Search Query :
6P8K
Escherichia coli bacterioferritin substituted with zinc protoporphyrin ix Deposition Author(s): Cioloboc, D. , Kurtz, D.M. , Taylor, A.B.
Date: 2019-06-07 Method: X-RAY DIFFRACTION Resolution: 1.7 Å Organism(s): Escherichia Coli K-12 Sequences Data: 6P8K_A , 6P8K_B , 6P8K_C , 6P8K_D , 6P8K_E , 6P8K_F , 6P8K_G , 6P8K_H , 6P8K_I , 6P8K_J , 6P8K_K , 6P8K_L
6P8L
Escherichia coli bacterioferritin substituted with zinc protoporphyrin ix (zn absorption edge x-ray data) Deposition Author(s): Cioloboc, D. , Kurtz, D.M. , Taylor, A.B.
Date: 2019-06-07 Method: X-RAY DIFFRACTION Resolution: 2.1 Å Organism(s): Escherichia Coli K-12 Sequences Data: 6P8L_A , 6P8L_B , 6P8L_C , 6P8L_D , 6P8L_E , 6P8L_F , 6P8L_G , 6P8L_H , 6P8L_I , 6P8L_J , 6P8L_K , 6P8L_L
6Q3A
Apo form of apolipoprotein n-acyltransferase (lnt) Deposition Author(s): Hogbom, M. , Wiseman, B.
Date: 2018-12-03 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli K-12 Sequences Data: 6Q3A_A
6Q4N
Fusidic acid bound acrb_v340a Deposition Author(s): Pos, K.M. , Tam, H.K.
Date: 2018-12-06 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli K-12 , Synthetic Construct Sequences Data: 6Q4N_A , 6Q4N_B , 6Q4N_C , 6Q4N_D , 6Q4N_E
6Q4O
Fusidic acid bound acrb_i27a Deposition Author(s): Pos, K.M. , Tam, H.K.
Date: 2018-12-06 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli K-12 , Synthetic Construct Sequences Data: 6Q4O_A , 6Q4O_B , 6Q4O_C , 6Q4O_D , 6Q4O_E
6Q4P
Fusidic acid bound acrb_n298a Deposition Author(s): Pos, K.M. , Tam, H.K.
Date: 2018-12-06 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli K-12 , Synthetic Construct Sequences Data: 6Q4P_A , 6Q4P_B , 6Q4P_C , 6Q4P_D , 6Q4P_E
6QNQ
70s ribosome initiation complex (ic) with experimentally assigned potassium ions Deposition Author(s): Khusainov, I. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2019-02-11 Method: X-RAY DIFFRACTION Resolution: 3.5 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 6QNQ_13 , 6QNQ_1G , 6QNQ_1I , 6QNQ_1A , 6QNQ_2I , 6QNQ_2A , 6QNQ_3I , 6QNQ_3A , 6QNQ_4I , 6QNQ_4A , 6QNQ_5I , 6QNQ_5A , 6QNQ_6I , 6QNQ_6A , 6QNQ_7I , 6QNQ_7A , 6QNQ_8I , 6QNQ_8A , 6QNQ_9I , 6QNQ_9A , 6QNQ_AI , 6QNQ_AA , 6QNQ_1E , 6QNQ_12 , 6QNQ_BI , 6QNQ_BA , 6QNQ_1F , 6QNQ_1B , 6QNQ_1K , 6QNQ_3K , 6QNQ_3L , 6QNQ_2K , 6QNQ_4K , 6QNQ_4L , 6QNQ_1H , 6QNQ_14 , 6QNQ_16 , 6QNQ_1J , 6QNQ_71 , 6QNQ_11 , 6QNQ_19 , 6QNQ_21 , 6QNQ_29 , 6QNQ_2E , 6QNQ_22 , 6QNQ_31 , 6QNQ_39 , 6QNQ_41 , 6QNQ_49 , 6QNQ_51 , 6QNQ_59 , 6QNQ_61 , 6QNQ_69 , 6QNQ_38 , 6QNQ_58 , 6QNQ_15 , 6QNQ_68 , 6QNQ_25 , 6QNQ_78 , 6QNQ_35 , 6QNQ_88 , 6QNQ_45 , 6QNQ_98 , 6QNQ_55 , 6QNQ_3E , 