Search Query :
8XAS
Crystal structure of atarr1-dbd in complex with a dna fragment Deposition Author(s): Li, J.X. , Wang, J.W. , Zhang, P. , Zhou, C.M.
Date: 2023-12-05 Method: X-RAY DIFFRACTION Resolution: 2.346 Å Organism(s): Arabidopsis Thaliana , Synthetic Construct Sequences Data: 8XAS_A , 8XAS_B , 8XAS_C , 8XAS_D , 8XAS_E , 8XAS_F , 8XAS_X , 8XAS_Y , 8XAS_G , 8XAS_H
8XAT
Crystal structure of atarr1(rd-dbd) Deposition Author(s): Li, J.X. , Wang, J.W. , Zhang, P. , Zhou, C.M.
Date: 2023-12-05 Method: X-RAY DIFFRACTION Resolution: 2.205 Å Organism(s): Arabidopsis Thaliana Sequences Data: 8XAT_A , 8XAT_B
8XU8
State 2c(s2c) of yeast 80s ribosome bound to compact eef2 and 2 trnas during peptidyl transferation Deposition Author(s): Cheng, J. , Li, J.X. , Wu, C.L. , Zhang, X.Z.
Date: 2024-01-12 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 8XU8_2 , 8XU8_I , 8XU8_J , 8XU8_K , 8XU8_L , 8XU8_M , 8XU8_N , 8XU8_O , 8XU8_P , 8XU8_Q , 8XU8_R , 8XU8_A , 8XU8_S , 8XU8_T , 8XU8_U , 8XU8_V , 8XU8_W , 8XU8_X , 8XU8_Y , 8XU8_Z , 8XU8_B , 8XU8_C , 8XU8_D , 8XU8_E , 8XU8_F , 8XU8_G , 8XU8_H , 8XU8_SD , 8XU8_SZ , 8XU8_SE , 8XU8_SC , 8XU8_SA , 8XU8_SI , 8XU8_SJ , 8XU8_SL , 8XU8_SM , 8XU8_SB , 8XU8_SF , 8XU8_SH , 8XU8_SO , 8XU8_SN , 8XU8_SG , 8XU8_SP , 8XU8_SQ , 8XU8_SR , 8XU8_SS , 8XU8_ST , 8XU8_SU , 8XU8_SV , 8XU8_SW , 8XU8_SX , 8XU8_SY , 8XU8_SK
8Y2Y
Mpxv mrna capping enzyme small subunit Deposition Author(s): Chen, A.K. , Li, J.X.
Date: 2024-01-27 Method: X-RAY DIFFRACTION Resolution: 2.2 Å Organism(s): Monkeypox Virus Sequences Data: 8Y2Y_A
8Y2Z
Mpxv mrna cap n7 methyltransferase Deposition Author(s): Chen, A.K. , Li, J.X.
Date: 2024-01-27 Method: X-RAY DIFFRACTION Resolution: 3.94 Å Organism(s): Monkeypox Virus Sequences Data: 8Y2Z_A , 8Y2Z_B
8YLD
State 4a (s4a) of yeast 80s ribosome bound to 2 trnas and open eef3 and eef2 during translocation Deposition Author(s): Cheng, J. , Li, J.X. , Wu, C.L. , Zhang, X.Z.
Date: 2024-03-06 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 8YLD_S , 8YLD_H , 8YLD_I , 8YLD_K , 8YLD_L , 8YLD_M , 8YLD_N , 8YLD_O , 8YLD_P , 8YLD_Q , 8YLD_R , 8YLD_2 , 8YLD_T , 8YLD_U , 8YLD_V , 8YLD_W , 8YLD_X , 8YLD_Y , 8YLD_Z , 8YLD_A , 8YLD_B , 8YLD_C , 8YLD_D , 8YLD_E , 8YLD_F , 8YLD_G , 8YLD_J , 8YLD_SC , 8YLD_SE , 8YLD_SA , 8YLD_SI , 8YLD_SL , 8YLD_SM , 8YLD_SG , 8YLD_SB , 8YLD_SF , 8YLD_SH , 8YLD_SK , 8YLD_SN , 8YLD_SD , 8YLD_SZ , 8YLD_SP , 8YLD_SQ , 8YLD_SR , 8YLD_SS , 8YLD_ST , 8YLD_SU , 8YLD_SV , 8YLD_SW , 8YLD_SX , 8YLD_SY , 8YLD_SJ , 8YLD_SO
8YLR
State 6 (s6) of yeast 80s ribosome bound to 2 trnas and eef2 and eef3 during tranlocation Deposition Author(s): Cheng, J. , Li, J.X. , Wu, C.L. , Zhang, X.Z.
