Search Query :
6HCF
Structure of the rabbit 80s ribosome stalled on globin mrna at the stop codon Deposition Author(s): Chandrasekaran, V. , Hegde, R.S. , Juszkiewicz, S. , Kraatz, S. , Lin, Z. , Ramakrishnan, V.
Date: 2018-08-14 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Homo Sapiens , Oryctolagus Cuniculus Sequences Data: 6HCF_A1 , 6HCF_J1 , 6HCF_K1 , 6HCF_L1 , 6HCF_M1 , 6HCF_N1 , 6HCF_O1 , 6HCF_P1 , 6HCF_Q1 , 6HCF_R1 , 6HCF_S1 , 6HCF_B1 , 6HCF_T1 , 6HCF_U1 , 6HCF_V1 , 6HCF_W1 , 6HCF_X1 , 6HCF_Y1 , 6HCF_Z1 , 6HCF_C1 , 6HCF_D1 , 6HCF_E1 , 6HCF_F1 , 6HCF_G1 , 6HCF_H1 , 6HCF_52 , 6HCF_72 , 6HCF_82 , 6HCF_A3 , 6HCF_B3 , 6HCF_C3 , 6HCF_E3 , 6HCF_F3 , 6HCF_H3 , 6HCF_L3 , 6HCF_M3 , 6HCF_N3 , 6HCF_O3 , 6HCF_P3 , 6HCF_Q3 , 6HCF_R3 , 6HCF_S3 , 6HCF_T3 , 6HCF_U3 , 6HCF_V3 , 6HCF_W3 , 6HCF_X3 , 6HCF_Y3 , 6HCF_Z3 , 6HCF_D3 , 6HCF_G3 , 6HCF_I3 , 6HCF_J3 , 6HCF_K3 , 6HCF_23 , 6HCF_1 , 6HCF_I1
6HCJ
Structure of the rabbit 80s ribosome on globin mrna in the rotated state with a/p and p/e trnas Deposition Author(s): Chandrasekaran, V. , Hegde, R.S. , Juszkiewicz, S. , Kraatz, S. , Lin, Z. , Ramakrishnan, V.
Date: 2018-08-15 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Oryctolagus Cuniculus Sequences Data: 6HCJ_51 , 6HCJ_G2 , 6HCJ_H2 , 6HCJ_I2 , 6HCJ_J2 , 6HCJ_K2 , 6HCJ_L2 , 6HCJ_M2 , 6HCJ_N2 , 6HCJ_O2 , 6HCJ_P2 , 6HCJ_71 , 6HCJ_Q2 , 6HCJ_R2 , 6HCJ_S2 , 6HCJ_T2 , 6HCJ_U2 , 6HCJ_V2 , 6HCJ_W2 , 6HCJ_X2 , 6HCJ_Y2 , 6HCJ_Z2 , 6HCJ_81 , 6HCJ_A2 , 6HCJ_B2 , 6HCJ_C2 , 6HCJ_D2 , 6HCJ_E2 , 6HCJ_F2 , 6HCJ_A3 , 6HCJ_B3 , 6HCJ_C3 , 6HCJ_D3 , 6HCJ_E3 , 6HCJ_F3 , 6HCJ_G3 , 6HCJ_H3 , 6HCJ_I3 , 6HCJ_J3 , 6HCJ_L3 , 6HCJ_M3 , 6HCJ_N3 , 6HCJ_O3 , 6HCJ_P3 , 6HCJ_Q3 , 6HCJ_R3 , 6HCJ_S3 , 6HCJ_T3 , 6HCJ_U3 , 6HCJ_V3 , 6HCJ_X3 , 6HCJ_Y3 , 6HCJ_Z3 , 6HCJ_K3 , 6HCJ_33 , 6HCJ_W3 , 6HCJ_1
6HCM
Structure of the rabbit collided di-ribosome (stalled monosome) Deposition Author(s): Chandrasekaran, V. , Hegde, R.S. , Juszkiewicz, S. , Kraatz, S. , Lin, Z. , Ramakrishnan, V.
