Search Query :
5GVW
Crystal structure of the apo-form glycosyltransferase glye in streptococcus pneumoniae tigr4 Deposition Author(s): Chen, Y. , Jiang, Y.L. , Jin, H. , Yang, H.B. , Zhao, R.L. , Zhou, C.Z.
Date: 2016-09-07 Method: X-RAY DIFFRACTION Resolution: 2.4 Å Organism(s): Neovison Vison Sequences Data: 5GVW_C , 5GVW_A , 5GVW_B , 5GVW_D
5U4I
Structural basis of co-translational quality control by arfa and rf2 bound to ribosome Deposition Author(s): Chen, Y. , Jin, H. , Phillips, J.C. , Remis, J. , Shekhar, M. , Tajkhorshid, E. , Zeng, F.
Date: 2016-12-04 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Adineta Vaga , Helicobacter Pylori Bacteriophage Khp30 , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5U4I_A , 5U4I_K , 5U4I_L , 5U4I_M , 5U4I_N , 5U4I_O , 5U4I_P , 5U4I_Q , 5U4I_R , 5U4I_S , 5U4I_T , 5U4I_B , 5U4I_U , 5U4I_V , 5U4I_W , 5U4I_X , 5U4I_Y , 5U4I_Z , 5U4I_0 , 5U4I_1 , 5U4I_2 , 5U4I_3 , 5U4I_C , 5U4I_4 , 5U4I_5 , 5U4I_D , 5U4I_E , 5U4I_F , 5U4I_G , 5U4I_H , 5U4I_I , 5U4I_J
5U4J
Structural basis of co-translational quality control by arfa and rf2 bound to ribosome Deposition Author(s): Chen, Y. , Jin, H. , Phillips, J.C. , Remis, J. , Shekhar, M. , Tajkhorshid, E. , Zeng, F.
Date: 2016-12-04 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Adineta Vaga , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5U4J_A , 5U4J_W , 5U4J_C , 5U4J_D , 5U4J_E , 5U4J_Z , 5U4J_X , 5U4J_L , 5U4J_V
5Y7G
Crystal structure of pafan1 bound to 1nt 5'flap dna with gap Deposition Author(s): Cho, Y. , Jin, H.
Date: 2017-08-17 Method: X-RAY DIFFRACTION Resolution: 3.4 Å Organism(s): Pseudomonas Stutzeri , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5Y7G_A , 5Y7G_B , 5Y7G_C , 5Y7G_D , 5Y7G_F , 5Y7G_H , 5Y7G_E , 5Y7G_G , 5Y7G_I , 5Y7G_J , 5Y7G_L , 5Y7G_N
5Y7Q
Crystal structure of pafan1 bound to 2nt 5'flap dna with gap Deposition Author(s): Cho, Y. , Jin, H.
Date: 2017-08-17 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Pseudomonas Stutzeri , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5Y7Q_A , 5Y7Q_D , 5Y7Q_B , 5Y7Q_C
5Z6W
Crystal structure of pafan1 bound to 2nt 5'flap dna with gap with manganese Deposition Author(s): Cho, Y. , Jin, H.
Date: 2018-01-25 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Pseudomonas Stutzeri , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5Z6W_A , 5Z6W_H , 5Z6W_B , 5Z6W_C
6C4H
Conformation of methylated ggq in the peptidyl transferase center during translation termination (ptc region) Deposition Author(s): Jin, H. , Zeng, F.
Date: 2018-01-12 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Adineta Vaga Sequences Data: 6C4H_A , 6C4H_C , 6C4H_D , 6C4H_N , 6C4H_X , 6C4H_V
6C4I
Conformation of methylated ggq in the peptidyl transferase center during translation termination Deposition Author(s): Jin, H. , Zeng, F.
Date: 2018-01-12 Method: ELECTRON MICROSCOPY Resolution: 3.24 Å Organism(s): Adineta Vaga , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 6C4I_A , 6C4I_J , 6C4I_K , 6C4I_L , 6C4I_M , 6C4I_N , 6C4I_O , 6C4I_P , 6C4I_Q , 6C4I_R , 6C4I_S , 6C4I_B , 6C4I_T , 6C4I_U , 6C4I_V , 6C4I_W , 6C4I_X , 6C4I_Y , 6C4I_Z , 6C4I_0 , 6C4I_1 , 6C4I_2 , 6C4I_C , 6C4I_3 , 6C4I_4 , 6C4I_5 , 6C4I_6 , 6C4I_D , 6C4I_E , 6C4I_F , 6C4I_G , 6C4I_H , 6C4I_I
6C5L
Conformation of methylated ggq in the peptidyl transferase center during translation termination (t. thermophilus) Deposition Author(s): Jin, H. , Zeng, F.
