Search Query :
1VQO
The structure of ccpmn bound to the large ribosomal subunit haloarcula marismortui Deposition Author(s): Schmeing, T.M. , Steitz, T.A.
Date: 2004-12-16 Method: X-RAY DIFFRACTION Resolution: 2.2 Å Organism(s): Haloarcula Marismortui , Synthetic Construct Sequences Data: 1VQO_0 , 1VQO_G , 1VQO_H , 1VQO_J , 1VQO_K , 1VQO_L , 1VQO_M , 1VQO_N , 1VQO_O , 1VQO_P , 1VQO_Q , 1VQO_9 , 1VQO_R , 1VQO_S , 1VQO_T , 1VQO_U , 1VQO_V , 1VQO_W , 1VQO_X , 1VQO_Y , 1VQO_Z , 1VQO_1 , 1VQO_4 , 1VQO_2 , 1VQO_3 , 1VQO_I , 1VQO_A , 1VQO_B , 1VQO_C , 1VQO_D , 1VQO_E , 1VQO_F
1VQP
The structure of the transition state analogue ""rap"" bound to the large ribosomal subunit of haloarcula marismortui Deposition Author(s): Schmeing, T.M. , Steitz, T.A.
Date: 2004-12-16 Method: X-RAY DIFFRACTION Resolution: 2.25 Å Organism(s): Haloarcula Marismortui , Synthetic Construct Sequences Data: 1VQP_0 , 1VQP_G , 1VQP_H , 1VQP_J , 1VQP_K , 1VQP_L , 1VQP_M , 1VQP_N , 1VQP_O , 1VQP_P , 1VQP_Q , 1VQP_9 , 1VQP_R , 1VQP_S , 1VQP_T , 1VQP_U , 1VQP_V , 1VQP_W , 1VQP_X , 1VQP_Y , 1VQP_Z , 1VQP_1 , 1VQP_4 , 1VQP_2 , 1VQP_3 , 1VQP_I , 1VQP_A , 1VQP_B , 1VQP_C , 1VQP_D , 1VQP_E , 1VQP_F
4JN3
Crystal structures of the first condensation domain of the cda synthetase Deposition Author(s): Bloudoff, K. , Schmeing, T.M.
Date: 2013-03-14 Method: X-RAY DIFFRACTION Resolution: 1.69 Å Organism(s): Streptomyces Coelicolor Sequences Data: 4JN3_A , 4JN3_B
4JN5
Crystal structures of the first condensation domain of the cda synthetase Deposition Author(s): Bloudoff, K. , Schmeing, T.M.
Date: 2013-03-14 Method: X-RAY DIFFRACTION Resolution: 2.44 Å Organism(s): Streptomyces Coelicolor Sequences Data: 4JN5_A , 4JN5_B
4V5G
The crystal structure of the 70s ribosome bound to ef-tu and trna Deposition Author(s): Ramakrishnan, V. , Schmeing, T.M. , Voorhees, R.M.
