Search Query :
3EP2
Model of phe-trna(phe) in the ribosomal pre-accommodated state revealed by cryo-em Deposition Author(s): Agirrezabala, X. , Frank, J. , Li, W.
Date: 2008-09-29 Method: ELECTRON MICROSCOPY Resolution: 9.0 Å Organism(s): Escherichia Coli K12 Sequences Data: 3EP2_X , 3EP2_L , 3EP2_I , 3EP2_Y , 3EP2_A , 3EP2_C , 3EP2_B , 3EP2_D , 3EP2_E
3EQ3
Model of trna(trp)-ef-tu in the ribosomal pre-accommodated state revealed by cryo-em Deposition Author(s): Agirrezabala, X. , Frank, J. , Li, W.
Date: 2008-09-30 Method: ELECTRON MICROSCOPY Resolution: 9.0 Å Organism(s): Escherichia Coli K12 Sequences Data: 3EQ3_X , 3EQ3_L , 3EQ3_I , 3EQ3_Y , 3EQ3_A , 3EQ3_C , 3EQ3_B , 3EQ3_D , 3EQ3_E
3EQ4
Model of trna(leu)-ef-tu in the ribosomal pre-accommodated state revealed by cryo-em Deposition Author(s): Agirrezabala, X. , Frank, J. , Li, W.
Date: 2008-09-30 Method: ELECTRON MICROSCOPY Resolution: 12.0 Å Organism(s): Escherichia Coli K12 Sequences Data: 3EQ4_X , 3EQ4_L , 3EQ4_I , 3EQ4_Y , 3EQ4_A , 3EQ4_C , 3EQ4_B , 3EQ4_D , 3EQ4_E
3IZG
Bacteriophage t7 prohead shell em-derived atomic model Deposition Author(s): Agirrezabala, X. , Carrascosa, J.L. , Caston, J.R. , Cuervo, A. , Ionel, A. , Luque, D. , Martin-Benito, J. , Valpuesta, J.M. , Velazquez-Muriel, J.A.
Date: 2010-10-27 Method: ELECTRON MICROSCOPY Resolution: 10.9 Å Organism(s): Enterobacteria Phage T7 Sequences Data: 3IZG_G , 3IZG_A , 3IZG_B , 3IZG_C , 3IZG_D , 3IZG_E , 3IZG_F
4V6K
Structural insights into cognate vs. near-cognate discrimination during decoding. Deposition Author(s): Agirrezabala, X. , Frank, J. , Green, R. , Lei, J. , Ortiz-Meoz, R.F. , Schreiner, E. , Schulten, K. , Trabuco, L.G.
Date: 2011-01-07 Method: ELECTRON MICROSCOPY Resolution: 8.25 Å Organism(s): Escherichia Coli , Escherichia Coli Dh1 , Escherichia Coli K-12 , Escherichia Coli O157:H7 Sequences Data: 4V6K_AA , 4V6K_AJ , 4V6K_AK , 4V6K_AL , 4V6K_AM , 4V6K_AN , 4V6K_AO , 4V6K_AP , 4V6K_AQ , 4V6K_AR , 4V6K_AS , 4V6K_AB , 4V6K_AT , 4V6K_AU , 4V6K_AV , 4V6K_AW , 4V6K_AX , 4V6K_AY , 4V6K_AZ , 4V6K_AC , 4V6K_AD , 4V6K_AE , 4V6K_AF , 4V6K_AG , 4V6K_BA , 4V6K_BB , 4V6K_BE , 4V6K_BC , 4V6K_BD , 4V6K_BF , 4V6K_BG , 4V6K_BH , 4V6K_BI , 4V6K_BJ , 4V6K_BK , 4V6K_BL , 4V6K_BM , 4V6K_BN , 4V6K_BO , 4V6K_BP , 4V6K_BQ , 4V6K_BR , 4V6K_BS , 4V6K_BT , 4V6K_BU , 4V6K_BV , 4V6K_BW , 4V6K_BX , 4V6K_BY , 4V6K_AH , 4V6K_AI
4V6L
Structural insights into cognate vs. near-cognate discrimination during decoding. Deposition Author(s): Agirrezabala, X. , Frank, J. , Green, R. , Lei, J. , Ortiz-Meoz, R.F. , Schreiner, E. , Schulten, K. , Trabuco, L.G.
