Search Query :
5OPT
Structure of ksrp in context of trypanosoma cruzi 40s Deposition Author(s): Bochler, A. , Brito Querido, J. , Chicher, J. , Hashem, Y. , Mancera-Martinez, E. , Simonetti, A. , Vicens, Q.
Date: 2017-08-10 Method: ELECTRON MICROSCOPY Resolution: 4.0 Å Organism(s): Trypanosoma Cruzi , Trypanosoma Cruzi (Strain Cl Brener) Sequences Data: 5OPT_P , 5OPT_R , 5OPT_S , 5OPT_T , 5OPT_U , 5OPT_V , 5OPT_W , 5OPT_X , 5OPT_Y , 5OPT_Z , 5OPT_B , 5OPT_Q , 5OPT_F , 5OPT_D , 5OPT_E , 5OPT_G , 5OPT_A , 5OPT_I , 5OPT_J , 5OPT_K , 5OPT_L , 5OPT_M , 5OPT_N , 5OPT_O , 5OPT_C , 5OPT_H
5OSG
Structure of ksrp in context of leishmania donovani 80s Deposition Author(s): Bochler, A. , Brito Querido, J. , Chicher, J. , Hashem, Y. , Mancera-Martinez, E. , Simonetti, A. , Vicens, Q.
Date: 2017-08-17 Method: ELECTRON MICROSCOPY Resolution: 2.9 Å Organism(s): Leishmania Donovani Sequences Data: 5OSG_H , 5OSG_2 , 5OSG_P
6GQ1
Cryo-em reconstruction of yeast 80s ribosome in complex with mrna, trna and eef2 (gmppcp/sordarin) Deposition Author(s): Demeshkina, N. , Hashem, Y. , Mancera-Martinez, E. , Melnikov, S. , Myasnikov, A. , Pellegrino, S. , Simonetti, A. , Yusupov, M. , Yusupova, G.
Date: 2018-06-07 Method: ELECTRON MICROSCOPY Resolution: 4.4 Å Organism(s): Saccharomyces Cerevisiae (Strain Atcc 204508 / S288C) , Synthetic Construct Sequences Data: 6GQ1_1 , 6GQ1_E , 6GQ1_F , 6GQ1_G , 6GQ1_H , 6GQ1_I , 6GQ1_J , 6GQ1_L , 6GQ1_M , 6GQ1_N , 6GQ1_O , 6GQ1_3 , 6GQ1_P , 6GQ1_Q , 6GQ1_R , 6GQ1_S , 6GQ1_T , 6GQ1_U , 6GQ1_V , 6GQ1_W , 6GQ1_X , 6GQ1_Y , 6GQ1_4 , 6GQ1_Z , 6GQ1_A , 6GQ1_B , 6GQ1_C , 6GQ1_D , 6GQ1_P0 , 6GQ1_K , 6GQ1_2 , 6GQ1_P2 , 6GQ1_AA , 6GQ1_AB , 6GQ1_AC , 6GQ1_AD , 6GQ1_AE , 6GQ1_AF , 6GQ1_AG , 6GQ1_AH , 6GQ1_AI , 6GQ1_AJ , 6GQ1_AK , 6GQ1_AL , 6GQ1_AM , 6GQ1_AN , 6GQ1_AO , 6GQ1_AP , 6GQ1_AQ , 6GQ1_AR , 6GQ1_AS , 6GQ1_AT , 6GQ1_AU , 6GQ1_AV , 6GQ1_AW , 6GQ1_AX , 6GQ1_AY , 6GQ1_AZ
6YAL
Mammalian 48s late-stage initiation complex with beta-globin mrna Deposition Author(s): Bochler, A. , Guca, E. , Hashem, Y. , Simonetti, A.
Date: 2020-03-12 Method: ELECTRON MICROSCOPY Resolution: 3.0 Å Organism(s): Oryctolagus Cuniculus , Synthetic Construct Sequences Data: 6YAL_1 , 6YAL_J , 6YAL_K , 6YAL_L , 6YAL_M , 6YAL_N , 6YAL_O , 6YAL_P , 6YAL_Q , 6YAL_S , 6YAL_T , 6YAL_V , 6YAL_W , 6YAL_X , 6YAL_Y , 6YAL_Z , 6YAL_A , 6YAL_B , 6YAL_C , 6YAL_D , 6YAL_E , 6YAL_F , 6YAL_G , 6YAL_I , 6YAL_2 , 6YAL_U , 6YAL_R , 6YAL_3 , 6YAL_H
6YAM
Mammalian 48s late-stage translation initiation complex (ls48s+eif3 ic) with beta-globin mrna Deposition Author(s): Bochler, A. , Guca, E. , Hashem, Y. , Simonetti, A.
Date: 2020-03-12 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Oryctolagus Cuniculus , Synthetic Construct Sequences Data: 6YAM_1 , 6YAM_J , 6YAM_K , 6YAM_L , 6YAM_M , 6YAM_N , 6YAM_O , 6YAM_P , 6YAM_Q , 6YAM_S , 6YAM_T , 6YAM_V , 6YAM_W , 6YAM_X , 6YAM_Y , 6YAM_Z , 6YAM_A , 6YAM_B , 6YAM_C , 6YAM_D , 6YAM_E , 6YAM_F , 6YAM_G , 6YAM_I , 6YAM_2 , 6YAM_U , 6YAM_R , 6YAM_3 , 6YAM_H
6YAN
Mammalian 48s late-stage translation initiation complex with histone 4 mrna Deposition Author(s): Bochler, A. , Guca, E. , Hashem, Y. , Simonetti, A.