Date: 2009-09-01 Method: X-RAY DIFFRACTION Resolution: 3.6 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V5G_AA , 4V5G_CA , 4V5G_AJ , 4V5G_CJ , 4V5G_AK , 4V5G_CK , 4V5G_AL , 4V5G_CL , 4V5G_AM , 4V5G_CM , 4V5G_AN , 4V5G_CN , 4V5G_AO , 4V5G_CO , 4V5G_AP , 4V5G_CP , 4V5G_AQ , 4V5G_CQ , 4V5G_AR , 4V5G_CR , 4V5G_AS , 4V5G_CS , 4V5G_AB , 4V5G_CB , 4V5G_AT , 4V5G_CT , 4V5G_AU , 4V5G_CU , 4V5G_AV , 4V5G_AW , 4V5G_CV , 4V5G_CW , 4V5G_AX , 4V5G_CX , 4V5G_AY , 4V5G_CY , 4V5G_AZ , 4V5G_CZ , 4V5G_B0 , 4V5G_D0 , 4V5G_B1 , 4V5G_D1 , 4V5G_B2 , 4V5G_D2 , 4V5G_B3 , 4V5G_D3 , 4V5G_AC , 4V5G_CC , 4V5G_B4 , 4V5G_D4 , 4V5G_B5 , 4V5G_D5 , 4V5G_B6 , 4V5G_D6 , 4V5G_B7 , 4V5G_D7 , 4V5G_B8 , 4V5G_D8 , 4V5G_B9 , 4V5G_D9 , 4V5G_BA , 4V5G_DA , 4V5G_BB , 4V5G_DB , 4V5G_BC , 4V5G_DC , 4V5G_BD , 4V5G_DD , 4V5G_AD , 4V5G_CD , 4V5G_BE , 4V5G_DE , 4V5G_BF , 4V5G_DF , 4V5G_BG , 4V5G_DG , 4V5G_BH , 4V5G_DH , 4V5G_BJ , 4V5G_DJ , 4V5G_BK , 4V5G_DK , 4V5G_BN , 4V5G_DN , 4V5G_BO , 4V5G_DO , 4V5G_BP , 4V5G_DP , 4V5G_BQ , 4V5G_DQ , 4V5G_AE , 4V5G_CE , 4V5G_BR , 4V5G_DR , 4V5G_BS , 4V5G_DS , 4V5G_BT , 4V5G_DT , 4V5G_BU , 4V5G_DU , 4V5G_BV , 4V5G_DV , 4V5G_BW , 4V5G_DW , 4V5G_BX , 4V5G_DX , 4V5G_BY , 4V5G_DY , 4V5G_BZ , 4V5G_DZ , 4V5G_AF , 4V5G_CF , 4V5G_AG , 4V5G_CG , 4V5G_AH , 4V5G_CH , 4V5G_AI , 4V5G_CI
4V5L
The structure of ef-tu and aminoacyl-trna bound to the 70s ribosome with a gtp analog Deposition Author(s): Ramakrishnan, V. , Schmeing, T.M. , Voorhees, R.M.
Date: 2010-09-02 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V5L_AA , 4V5L_AJ , 4V5L_AK , 4V5L_AL , 4V5L_AM , 4V5L_AN , 4V5L_AO , 4V5L_AP , 4V5L_AQ , 4V5L_AR , 4V5L_AS , 4V5L_AB , 4V5L_AT , 4V5L_AU , 4V5L_AV , 4V5L_AW , 4V5L_AX , 4V5L_AY , 4V5L_AZ , 4V5L_B0 , 4V5L_B1 , 4V5L_B2 , 4V5L_B3 , 4V5L_AC , 4V5L_B4 , 4V5L_B5 , 4V5L_B6 , 4V5L_B7 , 4V5L_B8 , 4V5L_B9 , 4V5L_BA , 4V5L_BB , 4V5L_BC , 4V5L_BD , 4V5L_AD , 4V5L_BE , 4V5L_BF , 4V5L_BG , 4V5L_BH , 4V5L_BJ , 4V5L_BK , 4V5L_BN , 4V5L_BO , 4V5L_BP , 4V5L_BQ , 4V5L_AE , 4V5L_BR , 4V5L_BS , 4V5L_BT , 4V5L_BU , 4V5L_BV , 4V5L_BW , 4V5L_BX , 4V5L_BY , 4V5L_BZ , 4V5L_AF , 4V5L_AG , 4V5L_AH , 4V5L_AI
4V5P
The crystal structure of ef-tu and a9c-trna-trp bound to a near- cognate codon on the 70s ribosome Deposition Author(s): Ramakrishnan, V. , Schmeing, T.M. , Voorhees, R.M.