Date: 2018-08-15 Method: ELECTRON MICROSCOPY Resolution: 6.8 Å Organism(s): Oryctolagus Cuniculus Sequences Data: 6HCM_A1 , 6HCM_J1 , 6HCM_K1 , 6HCM_L1 , 6HCM_M1 , 6HCM_N1 , 6HCM_O1 , 6HCM_P1 , 6HCM_Q1 , 6HCM_R1 , 6HCM_S1 , 6HCM_B1 , 6HCM_T1 , 6HCM_U1 , 6HCM_V1 , 6HCM_W1 , 6HCM_X1 , 6HCM_Y1 , 6HCM_Z1 , 6HCM_C1 , 6HCM_D1 , 6HCM_E1 , 6HCM_F1 , 6HCM_G1 , 6HCM_H1 , 6HCM_52 , 6HCM_72 , 6HCM_82 , 6HCM_A3 , 6HCM_B3 , 6HCM_C3 , 6HCM_E3 , 6HCM_F3 , 6HCM_H3 , 6HCM_L3 , 6HCM_M3 , 6HCM_N3 , 6HCM_O3 , 6HCM_P3 , 6HCM_Q3 , 6HCM_R3 , 6HCM_S3 , 6HCM_T3 , 6HCM_U3 , 6HCM_V3 , 6HCM_W3 , 6HCM_X3 , 6HCM_Y3 , 6HCM_Z3 , 6HCM_D3 , 6HCM_G3 , 6HCM_I3 , 6HCM_J3 , 6HCM_K3 , 6HCM_23 , 6HCM_1 , 6HCM_I1
6HCQ
Structure of the rabbit collided di-ribosome (collided monosome) Deposition Author(s): Chandrasekaran, V. , Hegde, R.S. , Juszkiewicz, S. , Kraatz, S. , Lin, Z. , Ramakrishnan, V.
Date: 2018-08-16 Method: ELECTRON MICROSCOPY Resolution: 6.5 Å Organism(s): Oryctolagus Cuniculus Sequences Data: 6HCQ_51 , 6HCQ_G2 , 6HCQ_H2 , 6HCQ_I2 , 6HCQ_J2 , 6HCQ_K2 , 6HCQ_L2 , 6HCQ_M2 , 6HCQ_N2 , 6HCQ_O2 , 6HCQ_P2 , 6HCQ_71 , 6HCQ_Q2 , 6HCQ_R2 , 6HCQ_S2 , 6HCQ_T2 , 6HCQ_U2 , 6HCQ_V2 , 6HCQ_W2 , 6HCQ_X2 , 6HCQ_Y2 , 6HCQ_Z2 , 6HCQ_81 , 6HCQ_A2 , 6HCQ_B2 , 6HCQ_C2 , 6HCQ_D2 , 6HCQ_E2 , 6HCQ_F2 , 6HCQ_A3 , 6HCQ_B3 , 6HCQ_C3 , 6HCQ_D3 , 6HCQ_E3 , 6HCQ_F3 , 6HCQ_G3 , 6HCQ_H3 , 6HCQ_I3 , 6HCQ_J3 , 6HCQ_L3 , 6HCQ_M3 , 6HCQ_N3 , 6HCQ_O3 , 6HCQ_P3 , 6HCQ_Q3 , 6HCQ_R3 , 6HCQ_S3 , 6HCQ_T3 , 6HCQ_U3 , 6HCQ_V3 , 6HCQ_X3 , 6HCQ_Y3 , 6HCQ_Z3 , 6HCQ_K3 , 6HCQ_33 , 6HCQ_W3 , 6HCQ_1
6SGC
Rabbit 80s ribosome stalled on a poly(a) tail Deposition Author(s): Brown, A. , Chandrasekaran, V. , Choi, J. , Hegde, R.S. , Juszkiewicz, S. , Puglisi, J.D. , Ramakrishnan, V. , Shao, S.
Date: 2019-08-03 Method: ELECTRON MICROSCOPY Resolution: 2.8 Å Organism(s): Homo Sapiens , Oryctolagus Cuniculus Sequences Data: 6SGC_A1 , 6SGC_J1 , 6SGC_K1 , 6SGC_L1 , 6SGC_M1 , 6SGC_N1 , 6SGC_O1 , 6SGC_P1 , 6SGC_Q1 , 6SGC_R1 , 6SGC_S1 , 6SGC_B1 , 6SGC_T1 , 6SGC_U1 , 6SGC_V1 , 6SGC_W1 , 6SGC_X1 , 6SGC_Y1 , 6SGC_Z1 , 6SGC_C1 , 6SGC_D1 , 6SGC_E1 , 6SGC_F1 , 6SGC_G1 , 6SGC_H1 , 6SGC_I1 , 6SGC_A2 , 6SGC_B2 , 6SGC_C2 , 6SGC_D2 , 6SGC_E2 , 6SGC_F2 , 6SGC_G2 , 6SGC_H2 , 6SGC_I2 , 6SGC_J2 , 6SGC_L2 , 6SGC_M2 , 6SGC_N2 , 6SGC_O2 , 6SGC_P2 , 6SGC_Q2 , 6SGC_R2 , 6SGC_S2 , 6SGC_T2 , 6SGC_U2 , 6SGC_V2 , 6SGC_W2 , 6SGC_X2 , 6SGC_Y2 , 6SGC_Z2 , 6SGC_K2 , 6SGC_54 , 6SGC_74 , 6SGC_84 , 6SGC_XX , 6SGC_B , 6SGC_23 , 6SGC_33
6T59
Structure of rabbit 80s ribosome translating beta-tubulin in complex with tetratricopeptide protein 5 and nascent chain-associated complex Deposition Author(s): Chandrasekaran, V. , Gasic, I. , Hegde, R.S. , Lin, Z. , Mitchison, T.J. , Peters, N. , Ramakrishnan, V. , Shao, S.
