Search Query :
4M6F
Dimer of the g-segment invertase bound to a dna substrate Deposition Author(s): Ritacco, C.J. , Steitz, T.A. , Wang, J.
Date: 2013-08-09 Method: X-RAY DIFFRACTION Resolution: 4.99 Å Organism(s): Enterobacteria Phage Mu , Synthetic Construct Sequences Data: 4M6F_A , 4M6F_B , 4M6F_C
4PCW
Crystal structure of the n-terminal domain of human profilaggrin at 2.2 a resolution Deposition Author(s): Bunick, C.G. , Steitz, T.A.
Date: 2014-04-16 Method: X-RAY DIFFRACTION Resolution: 2.2 Å Organism(s): Homo Sapiens Sequences Data: 4PCW_A , 4PCW_B , 4PCW_C , 4PCW_D
4PLX
Crystal structure of the triple-helical stability element at the 3' end of malat1 Deposition Author(s): Brown, J.A. , Bulkley, D. , Steitz, J.A. , Steitz, T.A. , Valenstein, M.L. , Wang, J. , Yario, T.A.
Date: 2014-05-19 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): N.A. Sequences Data: 4PLX_A , 4PLX_B , 4PLX_C
4Q6G
Crystal structure of the c-terminal domain of ackrs-1 bound with n-acetyl-lysine and adpnp Deposition Author(s): Eiler, D.R. , Kavran, J. , Steitz, T.A.
Date: 2014-04-22 Method: X-RAY DIFFRACTION Resolution: 2.25 Å Organism(s): Methanosarcina Mazei Sequences Data: 4Q6G_A
4QJD
Crystal structure of twister with the nucleotide 5'- to the cleavage site disordered at 3.1 a resolution Deposition Author(s): Eiler, D.R. , Steitz, T.A. , Wang, J.
Date: 2014-06-03 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): N.A. Sequences Data: 4QJD_A , 4QJD_C , 4QJD_E , 4QJD_G , 4QJD_B , 4QJD_D , 4QJD_F , 4QJD_H
4QJH
Crystal structure of the twister ribozyme with the nucleotide 5'- to the cleavage site ordered at 4.1 a resolution Deposition Author(s): Eiler, D.R. , Steitz, T.A. , Wang, J.
Date: 2014-06-03 Method: X-RAY DIFFRACTION Resolution: 3.88 Å Organism(s): N.A. Sequences Data: 4QJH_A , 4QJH_C , 4QJH_E , 4QJH_B , 4QJH_D , 4QJH_F
4S20
Structural basis for transcription reactivation by rapa Deposition Author(s): Liu, B. , Steitz, T.A. , Zuo, Y.
Date: 2015-01-16 Method: X-RAY DIFFRACTION Resolution: 4.7 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 4S20_A , 4S20_B , 4S20_F , 4S20_G , 4S20_C , 4S20_H , 4S20_D , 4S20_I , 4S20_E , 4S20_J , 4S20_K , 4S20_L , 4S20_M , 4S20_O , 4S20_N , 4S20_P
4V5H
E.coli 70s ribosome stalled during translation of tnac leader peptide. Deposition Author(s): Armache, J. , Becker, T. , Beckmann, R. , Gartmann, M. , Innis, C.A. , Mielke, T. , Schulten, K. , Seidelt, B. , Steitz, T.A. , Trabuco, L.G. , Villa, E. , Wilson, D.N.
Date: 2009-10-26 Method: ELECTRON MICROSCOPY Resolution: 5.8 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 4V5H_AA , 4V5H_AJ , 4V5H_AK , 4V5H_AL , 4V5H_AM , 4V5H_AN , 4V5H_AO , 4V5H_AP , 4V5H_AQ , 4V5H_AR , 4V5H_AS , 4V5H_AB , 4V5H_AT , 4V5H_AU , 4V5H_AV , 4V5H_AX , 4V5H_AZ , 4V5H_B0 , 4V5H_B1 , 4V5H_B2 , 4V5H_B3 , 4V5H_B4 , 4V5H_AC , 4V5H_B5 , 4V5H_B6 , 4V5H_B7 , 4V5H_B8 , 4V5H_BA , 4V5H_BB , 4V5H_BC , 4V5H_BD , 4V5H_BE , 4V5H_BF , 4V5H_AD , 4V5H_BG , 4V5H_BH , 4V5H_BI , 4V5H_BJ , 4V5H_BK , 4V5H_BL , 4V5H_BM , 4V5H_BN , 4V5H_BO , 4V5H_BP , 4V5H_AE , 4V5H_BQ , 4V5H_BR , 4V5H_BS , 4V5H_BT , 4V5H_BU , 4V5H_BW , 4V5H_BY , 4V5H_AF , 4V5H_AG , 4V5H_AH , 4V5H_AI
4V7W
Structure of the thermus thermophilus ribosome complexed with chloramphenicol. Deposition Author(s): Blaha, G. , Bulkley, D.P. , Innis, C.A. , Steitz, T.A.