Date: 2010-12-07 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V5P_AA , 4V5P_CA , 4V5P_AJ , 4V5P_CJ , 4V5P_AK , 4V5P_CK , 4V5P_AL , 4V5P_CL , 4V5P_AM , 4V5P_CM , 4V5P_AN , 4V5P_CN , 4V5P_AO , 4V5P_CO , 4V5P_AP , 4V5P_CP , 4V5P_AQ , 4V5P_CQ , 4V5P_AR , 4V5P_CR , 4V5P_AS , 4V5P_CS , 4V5P_AB , 4V5P_CB , 4V5P_AT , 4V5P_CT , 4V5P_AU , 4V5P_CU , 4V5P_AV , 4V5P_AW , 4V5P_CV , 4V5P_CW , 4V5P_AX , 4V5P_CX , 4V5P_AY , 4V5P_CY , 4V5P_AZ , 4V5P_CZ , 4V5P_B0 , 4V5P_D0 , 4V5P_B1 , 4V5P_D1 , 4V5P_B2 , 4V5P_D2 , 4V5P_B3 , 4V5P_D3 , 4V5P_AC , 4V5P_CC , 4V5P_B4 , 4V5P_D4 , 4V5P_B5 , 4V5P_D5 , 4V5P_B6 , 4V5P_D6 , 4V5P_B7 , 4V5P_D7 , 4V5P_B8 , 4V5P_D8 , 4V5P_B9 , 4V5P_D9 , 4V5P_BA , 4V5P_DA , 4V5P_BB , 4V5P_DB , 4V5P_BC , 4V5P_DC , 4V5P_BD , 4V5P_DD , 4V5P_AD , 4V5P_CD , 4V5P_BE , 4V5P_DE , 4V5P_BF , 4V5P_DF , 4V5P_BG , 4V5P_DG , 4V5P_BH , 4V5P_DH , 4V5P_BJ , 4V5P_DJ , 4V5P_BK , 4V5P_DK , 4V5P_BN , 4V5P_DN , 4V5P_BO , 4V5P_DO , 4V5P_BP , 4V5P_DP , 4V5P_BQ , 4V5P_DQ , 4V5P_AE , 4V5P_CE , 4V5P_BR , 4V5P_DR , 4V5P_BS , 4V5P_DS , 4V5P_BT , 4V5P_DT , 4V5P_BU , 4V5P_DU , 4V5P_BV , 4V5P_DV , 4V5P_BW , 4V5P_DW , 4V5P_BX , 4V5P_DX , 4V5P_BY , 4V5P_DY , 4V5P_BZ , 4V5P_DZ , 4V5P_AF , 4V5P_CF , 4V5P_AG , 4V5P_CG , 4V5P_AH , 4V5P_CH , 4V5P_AI , 4V5P_CI
4V5Q
The crystal structure of ef-tu and g24a-trna-trp bound to a near- cognate codon on the 70s ribosome Deposition Author(s): Ramakrishnan, V. , Schmeing, T.M. , Voorhees, R.M.
Date: 2010-12-07 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V5Q_AA , 4V5Q_CA , 4V5Q_AJ , 4V5Q_CJ , 4V5Q_AK , 4V5Q_CK , 4V5Q_AL , 4V5Q_CL , 4V5Q_AM , 4V5Q_CM , 4V5Q_AN , 4V5Q_CN , 4V5Q_AO , 4V5Q_CO , 4V5Q_AP , 4V5Q_CP , 4V5Q_AQ , 4V5Q_CQ , 4V5Q_AR , 4V5Q_CR , 4V5Q_AS , 4V5Q_CS , 4V5Q_AB , 4V5Q_CB , 4V5Q_AT , 4V5Q_CT , 4V5Q_AU , 4V5Q_CU , 4V5Q_AV , 4V5Q_AW , 4V5Q_CV , 4V5Q_CW , 4V5Q_AX , 4V5Q_CX , 4V5Q_AY , 4V5Q_CY , 4V5Q_AZ , 4V5Q_CZ , 4V5Q_B0 , 4V5Q_D0 , 4V5Q_B1 , 4V5Q_D1 , 4V5Q_B2 , 4V5Q_D2 , 4V5Q_B3 , 4V5Q_D3 , 4V5Q_AC , 4V5Q_CC , 4V5Q_B4 , 4V5Q_D4 , 4V5Q_B5 , 4V5Q_D5 , 4V5Q_B6 , 4V5Q_D6 , 4V5Q_B7 , 4V5Q_D7 , 4V5Q_B8 , 4V5Q_D8 , 4V5Q_B9 , 4V5Q_D9 , 4V5Q_BA , 4V5Q_DA , 4V5Q_BB , 4V5Q_DB , 4V5Q_BC , 4V5Q_DC , 4V5Q_BD , 4V5Q_DD , 4V5Q_AD , 4V5Q_CD , 4V5Q_BE , 4V5Q_DE , 4V5Q_BF , 4V5Q_DF , 4V5Q_BG , 4V5Q_DG , 4V5Q_BH , 4V5Q_DH , 4V5Q_BJ , 4V5Q_DJ , 4V5Q_BK , 4V5Q_DK , 4V5Q_BN , 4V5Q_DN , 4V5Q_BO , 4V5Q_DO , 4V5Q_BP , 4V5Q_DP , 4V5Q_BQ , 4V5Q_DQ , 4V5Q_AE , 4V5Q_CE , 4V5Q_BR , 4V5Q_DR , 4V5Q_BS , 4V5Q_DS , 4V5Q_BT , 4V5Q_DT , 4V5Q_BU , 4V5Q_DU , 4V5Q_BV , 4V5Q_DV , 4V5Q_BW , 4V5Q_DW , 4V5Q_BX , 4V5Q_DX , 4V5Q_BY , 4V5Q_DY , 4V5Q_BZ , 4V5Q_DZ , 4V5Q_AF , 4V5Q_CF , 4V5Q_AG , 4V5Q_CG , 4V5Q_AH , 4V5Q_CH , 4V5Q_AI , 4V5Q_CI
4V5R
The crystal structure of ef-tu and trp-trna-trp bound to a cognate codon on the 70s ribosome. Deposition Author(s): Ramakrishnan, V. , Schmeing, T.M. , Voorhees, R.M.
Date: 2010-12-07 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V5R_AA , 4V5R_CA , 4V5R_AJ , 4V5R_CJ , 4V5R_AK , 4V5R_CK , 4V5R_AL , 4V5R_CL , 4V5R_AM , 4V5R_CM , 4V5R_AN , 4V5R_CN , 4V5R_AO , 4V5R_CO , 4V5R_AP , 4V5R_CP , 4V5R_AQ , 4V5R_CQ , 4V5R_AR , 4V5R_CR , 4V5R_AS , 4V5R_CS , 4V5R_AB , 4V5R_CB , 4V5R_AT , 4V5R_CT , 4V5R_AU , 4V5R_CU , 4V5R_AV , 4V5R_AW , 4V5R_CV , 4V5R_CW , 4V5R_AX , 4V5R_CX , 4V5R_AY , 4V5R_CY , 4V5R_AZ , 4V5R_CZ , 4V5R_B0 , 4V5R_D0 , 4V5R_B1 , 4V5R_D1 , 4V5R_B2 , 4V5R_D2 , 4V5R_B3 , 4V5R_D3 , 4V5R_AC , 4V5R_CC , 4V5R_B4 , 4V5R_D4 , 4V5R_B5 , 4V5R_D5 , 4V5R_B6 , 4V5R_D6 , 4V5R_B7 , 4V5R_D7 , 4V5R_B8 , 4V5R_D8 , 4V5R_B9 , 4V5R_D9 , 4V5R_BA , 4V5R_DA , 4V5R_BB , 4V5R_DB , 4V5R_BC , 4V5R_DC , 4V5R_BD , 4V5R_DD , 4V5R_AD , 4V5R_CD , 4V5R_BE , 4V5R_DE , 4V5R_BF , 4V5R_DF , 4V5R_BG , 4V5R_DG , 4V5R_BH , 4V5R_DH , 4V5R_BJ , 4V5R_DJ , 4V5R_BK , 4V5R_DK , 4V5R_BN , 4V5R_DN , 4V5R_BO , 4V5R_DO , 4V5R_BP , 4V5R_DP , 4V5R_BQ , 4V5R_DQ , 4V5R_AE , 4V5R_CE , 4V5R_BR , 4V5R_DR , 4V5R_BS , 4V5R_DS , 4V5R_BT , 4V5R_DT , 4V5R_BU , 4V5R_DU , 4V5R_BV , 4V5R_DV , 4V5R_BW , 4V5R_DW , 4V5R_BX , 4V5R_DX , 4V5R_BY , 4V5R_DY , 4V5R_BZ , 4V5R_DZ , 4V5R_AF , 4V5R_CF , 4V5R_AG , 4V5R_CG , 4V5R_AH , 4V5R_CH , 4V5R_AI , 4V5R_CI
4V5S
The crystal structure of ef-tu and g24a-trna-trp bound to a cognate codon on the 70s ribosome. Deposition Author(s): Ramakrishnan, V. , Schmeing, T.M. , Voorhees, R.M.