Date: 2018-01-16 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Adineta Vaga , Scytalidium Thermophilum , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 6C5L_AA , 6C5L_CA , 6C5L_AJ , 6C5L_CJ , 6C5L_AK , 6C5L_CK , 6C5L_AL , 6C5L_CL , 6C5L_AM , 6C5L_CM , 6C5L_AN , 6C5L_CN , 6C5L_AO , 6C5L_CO , 6C5L_AP , 6C5L_CP , 6C5L_AQ , 6C5L_CQ , 6C5L_AR , 6C5L_CR , 6C5L_AS , 6C5L_CS , 6C5L_AB , 6C5L_CB , 6C5L_AT , 6C5L_CT , 6C5L_AU , 6C5L_CU , 6C5L_AV , 6C5L_AW , 6C5L_CV , 6C5L_CW , 6C5L_AX , 6C5L_CX , 6C5L_AY , 6C5L_CY , 6C5L_B0 , 6C5L_D0 , 6C5L_B1 , 6C5L_D1 , 6C5L_B2 , 6C5L_D2 , 6C5L_B3 , 6C5L_D3 , 6C5L_B4 , 6C5L_D4 , 6C5L_AC , 6C5L_CC , 6C5L_B5 , 6C5L_D5 , 6C5L_B6 , 6C5L_D6 , 6C5L_B7 , 6C5L_D7 , 6C5L_B8 , 6C5L_D8 , 6C5L_B9 , 6C5L_D9 , 6C5L_BA , 6C5L_DA , 6C5L_BB , 6C5L_DB , 6C5L_BC , 6C5L_DC , 6C5L_BD , 6C5L_DD , 6C5L_BE , 6C5L_DE , 6C5L_AD , 6C5L_CD , 6C5L_BF , 6C5L_DF , 6C5L_BG , 6C5L_DG , 6C5L_BH , 6C5L_DH , 6C5L_BI , 6C5L_DI , 6C5L_BJ , 6C5L_DJ , 6C5L_BK , 6C5L_DK , 6C5L_BN , 6C5L_DN , 6C5L_BO , 6C5L_DO , 6C5L_BP , 6C5L_DP , 6C5L_BQ , 6C5L_DQ , 6C5L_AE , 6C5L_CE , 6C5L_BR , 6C5L_DR , 6C5L_BS , 6C5L_DS , 6C5L_BT , 6C5L_DT , 6C5L_BU , 6C5L_DU , 6C5L_BV , 6C5L_DV , 6C5L_BW , 6C5L_DW , 6C5L_BX , 6C5L_DX , 6C5L_BY , 6C5L_DY , 6C5L_BZ , 6C5L_DZ , 6C5L_AF , 6C5L_CF , 6C5L_AG , 6C5L_CG , 6C5L_AH , 6C5L_CH , 6C5L_AI , 6C5L_CI
6J3Q
Capsid structure of a freshwater cyanophage siphoviridae mic1 Deposition Author(s): Chen, Y. , Jiang, Y.L. , Jin, H. , Ju, J. , Li, W.F. , Yang, F. , Zhang, J.T. , Zhou, C.Z. , Zhou, K.
Date: 2019-01-05 Method: ELECTRON MICROSCOPY Resolution: 3.53 Å Organism(s): Macrostomum Lignano Sequences Data: 6J3Q_A , 6J3Q_B , 6J3Q_C , 6J3Q_D , 6J3Q_E , 6J3Q_F , 6J3Q_U , 6J3Q_V , 6J3Q_W , 6J3Q_X , 6J3Q_Y , 6J3Q_Z , 6J3Q_0 , 6J3Q_3 , 6J3Q_1 , 6J3Q_4 , 6J3Q_2 , 6J3Q_6 , 6J3Q_5 , 6J3Q_7 , 6J3Q_8 , 6J3Q_9