Date: 2020-03-12 Method: ELECTRON MICROSCOPY Resolution: 3.48 Å Organism(s): Oryctolagus Cuniculus , Synthetic Construct Sequences Data: 6YAN_L , 6YAN_K , 6YAN_M , 6YAN_N , 6YAN_O , 6YAN_P , 6YAN_Q , 6YAN_S , 6YAN_T , 6YAN_V , 6YAN_C , 6YAN_W , 6YAN_X , 6YAN_Y , 6YAN_Z , 6YAN_A , 6YAN_B , 6YAN_D , 6YAN_E , 6YAN_F , 6YAN_G , 6YAN_H , 6YAN_I , 6YAN_2 , 6YAN_3 , 6YAN_U , 6YAN_R , 6YAN_1 , 6YAN_J
6ZVK
The halastavi arva virus (halv) intergenic region ires promotes translation by the simplest possible initiation mechanism Deposition Author(s): Abaeva, I.S. , Bochler, A. , Hashem, Y. , Hellen, C.U.T. , Pestova, T. , Simonetti, A. , Soufari, H. , Vicens, Q.
Date: 2020-07-24 Method: ELECTRON MICROSCOPY Resolution: 3.49 Å Organism(s): Halastavi Arva Rna Virus , Oryctolagus Cuniculus Sequences Data: 6ZVK_Z2 , 6ZVK_52 , 6ZVK_62 , 6ZVK_72 , 6ZVK_82 , 6ZVK_K2 , 6ZVK_L2 , 6ZVK_M2 , 6ZVK_O2 , 6ZVK_Q2 , 6ZVK_R2 , 6ZVK_E2 , 6ZVK_13 , 6ZVK_T2 , 6ZVK_U2 , 6ZVK_V2 , 6ZVK_X2 , 6ZVK_Y2 , 6ZVK_92 , 6ZVK_A2 , 6ZVK_B2 , 6ZVK_C2 , 6ZVK_D2 , 6ZVK_F2 , 6ZVK_G2 , 6ZVK_I2 , 6ZVK_J2 , 6ZVK_H2 , 6ZVK_W2 , 6ZVK_A7 , 6ZVK_12 , 6ZVK_22 , 6ZVK_42 , 6ZVK_P2 , 6ZVK_E1 , 6ZVK_I3 , 6ZVK_S3 , 6ZVK_G3 , 6ZVK_F3 , 6ZVK_K3 , 6ZVK_P3 , 6ZVK_A5 , 6ZVK_A3 , 6ZVK_B3 , 6ZVK_C3 , 6ZVK_D3 , 6ZVK_G5 , 6ZVK_H5 , 6ZVK_J5 , 6ZVK_I5 , 6ZVK_L3 , 6ZVK_M3 , 6ZVK_O3 , 6ZVK_Q3 , 6ZVK_T3 , 6ZVK_U3 , 6ZVK_V3 , 6ZVK_W3 , 6ZVK_X3 , 6ZVK_Y3 , 6ZVK_J3 , 6ZVK_N3 , 6ZVK_S2 , 6ZVK_E3 , 6ZVK_H3 , 6ZVK_32
7A01
The halastavi arva virus intergenic region ires promotes translation by the simplest possible initiation mechanism Deposition Author(s): Abaeva, I. , Bochler, A. , Hashem, Y. , Hellen, C.U.T. , Pestova, T.V. , Simonetti, A. , Soufari, H. , Vicens, Q.
Date: 2020-08-05 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Halastavi Arva Rna Virus , Oryctolagus Cuniculus Sequences Data: 7A01_E1 , 7A01_Q2 , 7A01_R2 , 7A01_T2 , 7A01_U2 , 7A01_V2 , 7A01_W2 , 7A01_X2 , 7A01_Y2 , 7A01_92 , 7A01_A2 , 7A01_E2 , 7A01_B2 , 7A01_C2 , 7A01_D2 , 7A01_F2 , 7A01_G2 , 7A01_H2 , 7A01_I2 , 7A01_J2 , 7A01_K2 , 7A01_L2 , 7A01_M2 , 7A01_S2 , 7A01_02 , 7A01_12 , 7A01_22 , 7A01_32 , 7A01_42 , 7A01_52 , 7A01_62 , 7A01_72 , 7A01_82 , 7A01_K3 , 7A01_P2 , 7A01_S3 , 7A01_13 , 7A01_Q3 , 7A01_G3 , 7A01_G5 , 7A01_A3 , 7A01_A5 , 7A01_T3 , 7A01_U3 , 7A01_V3 , 7A01_W3 , 7A01_X3 , 7A01_Y3 , 7A01_J3 , 7A01_J5 , 7A01_N3 , 7A01_B3 , 7A01_F3 , 7A01_C3 , 7A01_D3 , 7A01_E3 , 7A01_H3 , 7A01_H5 , 7A01_P3 , 7A01_I3 , 7A01_I5 , 7A01_L3 , 7A01_M3 , 7A01_O3 , 7A01_A7 , 7A01_O2