Rf1 accommodated state bound release complex 70s at long incubation time point Deposition Author(s): Chen, B. , Ehrenberg, M. , Frank, J. , Fu, Z. , Grassucci, R.A. , Indrisiunaite, G. , Kaledhonkar, S. , Shah, B. , Sun, M.
Date: 2019-05-02 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Escherichia Coli Sequences Data: 6OSQ_1 , 6OSQ_F , 6OSQ_G , 6OSQ_J , 6OSQ_K , 6OSQ_L , 6OSQ_M , 6OSQ_N , 6OSQ_O , 6OSQ_P , 6OSQ_Q , 6OSQ_2 , 6OSQ_R , 6OSQ_S , 6OSQ_T , 6OSQ_U , 6OSQ_V , 6OSQ_W , 6OSQ_X , 6OSQ_Y , 6OSQ_Z , 6OSQ_A , 6OSQ_3 , 6OSQ_B , 6OSQ_C , 6OSQ_D , 6OSQ_E , 6OSQ_H , 6OSQ_I , 6OSQ_4 , 6OSQ_5
Rf2 pre-accommodated state bound release complex 70s at 24ms Deposition Author(s): Chen, B. , Ehrenberg, M. , Frank, J. , Fu, Z. , Grassucci, R.A. , Indrisiunaite, G. , Kaledhonkar, S. , Shah, B. , Sun, M.
Date: 2019-05-02 Method: ELECTRON MICROSCOPY Resolution: 4.2 Å Organism(s): Escherichia Coli Sequences Data: 6OST_1 , 6OST_J , 6OST_K , 6OST_L , 6OST_M , 6OST_N , 6OST_O , 6OST_P , 6OST_Q , 6OST_R , 6OST_S , 6OST_2 , 6OST_T , 6OST_U , 6OST_V , 6OST_W , 6OST_X , 6OST_Y , 6OST_Z , 6OST_B , 6OST_C , 6OST_D , 6OST_3 , 6OST_E , 6OST_F , 6OST_G , 6OST_H , 6OST_I , 6OST_4 , 6OST_7 , 6OST_5 , 6OST_6
Rf2 accommodated state bound release complex 70s at 24 ms Deposition Author(s): Chen, B. , Ehrenberg, M. , Frank, J. , Fu, Z. , Grassucci, R.A. , Indrisiunaite, G. , Kaledhonkar, S. , Shah, B. , Sun, M.
Date: 2019-05-02 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Escherichia Coli Sequences Data: 6OT3_1 , 6OT3_G , 6OT3_J , 6OT3_K , 6OT3_L , 6OT3_M , 6OT3_N , 6OT3_O , 6OT3_P , 6OT3_Q , 6OT3_R , 6OT3_2 , 6OT3_S , 6OT3_T , 6OT3_U , 6OT3_V , 6OT3_W , 6OT3_X , 6OT3_Y , 6OT3_Z , 6OT3_A , 6OT3_B , 6OT3_3 , 6OT3_C , 6OT3_D , 6OT3_E , 6OT3_F , 6OT3_H , 6OT3_I , 6OT3_4 , 6OT3_5 , 6OT3_6
Rf2 accommodated state bound 70s complex at long incubation time Deposition Author(s): Chen, B. , Ehrenberg, M. , Frank, J. , Fu, Z. , Grassucci, R.A. , Indrisiunaite, G. , Kaledhonkar, S. , Shah, B. , Sun, M.
Date: 2019-05-05 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Escherichia Coli Sequences Data: 6OUO_1 , 6OUO_G , 6OUO_J , 6OUO_K , 6OUO_L , 6OUO_M , 6OUO_N , 6OUO_O , 6OUO_P , 6OUO_Q , 6OUO_R , 6OUO_2 , 6OUO_S , 6OUO_T , 6OUO_U , 6OUO_V , 6OUO_W , 6OUO_X , 6OUO_Y , 6OUO_Z , 6OUO_A , 6OUO_B , 6OUO_3 , 6OUO_C , 6OUO_D , 6OUO_E , 6OUO_F , 6OUO_H , 6OUO_I , 6OUO_4 , 6OUO_5
Structure of a mammalian small ribosomal subunit in complex with the israeli acute paralysis virus ires (class 1) Deposition Author(s): Acosta-Reyes, F.J. , Fernandez, I.S. , Frank, J. , Neupane, R.