Date: 2011-01-07 Method: ELECTRON MICROSCOPY Resolution: 13.2 Å Organism(s): Escherichia Coli , Escherichia Coli Dh1 , Escherichia Coli K-12 , Escherichia Coli O157:H7 Sequences Data: 4V6L_AA , 4V6L_AK , 4V6L_AL , 4V6L_AM , 4V6L_AN , 4V6L_AO , 4V6L_AP , 4V6L_AQ , 4V6L_AR , 4V6L_AS , 4V6L_AT , 4V6L_AB , 4V6L_AE , 4V6L_AU , 4V6L_AV , 4V6L_AW , 4V6L_AX , 4V6L_AY , 4V6L_BA , 4V6L_BB , 4V6L_BC , 4V6L_BD , 4V6L_BE , 4V6L_AC , 4V6L_BF , 4V6L_BG , 4V6L_BH , 4V6L_BI , 4V6L_BJ , 4V6L_BK , 4V6L_BL , 4V6L_BM , 4V6L_BN , 4V6L_BO , 4V6L_AD , 4V6L_BP , 4V6L_BQ , 4V6L_BR , 4V6L_BS , 4V6L_BT , 4V6L_BU , 4V6L_BV , 4V6L_BW , 4V6L_BX , 4V6L_BY , 4V6L_AF , 4V6L_BZ , 4V6L_AG , 4V6L_AH , 4V6L_AI , 4V6L_AJ
4V6N
Structural characterization of mrna-trna translocation intermediates (50s ribosome of class2 of the six classes) Deposition Author(s): Agirrezabala, X. , Frank, J. , Fu, J. , Green, R. , Liao, H. , Ortiz-Meoz, R.F. , Schreiner, E. , Schulten, K.
Date: 2011-12-07 Method: ELECTRON MICROSCOPY Resolution: 12.1 Å Organism(s): Escherichia Coli , Sulfolobus Acidocaldarius Sequences Data: 4V6N_AA , 4V6N_AJ , 4V6N_AK , 4V6N_AL , 4V6N_AM , 4V6N_AN , 4V6N_AO , 4V6N_AP , 4V6N_AQ , 4V6N_AR , 4V6N_AS , 4V6N_AB , 4V6N_AT , 4V6N_AU , 4V6N_AV , 4V6N_AW , 4V6N_AX , 4V6N_AY , 4V6N_AZ , 4V6N_A0 , 4V6N_A1 , 4V6N_A2 , 4V6N_AC , 4V6N_A3 , 4V6N_A4 , 4V6N_A5 , 4V6N_A6 , 4V6N_A7 , 4V6N_BA , 4V6N_BB , 4V6N_BC , 4V6N_BD , 4V6N_BE , 4V6N_AD , 4V6N_BF , 4V6N_BG , 4V6N_BH , 4V6N_BI , 4V6N_BJ , 4V6N_BK , 4V6N_BL , 4V6N_BM , 4V6N_BN , 4V6N_BO , 4V6N_AE , 4V6N_BP , 4V6N_BQ , 4V6N_BR , 4V6N_BS , 4V6N_BT , 4V6N_BU , 4V6N_BV , 4V6N_BW , 4V6N_BX , 4V6N_AF , 4V6N_AG , 4V6N_AH , 4V6N_AI
4V6O
Structural characterization of mrna-trna translocation intermediates (class 4a of the six classes) Deposition Author(s): Agirrezabala, X. , Frank, J. , Fu, J. , Green, R. , Liao, H. , Ortiz-Meoz, R.F. , Schreiner, E. , Schulten, K.
Date: 2011-12-07 Method: ELECTRON MICROSCOPY Resolution: 14.7 Å Organism(s): Escherichia Coli , Sulfolobus Acidocaldarius Sequences Data: 4V6O_AA , 4V6O_AJ , 4V6O_AK , 4V6O_AL , 4V6O_AM , 4V6O_AN , 4V6O_AO , 4V6O_AP , 4V6O_AQ , 4V6O_AR , 4V6O_AS , 4V6O_AB , 4V6O_AT , 4V6O_AU , 4V6O_AV , 4V6O_AW , 4V6O_AX , 4V6O_BA , 4V6O_BB , 4V6O_BC , 4V6O_BD , 4V6O_BE , 4V6O_AC , 4V6O_BF , 4V6O_BG , 4V6O_BH , 4V6O_BI , 4V6O_BJ , 4V6O_BK , 4V6O_BL , 4V6O_BM , 4V6O_BN , 4V6O_BO , 4V6O_AD , 4V6O_BP , 4V6O_BQ , 4V6O_BR , 4V6O_BS , 4V6O_BT , 4V6O_BU , 4V6O_BV , 4V6O_BW , 4V6O_BX , 4V6O_BY , 4V6O_AE , 4V6O_BZ , 4V6O_B0 , 4V6O_B1 , 4V6O_B2 , 4V6O_B3 , 4V6O_B4 , 4V6O_B5 , 4V6O_B6 , 4V6O_B7 , 4V6O_AF , 4V6O_AG , 4V6O_AH , 4V6O_AI
4V6P
Structural characterization of mrna-trna translocation intermediates (class 4b of the six classes) Deposition Author(s): Agirrezabala, X. , Frank, J. , Fu, J. , Green, R. , Liao, H. , Ortiz-Meoz, R.F. , Schreiner, E. , Schulten, K.