Date: 2019-10-15 Method: ELECTRON MICROSCOPY Resolution: 3.11 Å Organism(s): Homo Sapiens , Oryctolagus Cuniculus Sequences Data: 6T59_A3 , 6T59_J3 , 6T59_L3 , 6T59_M3 , 6T59_N3 , 6T59_O3 , 6T59_P3 , 6T59_Q3 , 6T59_R3 , 6T59_S3 , 6T59_T3 , 6T59_B3 , 6T59_U3 , 6T59_V3 , 6T59_W3 , 6T59_X3 , 6T59_Y3 , 6T59_Z3 , 6T59_C3 , 6T59_D3 , 6T59_E3 , 6T59_F3 , 6T59_G3 , 6T59_H3 , 6T59_I3 , 6T59_K3 , 6T59_23 , 6T59_54 , 6T59_74 , 6T59_84 , 6T59_NI , 6T59_NA , 6T59_NB , 6T59_TT , 6T59_1
7A5F
Structure of the stalled human mitoribosome with p- and e-site mt-trnas Deposition Author(s): Chandrasekaran, V. , Desai, N. , Kazi, R. , Minczuk, M. , Ramakrishnan, V. , Yang, H.
Date: 2020-08-21 Method: ELECTRON MICROSCOPY Resolution: 4.4 Å Organism(s): Homo Sapiens , Thermus Thermophilus (Strain Hb27 / Atcc Baa-163 / Dsm 7039) Sequences Data: 7A5F_Y2 , 7A5F_K3 , 7A5F_L3 , 7A5F_M3 , 7A5F_N3 , 7A5F_O3 , 7A5F_P3 , 7A5F_Q3 , 7A5F_R3 , 7A5F_S3 , 7A5F_T3 , 7A5F_A3 , 7A5F_U3 , 7A5F_V3 , 7A5F_W3 , 7A5F_X3 , 7A5F_Y3 , 7A5F_Z3 , 7A5F_03 , 7A5F_13 , 7A5F_23 , 7A5F_33 , 7A5F_B3 , 7A5F_43 , 7A5F_53 , 7A5F_63 , 7A5F_73 , 7A5F_93 , 7A5F_C3 , 7A5F_D3 , 7A5F_E3 , 7A5F_F3 , 7A5F_G3 , 7A5F_H3 , 7A5F_I3 , 7A5F_J3 , 7A5F_A5 , 7A5F_B6 , 7A5F_C6 , 7A5F_D6 , 7A5F_E6 , 7A5F_F6 , 7A5F_G6 , 7A5F_H6 , 7A5F_I6 , 7A5F_J6 , 7A5F_K6 , 7A5F_L6 , 7A5F_M6 , 7A5F_N6 , 7A5F_O6 , 7A5F_P6 , 7A5F_Q6 , 7A5F_D , 7A5F_R6 , 7A5F_S6 , 7A5F_T6 , 7A5F_U6 , 7A5F_V6 , 7A5F_W6 , 7A5F_X6 , 7A5F_Y6 , 7A5F_Z6 , 7A5F_A6 , 7A5F_24 , 7A5F_C , 7A5F_I4 , 7A5F_A , 7A5F_N
7A5G
Structure of the elongating human mitoribosome bound to mtef-tu.gmppcp and a/t mt-trna Deposition Author(s): Chandrasekaran, V. , Desai, N. , Kazi, R. , Minczuk, M. , Ramakrishnan, V. , Yang, H.
