9K_DT , 4V9K_AE , 4V9K_CE , 4V9K_BU , 4V9K_DU , 4V9K_BV , 4V9K_DV , 4V9K_BW , 4V9K_DW , 4V9K_BX , 4V9K_DX , 4V9K_BY , 4V9K_DY , 4V9K_BZ , 4V9K_DZ , 4V9K_B0 , 4V9K_D0 , 4V9K_B2 , 4V9K_D2 , 4V9K_B3 , 4V9K_D3 , 4V9K_B5 , 4V9K_D5 , 4V9K_AF , 4V9K_CF , 4V9K_B6 , 4V9K_D6 , 4V9K_B7 , 4V9K_D7 , 4V9K_B8 , 4V9K_D8 , 4V9K_B9 , 4V9K_D9 , 4V9K_B1 , 4V9K_D1 , 4V9K_B4 , 4V9K_D4 , 4V9K_BA , 4V9K_DA , 4V9K_AG , 4V9K_CG , 4V9K_BB , 4V9K_DB , 4V9K_AH , 4V9K_CH , 4V9K_AI , 4V9K_CI , 4V9K_AJ , 4V9K_CJ
4V9L
70s ribosome translocation intermediate fa-3.6a containing elongation factor efg/fusidic acid/gdp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-24 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Escherichia Coli , Streptomyces , Thermus Thermophilus Sequences Data: 4V9L_AB , 4V9L_CB , 4V9L_AK , 4V9L_CK , 4V9L_AL , 4V9L_CL , 4V9L_AM , 4V9L_CM , 4V9L_AN , 4V9L_CN , 4V9L_AO , 4V9L_CO , 4V9L_AP , 4V9L_CP , 4V9L_AQ , 4V9L_CQ , 4V9L_AR , 4V9L_CR , 4V9L_AS , 4V9L_CS , 4V9L_AT , 4V9L_CT , 4V9L_AC , 4V9L_CC , 4V9L_AA , 4V9L_CA , 4V9L_AW , 4V9L_CW , 4V9L_AV , 4V9L_CV , 4V9L_AY , 4V9L_CY , 4V9L_AU , 4V9L_CU , 4V9L_BC , 4V9L_DC , 4V9L_BD , 4V9L_DD , 4V9L_BE , 4V9L_DE , 4V9L_BF , 4V9L_DF , 4V9L_BG , 4V9L_DG , 4V9L_AD , 4V9L_CD , 4V9L_BH , 4V9L_DH , 4V9L_BJ , 4V9L_DJ , 4V9L_BK , 4V9L_DK , 4V9L_BN , 4V9L_DN , 4V9L_BO , 4V9L_DO , 4V9L_BP , 4V9L_DP , 4V9L_BQ , 4V9L_DQ , 4V9L_BR , 4V9L_DR , 4V9L_BS , 4V9L_DS , 4V9L_BT , 4V9L_DT , 4V9L_AE , 4V9L_CE , 4V9L_BU , 4V9L_DU , 4V9L_BV , 4V9L_DV , 4V9L_BW , 4V9L_DW , 4V9L_BX , 4V9L_DX , 4V9L_BY , 4V9L_DY , 4V9L_BZ , 4V9L_DZ , 4V9L_B0 , 4V9L_D0 , 4V9L_B2 , 4V9L_D2 , 4V9L_B3 , 4V9L_D3 , 4V9L_B5 , 4V9L_D5 , 4V9L_AF , 4V9L_CF , 4V9L_B6 , 4V9L_D6 , 4V9L_B7 , 4V9L_D7 , 4V9L_B8 , 4V9L_D8 , 4V9L_B9 , 4V9L_D9 , 4V9L_B1 , 4V9L_D1 , 4V9L_B4 , 4V9L_D4 , 4V9L_BA , 4V9L_DA , 4V9L_AG , 4V9L_CG , 4V9L_BB , 4V9L_DB , 4V9L_AH , 4V9L_CH , 4V9L_AI , 4V9L_CI , 4V9L_AJ , 4V9L_CJ
4V9M
70s ribosome translocation intermediate fa-4.2a containing elongation factor efg/fusidic acid/gdp, mrna, and trna bound in the pe*/e state. Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2013-04-25 Method: X-RAY DIFFRACTION Resolution: 4 Å Organism(s): Escherichia Coli , Thermus Thermophilus Sequences Data: 4V9M_AB , 4V9M_CB , 4V9M_AK , 4V9M_CK , 4V9M_AL , 4V9M_CL , 4V9M_AM , 4V9M_CM , 4V9M_AN , 4V9M_CN , 4V9M_AO , 4V9M_CO , 4V9M_AP , 4V9M_CP , 4V9M_AQ , 4V9M_CQ , 4V9M_AR , 4V9M_CR , 4V9M_AS , 4V9M_CS , 4V9M_AT , 4V9M_CT , 4V9M_AC , 4V9M_CC , 4V9M_AA , 4V9M_CA , 4V9M_AW , 4V9M_CW , 4V9M_AV , 4V9M_CV , 4V9M_AY , 4V9M_CY , 4V9M_BC , 4V9M_DC , 4V9M_BD , 4V9M_DD , 4V9M_BE , 4V9M_DE , 4V9M_BF , 4V9M_DF , 4V9M_BG , 4V9M_DG , 4V9M_BH , 4V9M_DH , 4V9M_AD , 4V9M_CD , 4V9M_BJ , 4V9M_DJ , 4V9M_BK , 4V9M_DK , 4V9M_BN , 4V9M_DN , 4V9M_BO , 4V9M_DO , 4V9M_BP , 4V9M_DP , 4V9M_BQ , 4V9M_DQ , 4V9M_BR , 4V9M_DR , 4V9M_BS , 4V9M_DS , 4V9M_BT , 4V9M_DT , 4V9M_BU , 4V9M_DU , 4V9M_AE , 4V9M_CE , 4V9M_BV , 4V9M_DV , 4V9M_BW , 4V9M_DW , 4V9M_BX , 4V9M_DX , 4V9M_BY , 4V9M_DY , 4V9M_BZ , 4V9M_DZ , 4V9M_B0 , 4V9M_D0 , 4V9M_B2 , 4V9M_D2 , 4V9M_B3 , 4V9M_D3 , 4V9M_B5 , 4V9M_D5 , 4V9M_B6 , 4V9M_D6 , 4V9M_AF , 4V9M_CF , 4V9M_B7 , 4V9M_D7 , 4V9M_B8 , 4V9M_D8 , 4V9M_B9 , 4V9M_D9 , 4V9M_B1 , 4V9M_D1 , 4V9M_B4 , 4V9M_D4 , 4V9M_BA , 4V9M_DA , 4V9M_BB , 4V9M_DB , 4V9M_AG , 4V9M_CG , 4V9M_AH , 4V9M_CH , 4V9M_AI , 4V9M_CI , 4V9M_AJ , 4V9M_CJ