Date: 2010-12-07 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4V5S_AA , 4V5S_CA , 4V5S_AJ , 4V5S_CJ , 4V5S_AK , 4V5S_CK , 4V5S_AL , 4V5S_CL , 4V5S_AM , 4V5S_CM , 4V5S_AN , 4V5S_CN , 4V5S_AO , 4V5S_CO , 4V5S_AP , 4V5S_CP , 4V5S_AQ , 4V5S_CQ , 4V5S_AR , 4V5S_CR , 4V5S_AS , 4V5S_CS , 4V5S_AB , 4V5S_CB , 4V5S_AT , 4V5S_CT , 4V5S_AU , 4V5S_CU , 4V5S_AV , 4V5S_AW , 4V5S_CV , 4V5S_CW , 4V5S_AX , 4V5S_CX , 4V5S_AY , 4V5S_CY , 4V5S_AZ , 4V5S_CZ , 4V5S_B0 , 4V5S_D0 , 4V5S_B1 , 4V5S_D1 , 4V5S_B2 , 4V5S_D2 , 4V5S_B3 , 4V5S_D3 , 4V5S_AC , 4V5S_CC , 4V5S_B4 , 4V5S_D4 , 4V5S_B5 , 4V5S_D5 , 4V5S_B6 , 4V5S_D6 , 4V5S_B7 , 4V5S_D7 , 4V5S_B8 , 4V5S_D8 , 4V5S_B9 , 4V5S_D9 , 4V5S_BA , 4V5S_DA , 4V5S_BB , 4V5S_DB , 4V5S_BC , 4V5S_DC , 4V5S_BD , 4V5S_DD , 4V5S_AD , 4V5S_CD , 4V5S_BE , 4V5S_DE , 4V5S_BF , 4V5S_DF , 4V5S_BG , 4V5S_DG , 4V5S_BH , 4V5S_DH , 4V5S_BJ , 4V5S_DJ , 4V5S_BK , 4V5S_DK , 4V5S_BN , 4V5S_DN , 4V5S_BO , 4V5S_DO , 4V5S_BP , 4V5S_DP , 4V5S_BQ , 4V5S_DQ , 4V5S_AE , 4V5S_CE , 4V5S_BR , 4V5S_DR , 4V5S_BS , 4V5S_DS , 4V5S_BT , 4V5S_DT , 4V5S_BU , 4V5S_DU , 4V5S_BV , 4V5S_DV , 4V5S_BW , 4V5S_DW , 4V5S_BX , 4V5S_DX , 4V5S_BY , 4V5S_DY , 4V5S_BZ , 4V5S_DZ , 4V5S_AF , 4V5S_CF , 4V5S_AG , 4V5S_CG , 4V5S_AH , 4V5S_CH , 4V5S_AI , 4V5S_CI