Date: 2020-08-21 Method: ELECTRON MICROSCOPY Resolution: 4.33 Å Organism(s): Homo Sapiens , Thermus Thermophilus (Strain Hb27 / Atcc Baa-163 / Dsm 7039) Sequences Data: 7A5G_Y2 , 7A5G_K3 , 7A5G_L3 , 7A5G_M3 , 7A5G_N3 , 7A5G_O3 , 7A5G_P3 , 7A5G_Q3 , 7A5G_R3 , 7A5G_S3 , 7A5G_T3 , 7A5G_A3 , 7A5G_U3 , 7A5G_V3 , 7A5G_W3 , 7A5G_X3 , 7A5G_Y3 , 7A5G_Z3 , 7A5G_03 , 7A5G_13 , 7A5G_23 , 7A5G_33 , 7A5G_B3 , 7A5G_43 , 7A5G_53 , 7A5G_63 , 7A5G_73 , 7A5G_93 , 7A5G_C3 , 7A5G_D3 , 7A5G_E3 , 7A5G_F3 , 7A5G_G3 , 7A5G_H3 , 7A5G_I3 , 7A5G_J3 , 7A5G_A5 , 7A5G_B6 , 7A5G_C6 , 7A5G_D6 , 7A5G_E6 , 7A5G_F6 , 7A5G_G6 , 7A5G_H6 , 7A5G_I6 , 7A5G_J6 , 7A5G_K6 , 7A5G_L6 , 7A5G_M6 , 7A5G_N6 , 7A5G_O6 , 7A5G_P6 , 7A5G_D , 7A5G_Q6 , 7A5G_R6 , 7A5G_S6 , 7A5G_T6 , 7A5G_U6 , 7A5G_V6 , 7A5G_W6 , 7A5G_X6 , 7A5G_Y6 , 7A5G_Z6 , 7A5G_A6 , 7A5G_24 , 7A5G_C , 7A5G_I4 , 7A5G_A , 7A5G_Z , 7A5G_J , 7A5G_N
7A5H
Structure of the split human mitoribosomal large subunit with rescue factors mtrf-r and mtres1 Deposition Author(s): Chandrasekaran, V. , Desai, N. , Kazi, R. , Minczuk, M. , Ramakrishnan, V. , Yang, H.
Date: 2020-08-21 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Homo Sapiens Sequences Data: 7A5H_D , 7A5H_N , 7A5H_O , 7A5H_P , 7A5H_Q , 7A5H_R , 7A5H_S , 7A5H_T , 7A5H_U , 7A5H_V , 7A5H_W , 7A5H_E , 7A5H_X , 7A5H_Y , 7A5H_Z , 7A5H_0 , 7A5H_1 , 7A5H_2 , 7A5H_3 , 7A5H_5 , 7A5H_6 , 7A5H_7 , 7A5H_F , 7A5H_8 , 7A5H_9 , 7A5H_A , 7A5H_B , 7A5H_C , 7A5H_G , 7A5H_H , 7A5H_I , 7A5H_J , 7A5H_K , 7A5H_L , 7A5H_M , 7A5H_24 , 7A5H_Y2
7A5I
Structure of the human mitoribosome with a- p-and e-site mt-trnas Deposition Author(s): Chandrasekaran, V. , Desai, N. , Kazi, R. , Minczuk, M. , Ramakrishnan, V. , Yang, H.
Date: 2020-08-21 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Homo Sapiens Sequences Data: 7A5I_Y2 , 7A5I_K3 , 7A5I_L3 , 7A5I_M3 , 7A5I_N3 , 7A5I_O3 , 7A5I_P3 , 7A5I_Q3 , 7A5I_R3 , 7A5I_S3 , 7A5I_T3 , 7A5I_A3 , 7A5I_U3 , 7A5I_V3 , 7A5I_W3 , 7A5I_X3 , 7A5I_Y3 , 7A5I_Z3 , 7A5I_03 , 7A5I_13 , 7A5I_23 , 7A5I_33 , 7A5I_B3 , 7A5I_43 , 7A5I_53 , 7A5I_63 , 7A5I_73 , 7A5I_83 , 7A5I_93 , 7A5I_C3 , 7A5I_D3 , 7A5I_E3 , 7A5I_F3 , 7A5I_G3 , 7A5I_H3 , 7A5I_I3 , 7A5I_J3 , 7A5I_A5 , 7A5I_B6 , 7A5I_C6 , 7A5I_D6 , 7A5I_E6 , 7A5I_F6 , 7A5I_G6 , 7A5I_H6 , 7A5I_I6 , 7A5I_J6 , 7A5I_K6 , 7A5I_L6 , 7A5I_M6 , 7A5I_N6 , 7A5I_O6 , 7A5I_P6 , 7A5I_Q6 , 7A5I_R6 , 7A5I_S6 , 7A5I_T6 , 7A5I_U6 , 7A5I_V6 , 7A5I_W6 , 7A5I_X6 , 7A5I_Y6 , 7A5I_Z6 , 7A5I_A6 , 7A5I_I4 , 7A5I_99 , 7A5I_94 , 7A5I_X