Search Query :
5UYK
70s ribosome bound with cognate ternary complex not base-paired to a site codon (structure i) Deposition Author(s): Demo, G. , Grigorieff, N. , Korostelev, A.A. , Loveland, A.B.
Date: 2017-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Escherichia Coli (Strain K12) , Synthetic Construct Sequences Data: 5UYK_04 , 5UYK_13 , 5UYK_14 , 5UYK_15 , 5UYK_16 , 5UYK_17 , 5UYK_18 , 5UYK_19 , 5UYK_20 , 5UYK_21 , 5UYK_22 , 5UYK_05 , 5UYK_23 , 5UYK_24 , 5UYK_25 , 5UYK_26 , 5UYK_27 , 5UYK_28 , 5UYK_29 , 5UYK_30 , 5UYK_31 , 5UYK_32 , 5UYK_06 , 5UYK_33 , 5UYK_34 , 5UYK_B , 5UYK_C , 5UYK_D , 5UYK_E , 5UYK_F , 5UYK_G , 5UYK_H , 5UYK_I , 5UYK_07 , 5UYK_J , 5UYK_K , 5UYK_L , 5UYK_M , 5UYK_N , 5UYK_O , 5UYK_P , 5UYK_Q , 5UYK_R , 5UYK_S , 5UYK_08 , 5UYK_T , 5UYK_U , 5UYK_03 , 5UYK_A , 5UYK_01 , 5UYK_02 , 5UYK_X , 5UYK_W , 5UYK_V , 5UYK_Y , 5UYK_Z , 5UYK_09 , 5UYK_10 , 5UYK_11 , 5UYK_12
5UYL
70s ribosome bound with cognate ternary complex base-paired to a site codon (structure ii) Deposition Author(s): Demo, G. , Grigorieff, N. , Korostelev, A.A. , Loveland, A.B.
Date: 2017-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Escherichia Coli (Strain K12) , Synthetic Construct Sequences Data: 5UYL_04 , 5UYL_13 , 5UYL_14 , 5UYL_15 , 5UYL_16 , 5UYL_17 , 5UYL_18 , 5UYL_19 , 5UYL_20 , 5UYL_21 , 5UYL_22 , 5UYL_05 , 5UYL_23 , 5UYL_24 , 5UYL_25 , 5UYL_26 , 5UYL_27 , 5UYL_28 , 5UYL_29 , 5UYL_30 , 5UYL_31 , 5UYL_32 , 5UYL_06 , 5UYL_33 , 5UYL_34 , 5UYL_B , 5UYL_C , 5UYL_D , 5UYL_E , 5UYL_F , 5UYL_G , 5UYL_H , 5UYL_I , 5UYL_07 , 5UYL_J , 5UYL_K , 5UYL_L , 5UYL_M , 5UYL_N , 5UYL_O , 5UYL_P , 5UYL_Q , 5UYL_R , 5UYL_S , 5UYL_08 , 5UYL_T , 5UYL_U , 5UYL_03 , 5UYL_A , 5UYL_01 , 5UYL_02 , 5UYL_X , 5UYL_W , 5UYL_V , 5UYL_Y , 5UYL_Z , 5UYL_09 , 5UYL_10 , 5UYL_11 , 5UYL_12
5UYM
70s ribosome bound with cognate ternary complex base-paired to a site codon, closed 30s (structure iii) Deposition Author(s): Demo, G. , Grigorieff, N. , Korostelev, A.A. , Loveland, A.B.
Date: 2017-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Escherichia Coli (Strain K12) , Synthetic Construct Sequences Data: 5UYM_04 , 5UYM_13 , 5UYM_14 , 5UYM_15 , 5UYM_16 , 5UYM_17 , 5UYM_18 , 5UYM_19 , 5UYM_20 , 5UYM_21 , 5UYM_22 , 5UYM_05 , 5UYM_23 , 5UYM_24 , 5UYM_25 , 5UYM_26 , 5UYM_27 , 5UYM_28 , 5UYM_29 , 5UYM_30 , 5UYM_31 , 5UYM_32 , 5UYM_06 , 5UYM_33 , 5UYM_34 , 5UYM_B , 5UYM_C , 5UYM_D , 5UYM_E , 5UYM_F , 5UYM_G , 5UYM_H , 5UYM_I , 5UYM_07 , 5UYM_J , 5UYM_K , 5UYM_L , 5UYM_M , 5UYM_N , 5UYM_O , 5UYM_P , 5UYM_Q , 5UYM_R , 5UYM_S , 5UYM_08 , 5UYM_T , 5UYM_U , 5UYM_03 , 5UYM_A , 5UYM_01 , 5UYM_02 , 5UYM_X , 5UYM_W , 5UYM_V , 5UYM_Y , 5UYM_Z , 5UYM_09 , 5UYM_10 , 5UYM_11 , 5UYM_12
5UYN
70s ribosome bound with near-cognate ternary complex not base-paired to a site codon (structure i-nc) Deposition Author(s): Demo, G. , Grigorieff, N. , Korostelev, A.A. , Loveland, A.B.