Date: 2024-03-06 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 8YLR_2 , 8YLR_J , 8YLR_K , 8YLR_L , 8YLR_M , 8YLR_N , 8YLR_O , 8YLR_P , 8YLR_Q , 8YLR_R , 8YLR_S , 8YLR_A , 8YLR_T , 8YLR_U , 8YLR_V , 8YLR_W , 8YLR_X , 8YLR_Y , 8YLR_Z , 8YLR_B , 8YLR_C , 8YLR_D , 8YLR_E , 8YLR_F , 8YLR_G , 8YLR_H , 8YLR_I , 8YLR_SA , 8YLR_SC , 8YLR_SD , 8YLR_SE , 8YLR_SF , 8YLR_SH , 8YLR_SI , 8YLR_SJ , 8YLR_SK , 8YLR_SM , 8YLR_SN , 8YLR_SO , 8YLR_SQ , 8YLR_SS , 8YLR_ST , 8YLR_SR , 8YLR_SV , 8YLR_SW , 8YLR_SX , 8YLR_SY , 8YLR_SZ , 8YLR_SB , 8YLR_SG , 8YLR_SP , 8YLR_SU , 8YLR_SL
8YVC
Cryo-em structure of carboxysomal midi-shell:icosahedral assembly from csos4a/4b/1a/1b/1c/1d and csos2 c-terminal co-expression (t = 19) Deposition Author(s): Basle, A. , Chriscoli, V. , Li, J.X. , Li, K. , Li, T.P. , Liu, L.N. , Marles-Wright, J. , Ng, P.C. , Wang, P. , Wang, S.M. , Zhang, Y.Z.
Date: 2024-03-28 Method: ELECTRON MICROSCOPY Resolution: 3.04 Å Organism(s): Halothiobacillus Neapolitanus Sequences Data: 8YVC_C , 8YVC_D , 8YVC_E , 8YVC_F , 8YVC_G , 8YVC_H , 8YVC_I , 8YVC_J , 8YVC_K , 8YVC_L , 8YVC_M , 8YVC_N , 8YVC_O , 8YVC_P , 8YVC_Q , 8YVC_R , 8YVC_S , 8YVC_T , 8YVC_U , 8YVC_X , 8YVC_Y
8YVD
Cryo-em structure of carboxysomal midi-shell: icosahedral assembly from csos4a/4b/1a/1b/1c/1d and csos2 c-terminal co-expression (t = 16) Deposition Author(s): Basle, A. , Chriscoli, V. , Li, J.X. , Li, K. , Li, T.P. , Marles-Wright, J. , Ng, P.C. , Wang, P. , Wang, S.M. , Zhang, Y.Z.
Date: 2024-03-28 Method: ELECTRON MICROSCOPY Resolution: 2.75 Å Organism(s): Halothiobacillus Neapolitanus Sequences Data: 8YVD_A , 8YVD_B , 8YVD_C , 8YVD_D , 8YVD_E , 8YVD_F , 8YVD_G , 8YVD_H , 8YVD_I , 8YVD_J , 8YVD_K , 8YVD_L , 8YVD_M , 8YVD_N , 8YVD_O , 8YVD_P , 8YVD_X , 8YVD_Y
8YVE
Cryo-em structure of carboxysomal midi-shell: icosahedral assembly from csos4a/4b/1a/1b/1c/1d and csos2 c-terminal co-expression (t = 9) Deposition Author(s): Basle, A. , Chriscoli, V. , Li, J.X. , Li, K. , Li, T.P. , Liu, L.N. , Marles-Wright, J. , Ng, P.C. , Wang, P. , Wang, S.M. , Zhang, Y.Z.
Date: 2024-03-28 Method: ELECTRON MICROSCOPY Resolution: 2.3 Å Organism(s): Halothiobacillus Neapolitanus Sequences Data: 8YVE_A , 8YVE_B , 8YVE_C , 8YVE_D , 8YVE_E , 8YVE_F , 8YVE_N , 8YVE_R , 8YVE_X , 8YVE_V