Search Query :
8CIV
Translocation intermediate 5 (ti-5) of 80s s. cerevisiae ribosome with ligands and eef2 in the presence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-10 Method: ELECTRON MICROSCOPY Resolution: 2.47 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CIV_0 , 8CIV_A , 8CIV_AA , 8CIV_B , 8CIV_BB , 8CIV_C , 8CIV_CC , 8CIV_D , 8CIV_1 , 8CIV_DD , 8CIV_E , 8CIV_EE , 8CIV_F , 8CIV_FF , 8CIV_G , 8CIV_GG , 8CIV_H , 8CIV_2 , 8CIV_HH , 8CIV_I , 8CIV_II , 8CIV_J , 8CIV_JJ , 8CIV_K , 8CIV_KK , 8CIV_L , 8CIV_LL , 8CIV_M , 8CIV_3 , 8CIV_MM , 8CIV_N , 8CIV_NN , 8CIV_O , 8CIV_OO , 8CIV_P , 8CIV_PP , 8CIV_Q , 8CIV_QQ , 8CIV_4 , 8CIV_R , 8CIV_S , 8CIV_T , 8CIV_U , 8CIV_V , 8CIV_W , 8CIV_X , 8CIV_Y , 8CIV_Z , 8CIV_5 , 8CIV_6 , 8CIV_7 , 8CIV_8
8CKU
Translocation intermediate 1 (ti-1*) of 80s s. cerevisiae ribosome with ligands and eef2 in the absence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-16 Method: ELECTRON MICROSCOPY Resolution: 3.11 Å Organism(s): Escherichia Coli , Saccharomyces Cerevisiae , Synthetic Construct Sequences Data: 8CKU_0 , 8CKU_A , 8CKU_AA , 8CKU_B , 8CKU_BB , 8CKU_C , 8CKU_CC , 8CKU_D , 8CKU_1 , 8CKU_DD , 8CKU_E , 8CKU_EE , 8CKU_F , 8CKU_FF , 8CKU_G , 8CKU_GG , 8CKU_H , 8CKU_2 , 8CKU_HH , 8CKU_I , 8CKU_II , 8CKU_J , 8CKU_JJ , 8CKU_K , 8CKU_KK , 8CKU_L , 8CKU_LL , 8CKU_M , 8CKU_3 , 8CKU_MM , 8CKU_N , 8CKU_NN , 8CKU_O , 8CKU_OO , 8CKU_P , 8CKU_PP , 8CKU_Q , 8CKU_QQ , 8CKU_R , 8CKU_4 , 8CKU_S , 8CKU_T , 8CKU_U , 8CKU_V , 8CKU_W , 8CKU_X , 8CKU_Y , 8CKU_Z , 8CKU_5 , 8CKU_6 , 8CKU_7 , 8CKU_8
8CMJ
Translocation intermediate 4 (ti-4*) of 80s s. cerevisiae ribosome with eef2 in the absence of sordarin Deposition Author(s): Jenner, L. , Milicevic, N. , Myasnikov, A. , Yusupov, M. , Yusupova, G.
Date: 2023-02-20 Method: ELECTRON MICROSCOPY Resolution: 3.79 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 8CMJ_0 , 8CMJ_A , 8CMJ_AA , 8CMJ_B , 8CMJ_BB , 8CMJ_C , 8CMJ_CC , 8CMJ_D , 8CMJ_DD , 8CMJ_E , 8CMJ_1 , 8CMJ_EE , 8CMJ_F , 8CMJ_FF , 8CMJ_G , 8CMJ_GG , 8CMJ_H , 8CMJ_HH , 8CMJ_I , 8CMJ_II , 8CMJ_2 , 8CMJ_J , 8CMJ_JJ , 8CMJ_K , 8CMJ_KK , 8CMJ_L , 8CMJ_LL , 8CMJ_M , 8CMJ_MM , 8CMJ_N , 8CMJ_NN , 8CMJ_3 , 8CMJ_O , 8CMJ_OO , 8CMJ_P , 8CMJ_PP , 8CMJ_Q , 8CMJ_QQ , 8CMJ_R , 8CMJ_S , 8CMJ_T , 8CMJ_U , 8CMJ_4 , 8CMJ_V , 8CMJ_W , 8CMJ_X , 8CMJ_Y , 8CMJ_Z , 8CMJ_5 , 8CMJ_6 , 8CMJ_7 , 8CMJ_8
8Q7Z
Structure of the g. gallus 80s non-rotated ribosome Deposition Author(s): Jenner, L. , Nurullina, L. , Yusupov, M.
Date: 2023-08-17 Method: ELECTRON MICROSCOPY Resolution: 2.5 Å Organism(s): Gallus Gallus Sequences Data: 8Q7Z_B5 , 8Q7Z_BF , 8Q7Z_BG , 8Q7Z_BH , 8Q7Z_BI , 8Q7Z_BJ , 8Q7Z_BL , 8Q7Z_BM , 8Q7Z_BN , 8Q7Z_BO , 8Q7Z_BP , 8Q7Z_B8 , 8Q7Z_BQ , 8Q7Z_BR , 8Q7Z_BS , 8Q7Z_BT , 8Q7Z_BU , 8Q7Z_BV , 8Q7Z_BW , 8Q7Z_BX , 8Q7Z_BY , 8Q7Z_BZ , 8Q7Z_B7 , 8Q7Z_BA , 8Q7Z_BB , 8Q7Z_BC , 8Q7Z_BD , 8Q7Z_BE , 8Q7Z_AZ , 8Q7Z_BK , 8Q7Z_A2 , 8Q7Z_AA , 8Q7Z_AB , 8Q7Z_AD , 8Q7Z_AE , 8Q7Z_AF , 8Q7Z_AG , 8Q7Z_AH , 8Q7Z_AI , 8Q7Z_AK , 8Q7Z_AM , 8Q7Z_AN , 8Q7Z_AT , 8Q7Z_AU , 8Q7Z_AV , 8Q7Z_AW , 8Q7Z_AX , 8Q7Z_AP , 8Q7Z_AC , 8Q7Z_AJ , 8Q7Z_AL , 8Q7Z_AO , 8Q7Z_AR , 8Q7Z_AS , 8Q7Z_AY , 8Q7Z_V , 8Q7Z_AQ
8Q87
Structure of the g. gallus 80s rotated ribosome in complex with eef2 and serbp1 Deposition Author(s): Jenner, L. , Nurullina, L. , Yusupov, M.