Date: 2017-02-24 Method: ELECTRON MICROSCOPY Resolution: 4.0 Å Organism(s): Escherichia Coli (Strain K12) , Synthetic Construct Sequences Data: 5UYN_04 , 5UYN_13 , 5UYN_14 , 5UYN_15 , 5UYN_16 , 5UYN_17 , 5UYN_18 , 5UYN_19 , 5UYN_20 , 5UYN_21 , 5UYN_22 , 5UYN_05 , 5UYN_23 , 5UYN_24 , 5UYN_25 , 5UYN_26 , 5UYN_27 , 5UYN_28 , 5UYN_29 , 5UYN_30 , 5UYN_31 , 5UYN_32 , 5UYN_06 , 5UYN_33 , 5UYN_34 , 5UYN_B , 5UYN_C , 5UYN_D , 5UYN_E , 5UYN_F , 5UYN_G , 5UYN_H , 5UYN_I , 5UYN_07 , 5UYN_J , 5UYN_K , 5UYN_L , 5UYN_M , 5UYN_N , 5UYN_O , 5UYN_P , 5UYN_Q , 5UYN_R , 5UYN_S , 5UYN_08 , 5UYN_T , 5UYN_U , 5UYN_03 , 5UYN_A , 5UYN_01 , 5UYN_02 , 5UYN_X , 5UYN_W , 5UYN_V , 5UYN_Y , 5UYN_Z , 5UYN_09 , 5UYN_10 , 5UYN_11 , 5UYN_12
5UYP
70s ribosome bound with near-cognate ternary complex base-paired to a site codon, open 30s (structure ii-nc) Deposition Author(s): Demo, G. , Grigorieff, N. , Korostelev, A.A. , Loveland, A.B.
Date: 2017-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Escherichia Coli (Strain K12) , Synthetic Construct Sequences Data: 5UYP_04 , 5UYP_13 , 5UYP_14 , 5UYP_15 , 5UYP_16 , 5UYP_17 , 5UYP_18 , 5UYP_19 , 5UYP_20 , 5UYP_21 , 5UYP_22 , 5UYP_05 , 5UYP_23 , 5UYP_24 , 5UYP_25 , 5UYP_26 , 5UYP_27 , 5UYP_28 , 5UYP_29 , 5UYP_30 , 5UYP_31 , 5UYP_32 , 5UYP_06 , 5UYP_33 , 5UYP_34 , 5UYP_B , 5UYP_C , 5UYP_D , 5UYP_E , 5UYP_F , 5UYP_G , 5UYP_H , 5UYP_I , 5UYP_07 , 5UYP_J , 5UYP_K , 5UYP_L , 5UYP_M , 5UYP_N , 5UYP_O , 5UYP_P , 5UYP_Q , 5UYP_R , 5UYP_S , 5UYP_08 , 5UYP_T , 5UYP_U , 5UYP_03 , 5UYP_A , 5UYP_01 , 5UYP_02 , 5UYP_X , 5UYP_W , 5UYP_V , 5UYP_Y , 5UYP_Z , 5UYP_09 , 5UYP_10 , 5UYP_11 , 5UYP_12
5UYQ
70s ribosome bound with near-cognate ternary complex base-paired to a site codon, closed 30s (structure iii-nc) Deposition Author(s): Demo, G. , Grigorieff, N. , Korostelev, A.A. , Loveland, A.B.
Date: 2017-02-24 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Escherichia Coli (Strain K12) , Synthetic Construct Sequences Data: 5UYQ_04 , 5UYQ_13 , 5UYQ_14 , 5UYQ_15 , 5UYQ_16 , 5UYQ_17 , 5UYQ_18 , 5UYQ_19 , 5UYQ_20 , 5UYQ_21 , 5UYQ_22 , 5UYQ_05 , 5UYQ_23 , 5UYQ_24 , 5UYQ_25 , 5UYQ_26 , 5UYQ_27 , 5UYQ_28 , 5UYQ_29 , 5UYQ_30 , 5UYQ_31 , 5UYQ_32 , 5UYQ_06 , 5UYQ_33 , 5UYQ_34 , 5UYQ_B , 5UYQ_C , 5UYQ_D , 5UYQ_E , 5UYQ_F , 5UYQ_G , 5UYQ_H , 5UYQ_I , 5UYQ_07 , 5UYQ_J , 5UYQ_K , 5UYQ_L , 5UYQ_M , 5UYQ_N , 5UYQ_O , 5UYQ_P , 5UYQ_Q , 5UYQ_R , 5UYQ_S , 5UYQ_08 , 5UYQ_T , 5UYQ_U , 5UYQ_03 , 5UYQ_A , 5UYQ_01 , 5UYQ_02 , 5UYQ_X , 5UYQ_W , 5UYQ_V , 5UYQ_Y , 5UYQ_Z , 5UYQ_09 , 5UYQ_10 , 5UYQ_11 , 5UYQ_12
5V8I
Thermus thermophilus 70s ribosome lacking ribosomal protein us17 Deposition Author(s): Gregory, S.T. , Jogl, G.
