Search Query :
9NLJ
E.coli initiation complex with uup-eq2 Deposition Author(s): Hunt, J.F. , Singh, S.
Date: 2025-03-03 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Escherichia Coli Sequences Data: 9NLJ_13 , 9NLJ_21 , 9NLJ_22 , 9NLJ_23 , 9NLJ_24 , 9NLJ_25 , 9NLJ_27 , 9NLJ_28 , 9NLJ_29 , 9NLJ_3 , 9NLJ_30 , 9NLJ_14 , 9NLJ_31 , 9NLJ_32 , 9NLJ_33 , 9NLJ_34 , 9NLJ_35 , 9NLJ_36 , 9NLJ_4 , 9NLJ_5 , 9NLJ_6 , 9NLJ_9 , 9NLJ_15 , 9NLJ_R1 , 9NLJ_R2 , 9NLJ_R3 , 9NLJ_SB , 9NLJ_SC , 9NLJ_SD , 9NLJ_SE , 9NLJ_SF , 9NLJ_SG , 9NLJ_SH , 9NLJ_16 , 9NLJ_SI , 9NLJ_SJ , 9NLJ_SK , 9NLJ_SL , 9NLJ_SM , 9NLJ_SN , 9NLJ_SO , 9NLJ_SP , 9NLJ_SQ , 9NLJ_SR , 9NLJ_17 , 9NLJ_SS , 9NLJ_ST , 9NLJ_SU , 9NLJ_T , 9NLJ_U , 9NLJ_1 , 9NLJ_M , 9NLJ_18 , 9NLJ_19 , 9NLJ_2 , 9NLJ_20
9NLQ
E. coli initiation complex with eq2-ybit in hydrolytic 1/ptim(a) conformation Deposition Author(s): Hunt, J.F. , Singh, S.
Date: 2025-03-03 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 9NLQ_1 , 9NLQ_20 , 9NLQ_21 , 9NLQ_22 , 9NLQ_23 , 9NLQ_24 , 9NLQ_25 , 9NLQ_27 , 9NLQ_28 , 9NLQ_29 , 9NLQ_3 , 9NLQ_13 , 9NLQ_30 , 9NLQ_31 , 9NLQ_32 , 9NLQ_33 , 9NLQ_34 , 9NLQ_35 , 9NLQ_36 , 9NLQ_4 , 9NLQ_5 , 9NLQ_6 , 9NLQ_14 , 9NLQ_9 , 9NLQ_M , 9NLQ_R1 , 9NLQ_R2 , 9NLQ_R3 , 9NLQ_T , 9NLQ_Y , 9NLQ_SB , 9NLQ_SC , 9NLQ_SD , 9NLQ_15 , 9NLQ_SE , 9NLQ_SF , 9NLQ_SG , 9NLQ_SH , 9NLQ_SI , 9NLQ_SJ , 9NLQ_SK , 9NLQ_SL , 9NLQ_SM , 9NLQ_SN , 9NLQ_16 , 9NLQ_SO , 9NLQ_SP , 9NLQ_SQ , 9NLQ_SR , 9NLQ_SS , 9NLQ_ST , 9NLQ_SU , 9NLQ_17 , 9NLQ_18 , 9NLQ_19 , 9NLQ_2
9NLS
E. coli initiation complex with eq2-ybit in intermediate/ptim(b) conformation Deposition Author(s): Hunt, J.F. , Singh, S.
Date: 2025-03-03 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Escherichia Coli Sequences Data: 9NLS_1 , 9NLS_20 , 9NLS_21 , 9NLS_22 , 9NLS_23 , 9NLS_24 , 9NLS_25 , 9NLS_27 , 9NLS_28 , 9NLS_29 , 9NLS_3 , 9NLS_13 , 9NLS_30 , 9NLS_31 , 9NLS_32 , 9NLS_33 , 9NLS_34 , 9NLS_35 , 9NLS_36 , 9NLS_4 , 9NLS_5 , 9NLS_6 , 9NLS_14 , 9NLS_9 , 9NLS_M , 9NLS_R1 , 9NLS_R2 , 9NLS_R3 , 9NLS_T , 9NLS_Y , 9NLS_SB , 9NLS_SC , 9NLS_SD , 9NLS_15 , 9NLS_SE , 9NLS_SF , 9NLS_SG , 9NLS_SH , 9NLS_SI , 9NLS_SJ , 9NLS_SK , 9NLS_SL , 9NLS_SM , 9NLS_SN , 9NLS_16 , 9NLS_SO , 9NLS_SP , 9NLS_SQ , 9NLS_SR , 9NLS_SS , 9NLS_ST , 9NLS_SU , 9NLS_17 , 9NLS_18 , 9NLS_19 , 9NLS_2
9NLV
Cryo-em structure of hexameric sendrt9 rt-ncrna complex Deposition Author(s): Burman, N. , Pandey, S. , Sternberg, S.H. , Wiedenheft, B.
Date: 2025-03-03 Method: ELECTRON MICROSCOPY Resolution: 2.6 Å Organism(s): Escherichia Coli , Salmonella Enterica Sequences Data: 9NLV_A , 9NLV_B , 9NLV_C , 9NLV_D , 9NLV_E , 9NLV_F , 9NLV_G , 9NLV_H , 9NLV_I , 9NLV_J , 9NLV_K , 9NLV_L
9NN6
E. coli cir in complex with the rbd of microcin v Deposition Author(s): Botos, I. , Buchanan, S.K. , Maurakis, S.A.
Date: 2025-03-05 Method: ELECTRON MICROSCOPY Resolution: 2.9 Å Organism(s): Enterobacteriaceae , Escherichia Coli Sequences Data: 9NN6_A , 9NN6_B
9NNB
Cryo-em structure of the retron ec78 complex, ptua:ptub:rt (4:2:1) Deposition Author(s): Li, H. , Wang, B.
Date: 2025-03-05 Method: ELECTRON MICROSCOPY Resolution: 2.75 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 9NNB_C , 9NNB_D , 9NNB_E , 9NNB_F , 9NNB_J , 9NNB_K , 9NNB_N , 9NNB_B , 9NNB_L
9NNF
Cryo-em structure of a de-novo designed binder ny1-b04 in complex with hla-a*02:01 and ny-eso-1-derived peptide sllmwitqc Deposition Author(s): Fernandez-Quintero, M.L. , Gharpure, A. , Ward, A.B.
Date: 2025-03-05 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Escherichia Coli , Homo Sapiens , Synthetic Construct Sequences Data: 9NNF_A , 9NNF_B , 9NNF_C , 9NNF_D
9NNH
Cryo-em structure of the retron ec78 complex, ptua:ptub:rt (4:2:2) Deposition Author(s): Li, H. , Wang, B.
Date: 2025-03-05 Method: ELECTRON MICROSCOPY Resolution: 2.69 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 9NNH_C , 9NNH_D , 9NNH_E , 9NNH_F , 9NNH_J , 9NNH_K , 9NNH_B , 9NNH_A , 9NNH_N , 9NNH_M , 9NNH_L , 9NNH_X
9NSJ
Finding the exit route of hydrogen peroxide from the manganese superoxide dismutase (mnsod) active site Deposition Author(s): Borgstahl, G.E.O. , Dasgupta, M.
Date: 2025-03-17 Method: X-RAY DIFFRACTION Resolution: 1.33 Å Organism(s): Escherichia Coli Sequences Data: 9NSJ_A , 9NSJ_B