Date: 2019-05-27 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Israeli Acute Paralysis Virus , Oryctolagus Cuniculus Sequences Data: 6P4G_2 , 6P4G_J , 6P4G_K , 6P4G_L , 6P4G_M , 6P4G_N , 6P4G_O , 6P4G_P , 6P4G_Q , 6P4G_R , 6P4G_S , 6P4G_B , 6P4G_T , 6P4G_U , 6P4G_V , 6P4G_W , 6P4G_X , 6P4G_Y , 6P4G_Z , 6P4G_A , 6P4G_C , 6P4G_D , 6P4G_E , 6P4G_F , 6P4G_G , 6P4G_H , 6P4G_1 , 6P4G_I
Structure of a mammalian small ribosomal subunit in complex with the israeli acute paralysis virus ires (class 2) Deposition Author(s): Acosta-Reyes, F.J. , Fernandez, I.S. , Frank, J. , Neupane, R.
Date: 2019-05-27 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Israeli Acute Paralysis Virus , Oryctolagus Cuniculus Sequences Data: 6P4H_2 , 6P4H_I , 6P4H_J , 6P4H_K , 6P4H_L , 6P4H_M , 6P4H_N , 6P4H_O , 6P4H_P , 6P4H_Q , 6P4H_R , 6P4H_B , 6P4H_S , 6P4H_T , 6P4H_U , 6P4H_V , 6P4H_W , 6P4H_X , 6P4H_Y , 6P4H_Z , 6P4H_A , 6P4H_C , 6P4H_D , 6P4H_E , 6P4H_F , 6P4H_G , 6P4H_H , 6P4H_1
Structure of a mammalian 80s ribosome in complex with the israeli acute paralysis virus ires (class 1) Deposition Author(s): Acosta-Reyes, F.J. , Fernandez, I.S. , Frank, J. , Neupane, R.
Date: 2019-05-30 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Israeli Acute Paralysis Virus , Oryctolagus Cuniculus Sequences Data: 6P5I_2 , 6P5I_J , 6P5I_K , 6P5I_L , 6P5I_M , 6P5I_N , 6P5I_O , 6P5I_P , 6P5I_Q , 6P5I_R , 6P5I_S , 6P5I_B , 6P5I_T , 6P5I_U , 6P5I_V , 6P5I_W , 6P5I_X , 6P5I_Y , 6P5I_Z , 6P5I_A , 6P5I_C , 6P5I_D , 6P5I_E , 6P5I_F , 6P5I_G , 6P5I_H , 6P5I_1 , 6P5I_5 , 6P5I_7 , 6P5I_8 , 6P5I_AA , 6P5I_AB , 6P5I_AC , 6P5I_AD , 6P5I_AE , 6P5I_AF , 6P5I_AG , 6P5I_AH , 6P5I_AI , 6P5I_AJ , 6P5I_AL , 6P5I_AM , 6P5I_AN , 6P5I_AO , 6P5I_AP , 6P5I_AQ , 6P5I_AR , 6P5I_AS , 6P5I_AT , 6P5I_AU , 6P5I_AV , 6P5I_AW , 6P5I_AX , 6P5I_AY , 6P5I_AZ , 6P5I_AK , 6P5I_I
Structure of a mammalian 80s ribosome in complex with the israeli acute paralysis virus ires (class 2) Deposition Author(s): Acosta-Reyes, F.J. , Fernandez, I.S. , Frank, J. , Neupane, R.