Date: 2017-03-22 Method: X-RAY DIFFRACTION Resolution: 3.25 Å Organism(s): Escherichia Coli (Strain K12) , Thermus Parvatiensis (Strain Hb27 / Atcc Baa-163 / Dsm 7039) , Thermus Thermophilus (Strain Hb27 / Atcc Baa-163 / Dsm 7039) , Thermus Thermophilus (Strain Hb27/Atcc Baa-163 / Dsm 7039) , Thermus Thermophilus Hb27 Sequences Data: 5V8I_1A , 5V8I_2A , 5V8I_1O , 5V8I_2O , 5V8I_1P , 5V8I_2P , 5V8I_1Q , 5V8I_2Q , 5V8I_1R , 5V8I_2R , 5V8I_1S , 5V8I_2S , 5V8I_1T , 5V8I_2T , 5V8I_1U , 5V8I_2U , 5V8I_1V , 5V8I_2V , 5V8I_1W , 5V8I_2W , 5V8I_1X , 5V8I_2X , 5V8I_1B , 5V8I_2B , 5V8I_1Y , 5V8I_2Y , 5V8I_1Z , 5V8I_2Z , 5V8I_10 , 5V8I_20 , 5V8I_11 , 5V8I_21 , 5V8I_12 , 5V8I_22 , 5V8I_13 , 5V8I_23 , 5V8I_14 , 5V8I_24 , 5V8I_15 , 5V8I_25 , 5V8I_16 , 5V8I_26 , 5V8I_17 , 5V8I_27 , 5V8I_1D , 5V8I_2D , 5V8I_18 , 5V8I_28 , 5V8I_19 , 5V8I_29 , 5V8I_1C , 5V8I_2C , 5V8I_1E , 5V8I_2E , 5V8I_1F , 5V8I_2F , 5V8I_1G , 5V8I_2G , 5V8I_1H , 5V8I_2H , 5V8I_1I , 5V8I_2I , 5V8I_1J , 5V8I_2J , 5V8I_1K , 5V8I_2K , 5V8I_1L , 5V8I_2L , 5V8I_1M , 5V8I_2M , 5V8I_1N , 5V8I_2N
5VBX
Crystal structure of holo-[acyl-carrier-protein] synthase (acps) from escherichia coli Deposition Author(s): Barb, A.W. , Marcella, A.M.
Date: 2017-03-30 Method: X-RAY DIFFRACTION Resolution: 2.05 Å Organism(s): Escherichia Coli (Strain K12) Sequences Data: 5VBX_A , 5VBX_B , 5VBX_C
5VCB
Crystal structure of holo-(acyl-carrier-protein) synthase:holo(acyl-carrier-protein) complex from escherichia coli. Deposition Author(s): Barb, A.W. , Marcella, A.M.
Date: 2017-03-31 Method: X-RAY DIFFRACTION Resolution: 4.1 Å Organism(s): Escherichia Coli (Strain K12) , Escherichia Coli O45:K1 (Strain S88 / Expec) Sequences Data: 5VCB_B , 5VCB_A , 5VCB_C , 5VCB_G , 5VCB_I , 5VCB_H , 5VCB_O , 5VCB_N , 5VCB_M , 5VCB_T , 5VCB_S , 5VCB_U , 5VCB_F , 5VCB_E , 5VCB_D , 5VCB_K , 5VCB_J , 5VCB_L , 5VCB_P , 5VCB_R , 5VCB_Q , 5VCB_X , 5VCB_W , 5VCB_V
5VJD
Class ii fructose-1,6-bisphosphate aldolase of escherichia coli with dhap Deposition Author(s): Coincon, M. , Sygusch, J.
Date: 2017-04-19 Method: X-RAY DIFFRACTION Resolution: 1.701 Å Organism(s): Escherichia Coli (Strain K12) Sequences Data: 5VJD_A , 5VJD_B