6QNQ_32 , 6QNQ_A8 , 6QNQ_65 , 6QNQ_B8 , 6QNQ_75 , 6QNQ_C8 , 6QNQ_85 , 6QNQ_D8 , 6QNQ_95 , 6QNQ_E8 , 6QNQ_A5 , 6QNQ_F8 , 6QNQ_B5 , 6QNQ_G8 , 6QNQ_C5 , 6QNQ_H8 , 6QNQ_D5 , 6QNQ_I8 , 6QNQ_E5 , 6QNQ_J8 , 6QNQ_F5 , 6QNQ_4E , 6QNQ_42 , 6QNQ_K8 , 6QNQ_G5 , 6QNQ_L8 , 6QNQ_H5 , 6QNQ_M8 , 6QNQ_I5 , 6QNQ_N8 , 6QNQ_J5 , 6QNQ_O8 , 6QNQ_K5 , 6QNQ_P8 , 6QNQ_L5 , 6QNQ_Q8 , 6QNQ_M5 , 6QNQ_2L , 6QNQ_5E , 6QNQ_52 , 6QNQ_6E , 6QNQ_62 , 6QNQ_7E , 6QNQ_72 , 6QNQ_8E , 6QNQ_82
6QNR
70s ribosome elongation complex (ec) with experimentally assigned potassium ions Deposition Author(s): Khusainov, I. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2019-02-11 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 6QNR_13 , 6QNR_1G , 6QNR_1I , 6QNR_1A , 6QNR_2I , 6QNR_2A , 6QNR_3I , 6QNR_3A , 6QNR_4I , 6QNR_4A , 6QNR_5I , 6QNR_5A , 6QNR_6I , 6QNR_6A , 6QNR_7I , 6QNR_7A , 6QNR_8I , 6QNR_8A , 6QNR_9I , 6QNR_9A , 6QNR_AI , 6QNR_AA , 6QNR_1E , 6QNR_12 , 6QNR_BI , 6QNR_BA , 6QNR_1F , 6QNR_1B , 6QNR_1K , 6QNR_2K , 6QNR_3K , 6QNR_3L , 6QNR_4K , 6QNR_4L , 6QNR_5K , 6QNR_1H , 6QNR_14 , 6QNR_16 , 6QNR_1J , 6QNR_71 , 6QNR_79 , 6QNR_2E , 6QNR_22 , 6QNR_11 , 6QNR_19 , 6QNR_21 , 6QNR_29 , 6QNR_31 , 6QNR_39 , 6QNR_41 , 6QNR_49 , 6QNR_51 , 6QNR_59 , 6QNR_61 , 6QNR_69 , 6QNR_38 , 6QNR_58 , 6QNR_15 , 6QNR_68 , 6QNR_25 , 6QNR_78 , 6QNR_35 , 6QNR_3E , 6QNR_32 , 6QNR_88 , 6QNR_45 , 6QNR_98 , 6QNR_55 , 6QNR_A8 , 6QNR_65 , 6QNR_B8 , 6QNR_75 , 6QNR_C8 , 6QNR_85 , 6QNR_D8 , 6QNR_95 , 6QNR_E8 , 6QNR_A5 , 6QNR_F8 , 6QNR_B5 , 6QNR_G8 , 6QNR_C5 , 6QNR_H8 , 6QNR_D5 , 6QNR_4E , 6QNR_42 , 6QNR_I8 , 6QNR_E5 , 6QNR_J8 , 6QNR_F5 , 6QNR_K8 , 6QNR_G5 , 6QNR_L8 , 6QNR_H5 , 6QNR_M8 , 6QNR_I5 , 6QNR_N8 , 6QNR_J5 , 6QNR_O8 , 6QNR_K5 , 6QNR_P8 , 6QNR_L5 , 6QNR_Q8 , 6QNR_M5 , 6QNR_1L , 6QNR_5E , 6QNR_52 , 6QNR_2L , 6QNR_6E , 6QNR_62 , 6QNR_7E , 6QNR_72 , 6QNR_8E , 6QNR_82
6R9B
Cryo-em structure of bacterial rnap with a dna mimic protein ocr from t7 phage Deposition Author(s): Ye, F.Z. , Zhang, X.D.
Date: 2019-04-03 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Enterobacteria Phage T7 , Escherichia Coli (Strain K12) , Escherichia Coli K-12 Sequences Data: 6R9B_A , 6R9B_B , 6R9B_C , 6R9B_D , 6R9B_E , 6R9B_F , 6R9B_G
6RH3
Cryo-em structure of e. coli rna polymerase elongation complex bound to ctp substrate Deposition Author(s): Abdelkareem, M. , Crucifix, C. , Guo, X. , Ortiz, J. , Papai, G. , Saint-Andre, C. , Takacs, M. , Weixlbaumer, A.
Date: 2019-04-18 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Escherichia Coli K-12 , Synthetic Construct Sequences Data: 6RH3_N , 6RH3_T , 6RH3_A , 6RH3_B , 6RH3_C , 6RH3_D , 6RH3_E , 6RH3_R