Date: 2011-12-08 Method: ELECTRON MICROSCOPY Resolution: 13.5 Å Organism(s): Escherichia Coli , Sulfolobus Acidocaldarius Sequences Data: 4V6P_AA , 4V6P_AJ , 4V6P_AK , 4V6P_AL , 4V6P_AM , 4V6P_AN , 4V6P_AO , 4V6P_AP , 4V6P_AQ , 4V6P_AR , 4V6P_AS , 4V6P_AB , 4V6P_AT , 4V6P_AU , 4V6P_AV , 4V6P_AW , 4V6P_AX , 4V6P_BA , 4V6P_BB , 4V6P_BC , 4V6P_BD , 4V6P_BE , 4V6P_AC , 4V6P_BF , 4V6P_BG , 4V6P_BH , 4V6P_BI , 4V6P_BJ , 4V6P_BK , 4V6P_BL , 4V6P_BM , 4V6P_BN , 4V6P_BO , 4V6P_AD , 4V6P_BP , 4V6P_BQ , 4V6P_BR , 4V6P_BS , 4V6P_BT , 4V6P_BU , 4V6P_BV , 4V6P_BW , 4V6P_BX , 4V6P_BY , 4V6P_AE , 4V6P_BZ , 4V6P_B0 , 4V6P_B1 , 4V6P_B2 , 4V6P_B3 , 4V6P_B4 , 4V6P_B5 , 4V6P_B6 , 4V6P_B7 , 4V6P_AF , 4V6P_AG , 4V6P_AH , 4V6P_AI
4V6Q
Structural characterization of mrna-trna translocation intermediates (class 5 of the six classes) Deposition Author(s): Agirrezabala, X. , Frank, J. , Fu, J. , Green, R. , Liao, H. , Ortiz-Meoz, R.F. , Schreiner, E. , Schulten, K.
Date: 2011-12-08 Method: ELECTRON MICROSCOPY Resolution: 11.5 Å Organism(s): Escherichia Coli , Sulfolobus Acidocaldarius Sequences Data: 4V6Q_AA , 4V6Q_AJ , 4V6Q_AK , 4V6Q_AL , 4V6Q_AM , 4V6Q_AN , 4V6Q_AO , 4V6Q_AP , 4V6Q_AQ , 4V6Q_AR , 4V6Q_AS , 4V6Q_AB , 4V6Q_AT , 4V6Q_AU , 4V6Q_AV , 4V6Q_AW , 4V6Q_AX , 4V6Q_BA , 4V6Q_BB , 4V6Q_BC , 4V6Q_BD , 4V6Q_BE , 4V6Q_AC , 4V6Q_BF , 4V6Q_BG , 4V6Q_BH , 4V6Q_BI , 4V6Q_BJ , 4V6Q_BK , 4V6Q_BL , 4V6Q_BM , 4V6Q_BN , 4V6Q_BO , 4V6Q_AD , 4V6Q_BP , 4V6Q_BQ , 4V6Q_BR , 4V6Q_BS , 4V6Q_BT , 4V6Q_BU , 4V6Q_BV , 4V6Q_BW , 4V6Q_BX , 4V6Q_BY , 4V6Q_AE , 4V6Q_BZ , 4V6Q_B0 , 4V6Q_B1 , 4V6Q_B2 , 4V6Q_B3 , 4V6Q_B4 , 4V6Q_B5 , 4V6Q_B6 , 4V6Q_B7 , 4V6Q_AF , 4V6Q_AG , 4V6Q_AH , 4V6Q_AI