Date: 2019-05-30 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Israeli Acute Paralysis Virus , Oryctolagus Cuniculus Sequences Data: 6P5J_2 , 6P5J_J , 6P5J_K , 6P5J_L , 6P5J_M , 6P5J_N , 6P5J_O , 6P5J_P , 6P5J_Q , 6P5J_R , 6P5J_S , 6P5J_B , 6P5J_T , 6P5J_U , 6P5J_V , 6P5J_W , 6P5J_X , 6P5J_Y , 6P5J_Z , 6P5J_A , 6P5J_C , 6P5J_D , 6P5J_E , 6P5J_F , 6P5J_G , 6P5J_H , 6P5J_1 , 6P5J_5 , 6P5J_7 , 6P5J_8 , 6P5J_AA , 6P5J_AB , 6P5J_AC , 6P5J_AD , 6P5J_AE , 6P5J_AF , 6P5J_AG , 6P5J_AH , 6P5J_AI , 6P5J_AJ , 6P5J_AL , 6P5J_AM , 6P5J_AN , 6P5J_AO , 6P5J_AP , 6P5J_AQ , 6P5J_AR , 6P5J_AS , 6P5J_AT , 6P5J_AU , 6P5J_AV , 6P5J_AW , 6P5J_AX , 6P5J_AY , 6P5J_AZ , 6P5J_AK , 6P5J_I
Structure of a mammalian 80s ribosome in complex with the israeli acute paralysis virus ires (class 3) Deposition Author(s): Acosta-Reyes, F.J. , Fernandez, I.S. , Frank, J. , Neupane, R.
Date: 2019-05-30 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Israeli Acute Paralysis Virus , Oryctolagus Cuniculus Sequences Data: 6P5K_5 , 6P5K_AG , 6P5K_AH , 6P5K_AI , 6P5K_AJ , 6P5K_AL , 6P5K_AM , 6P5K_AN , 6P5K_AO , 6P5K_AP , 6P5K_AQ , 6P5K_7 , 6P5K_AR , 6P5K_AS , 6P5K_AT , 6P5K_AU , 6P5K_AV , 6P5K_AW , 6P5K_AX , 6P5K_AY , 6P5K_AZ , 6P5K_AA , 6P5K_8 , 6P5K_AB , 6P5K_AC , 6P5K_AD , 6P5K_AE , 6P5K_AF , 6P5K_AK , 6P5K_2 , 6P5K_B , 6P5K_C , 6P5K_D , 6P5K_E , 6P5K_F , 6P5K_G , 6P5K_H , 6P5K_I , 6P5K_J , 6P5K_K , 6P5K_L , 6P5K_M , 6P5K_N , 6P5K_O , 6P5K_P , 6P5K_Q , 6P5K_R , 6P5K_S , 6P5K_T , 6P5K_U , 6P5K_V , 6P5K_W , 6P5K_X , 6P5K_Y , 6P5K_Z , 6P5K_A , 6P5K_1
Structure of a mammalian 80s ribosome in complex with a single translocated israeli acute paralysis virus ires and erf1 Deposition Author(s): Acosta-Reyes, F.J. , Fernandez, I.S. , Frank, J. , Neupane, R.
Date: 2019-05-30 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Homo Sapiens , Israeli Acute Paralysis Virus , Oryctolagus Cuniculus Sequences Data: 6P5N_5 , 6P5N_AG , 6P5N_AH , 6P5N_AI , 6P5N_AJ , 6P5N_AL , 6P5N_AM , 6P5N_AN , 6P5N_AO , 6P5N_AP , 6P5N_AQ , 6P5N_7 , 6P5N_AR , 6P5N_AS , 6P5N_AT , 6P5N_AU , 6P5N_AV , 6P5N_AW , 6P5N_AX , 6P5N_AY , 6P5N_AZ , 6P5N_AA , 6P5N_8 , 6P5N_AB , 6P5N_AC , 6P5N_AD , 6P5N_AE , 6P5N_AF , 6P5N_AK , 6P5N_2 , 6P5N_B , 6P5N_C , 6P5N_D , 6P5N_E , 6P5N_F , 6P5N_G , 6P5N_H , 6P5N_I , 6P5N_J , 6P5N_K , 6P5N_L , 6P5N_M , 6P5N_N , 6P5N_O , 6P5N_P , 6P5N_Q , 6P5N_R , 6P5N_S , 6P5N_T , 6P5N_U , 6P5N_V , 6P5N_W , 6P5N_X , 6P5N_Y , 6P5N_Z , 6P5N_A , 6P5N_1