Date: 2023-08-18 Method: ELECTRON MICROSCOPY Resolution: 2.4 Å Organism(s): Gallus Gallus Sequences Data: 8Q87_B5 , 8Q87_BF , 8Q87_BG , 8Q87_BH , 8Q87_BI , 8Q87_BJ , 8Q87_BL , 8Q87_BM , 8Q87_BN , 8Q87_BO , 8Q87_BP , 8Q87_B8 , 8Q87_BQ , 8Q87_BR , 8Q87_BS , 8Q87_BT , 8Q87_BU , 8Q87_BV , 8Q87_BW , 8Q87_BX , 8Q87_BY , 8Q87_BZ , 8Q87_B7 , 8Q87_BA , 8Q87_BB , 8Q87_BC , 8Q87_BD , 8Q87_BE , 8Q87_AZ , 8Q87_BK , 8Q87_A2 , 8Q87_AA , 8Q87_AB , 8Q87_AC , 8Q87_AD , 8Q87_AE , 8Q87_AF , 8Q87_AG , 8Q87_AH , 8Q87_AI , 8Q87_AJ , 8Q87_AK , 8Q87_AL , 8Q87_AM , 8Q87_AN , 8Q87_AO , 8Q87_AQ , 8Q87_AR , 8Q87_AS , 8Q87_AT , 8Q87_AU , 8Q87_AV , 8Q87_AW , 8Q87_AX , 8Q87_AY , 8Q87_AP , 8Q87_V , 8Q87_S , 8Q87_A
8RGZ
Trimeric hsv-1f gb ectodomain in postfusion conformation with three bound hdit101 fab molecules. Deposition Author(s): Arndt, M. , Blumenschein, E. , Chami, M. , Diebolder, P. , Eckert, D. , Engel, R. , Imhof, T. , Jenner, L. , Kalbermatter, D. , Krauss, J. , Moog, K. , Mueller, C. , Ries, M. , Schaller, T. , Seyfizadeh, N. , Yendrzheyevskiy, A.
Date: 2023-12-14 Method: ELECTRON MICROSCOPY Resolution: 3.27 Å Organism(s): Homo Sapiens , Human Alphaherpesvirus 1 Strain F Sequences Data: 8RGZ_A , 8RGZ_B , 8RGZ_C , 8RGZ_D , 8RGZ_H , 8RGZ_F , 8RGZ_E , 8RGZ_L , 8RGZ_G
8RH0
Trimeric hsv-1f gb ectodomain in postfusion conformation with three bound hdit102 fab molecules. Deposition Author(s): Arndt, M. , Blumenschein, E. , Chami, M. , Diebolder, P. , Eckert, D. , Engel, R. , Imhof, T. , Jenner, L. , Kalbermatter, D. , Krauss, J. , Moog, K. , Mueller, C. , Ries, M. , Schaller, T. , Seyfizadeh, N. , Yendrzheyevskiy, A.
Date: 2023-12-14 Method: ELECTRON MICROSCOPY Resolution: 3.44 Å Organism(s): Homo Sapiens , Human Alphaherpesvirus 1 Sequences Data: 8RH0_A , 8RH0_B , 8RH0_C , 8RH0_H , 8RH0_D , 8RH0_F , 8RH0_L , 8RH0_E , 8RH0_G
8RH1
Trimeric hsv-2f gb ectodomain in postfusion conformation with three bound hdit101 fab molecules. Deposition Author(s): Arndt, M. , Blumenschein, E. , Chami, M. , Diebolder, P. , Eckert, D. , Engel, R. , Imhof, T. , Jenner, L. , Kalbermatter, D. , Krauss, J. , Moog, K. , Mueller, C. , Ries, M. , Schaller, T. , Seyfizadeh, N. , Yendrzheyevskiy, A.
Date: 2023-12-14 Method: ELECTRON MICROSCOPY Resolution: 3.45 Å Organism(s): Homo Sapiens , Human Herpesvirus 2 Strain G Sequences Data: 8RH1_A , 8RH1_B , 8RH1_C , 8RH1_D , 8RH1_H , 8RH1_F , 8RH1_E , 8RH1_L , 8RH1_G
8RH2
Trimeric hsv-2g gb ectodomain in postfusion conformation with three bound hdit102 fab molecules. Deposition Author(s): Arndt, M. , Blumenschein, E. , Chami, M. , Diebolder, P. , Eckert, D. , Engel, R. , Imhof, T. , Jenner, L. , Kalbermatter, D. , Krauss, J. , Moog, K. , Mueller, C. , Ries, M. , Schaller, T. , Seyfizadeh, N. , Yendrzheyevskiy, A.
Date: 2023-12-14 Method: ELECTRON MICROSCOPY Resolution: 3.12 Å Organism(s): Homo Sapiens , Human Herpesvirus 2 Strain G Sequences Data: 8RH2_A , 8RH2_B , 8RH2_C , 8RH2_H , 8RH2_D , 8RH2_F , 8RH2_L , 8RH2_E , 8RH2_G