Date: 2010-08-16 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Thermus Thermophilus Sequences Data: 4V7W_AA , 4V7W_CA , 4V7W_AJ , 4V7W_CJ , 4V7W_AK , 4V7W_CK , 4V7W_AL , 4V7W_CL , 4V7W_AM , 4V7W_CM , 4V7W_AN , 4V7W_CN , 4V7W_AO , 4V7W_CO , 4V7W_AP , 4V7W_CP , 4V7W_AQ , 4V7W_CQ , 4V7W_AR , 4V7W_CR , 4V7W_AS , 4V7W_CS , 4V7W_AB , 4V7W_CB , 4V7W_AT , 4V7W_CT , 4V7W_AU , 4V7W_CU , 4V7W_B0 , 4V7W_D0 , 4V7W_B1 , 4V7W_D1 , 4V7W_B2 , 4V7W_D2 , 4V7W_B3 , 4V7W_D3 , 4V7W_B4 , 4V7W_D4 , 4V7W_B5 , 4V7W_D5 , 4V7W_B6 , 4V7W_D6 , 4V7W_B7 , 4V7W_D7 , 4V7W_AC , 4V7W_CC , 4V7W_B8 , 4V7W_D8 , 4V7W_BA , 4V7W_DA , 4V7W_BB , 4V7W_DB , 4V7W_BD , 4V7W_DD , 4V7W_BE , 4V7W_DE , 4V7W_BF , 4V7W_DF , 4V7W_BG , 4V7W_DG , 4V7W_BH , 4V7W_DH , 4V7W_BI , 4V7W_DI , 4V7W_BN , 4V7W_DN , 4V7W_AD , 4V7W_CD , 4V7W_BO , 4V7W_DO , 4V7W_BP , 4V7W_DP , 4V7W_BQ , 4V7W_DQ , 4V7W_BR , 4V7W_DR , 4V7W_BS , 4V7W_DS , 4V7W_BT , 4V7W_DT , 4V7W_BU , 4V7W_DU , 4V7W_BV , 4V7W_DV , 4V7W_BW , 4V7W_DW , 4V7W_BX , 4V7W_DX , 4V7W_AE , 4V7W_CE , 4V7W_BY , 4V7W_DY , 4V7W_BZ , 4V7W_DZ , 4V7W_AF , 4V7W_CF , 4V7W_AG , 4V7W_CG , 4V7W_AH , 4V7W_CH , 4V7W_AI , 4V7W_CI
4V7X
Structure of the thermus thermophilus ribosome complexed with erythromycin. Deposition Author(s): Blaha, G. , Bulkley, D.P. , Innis, C.A. , Steitz, T.A.
Date: 2010-08-17 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Thermus Thermophilus Sequences Data: 4V7X_AA , 4V7X_CA , 4V7X_AJ , 4V7X_CJ , 4V7X_AK , 4V7X_CK , 4V7X_AL , 4V7X_CL , 4V7X_AM , 4V7X_CM , 4V7X_AN , 4V7X_CN , 4V7X_AO , 4V7X_CO , 4V7X_AP , 4V7X_CP , 4V7X_AQ , 4V7X_CQ , 4V7X_AR , 4V7X_CR , 4V7X_AS , 4V7X_CS , 4V7X_AB , 4V7X_CB , 4V7X_AT , 4V7X_CT , 4V7X_AU , 4V7X_CU , 4V7X_B0 , 4V7X_D0 , 4V7X_B1 , 4V7X_D1 , 4V7X_B2 , 4V7X_D2 , 4V7X_B3 , 4V7X_D3 , 4V7X_B4 , 4V7X_D4 , 4V7X_B5 , 4V7X_D5 , 4V7X_B6 , 4V7X_D6 , 4V7X_B7 , 4V7X_D7 , 4V7X_AC , 4V7X_CC , 4V7X_B8 , 4V7X_D8 , 4V7X_BA , 4V7X_DA , 4V7X_BB , 4V7X_DB , 4V7X_BD , 4V7X_DD , 4V7X_BE , 4V7X_DE , 4V7X_BF , 4V7X_DF , 4V7X_BG , 4V7X_DG , 4V7X_BH , 4V7X_DH , 4V7X_BI , 4V7X_DI , 4V7X_BN , 4V7X_DN , 4V7X_AD , 4V7X_CD , 4V7X_BO , 4V7X_DO , 4V7X_BP , 4V7X_DP , 4V7X_BQ , 4V7X_DQ , 4V7X_BR , 4V7X_DR , 4V7X_BS , 4V7X_DS , 4V7X_BT , 4V7X_DT , 4V7X_BU , 4V7X_DU , 4V7X_BV , 4V7X_DV , 4V7X_BW , 4V7X_DW , 4V7X_BX , 4V7X_DX , 4V7X_AE , 4V7X_CE , 4V7X_BY , 4V7X_DY , 4V7X_BZ , 4V7X_DZ , 4V7X_AF , 4V7X_CF , 4V7X_AG , 4V7X_CG , 4V7X_AH , 4V7X_CH , 4V7X_AI , 4V7X_CI