Search Query :
8GYM
Cryo-em structure of tetrahymena thermophila respiratory mega-complex mc iv2+(i+iii2+ii)2 Deposition Author(s): Han, F.Z. , Hu, Y.Q. , Wu, M.C. , Zhou, L.
Date: 2022-09-23 Method: ELECTRON MICROSCOPY Resolution: 2.96 Å Organism(s): Tetrahymena Thermophila Sb210 Sequences Data: 8GYM_1T , 8GYM_2M , 8GYM_N1 , 8GYM_N2 , 8GYM_N3 , 8GYM_N4 , 8GYM_N5 , 8GYM_N6 , 8GYM_P1 , 8GYM_P2 , 8GYM_QA , 8GYM_QB , 8GYM_2N , 8GYM_QC , 8GYM_QD , 8GYM_QE , 8GYM_QF , 8GYM_QG , 8GYM_QH , 8GYM_QI , 8GYM_QJ , 8GYM_QL , 8GYM_QM , 8GYM_U2 , 8GYM_2O , 8GYM_S1 , 8GYM_S2 , 8GYM_S3 , 8GYM_S4 , 8GYM_S5 , 8GYM_S6 , 8GYM_S7 , 8GYM_S8 , 8GYM_T1 , 8GYM_T2 , 8GYM_2T , 8GYM_T3 , 8GYM_T4 , 8GYM_T5 , 8GYM_T6 , 8GYM_T7 , 8GYM_T8 , 8GYM_T9 , 8GYM_TA , 8GYM_TB , 8GYM_TC , 8GYM_3T , 8GYM_TD , 8GYM_TE , 8GYM_TF , 8GYM_TG , 8GYM_TH , 8GYM_TX , 8GYM_V1 , 8GYM_V2 , 8GYM_X1 , 8GYM_C , 8GYM_4A , 8GYM_U1 , 8GYM_4T , 8GYM_5T , 8GYM_6A , 8GYM_6B , 8GYM_2E , 8GYM_6C , 8GYM_6L , 8GYM_6T , 8GYM_7A , 8GYM_7C , 8GYM_7L , 8GYM_A , 8GYM_B , 8GYM_BP , 8GYM_C1 , 8GYM_2F , 8GYM_C2 , 8GYM_C3 , 8GYM_D , 8GYM_E , 8GYM_F , 8GYM_FS , 8GYM_G , 8GYM_H , 8GYM_I , 8GYM_J , 8GYM_2G , 8GYM_K , 8GYM_L , 8GYM_M , 8GYM_M1 , 8GYM_M2 , 8GYM_M3 , 8GYM_N , 8GYM_O , 8GYM_P , 8GYM_Q , 8GYM_2H , 8GYM_R , 8GYM_S , 8GYM_SA , 8GYM_SB , 8GYM_SC , 8GYM_SD , 8GYM_T , 8GYM_U , 8GYM_V , 8GYM_VB , 8GYM_2I , 8GYM_W , 8GYM_X , 8GYM_Y , 8GYM_Y0 , 8GYM_Y5 , 8GYM_Y7 , 8GYM_Z , 8GYM_Z1 , 8GYM_1B , 8GYM_2B , 8GYM_2J , 8GYM_4L , 8GYM_5B , 8GYM_A1 , 8GYM_A2 , 8GYM_A3 , 8GYM_A5 , 8GYM_A6 , 8GYM_A7 , 8GYM_A8 , 8GYM_A9 , 8GYM_2K , 8GYM_AB , 8GYM_AC , 8GYM_AL , 8GYM_AM , 8GYM_AN , 8GYM_B2 , 8GYM_B3 , 8GYM_B4 , 8GYM_B6 , 8GYM_B7 , 8GYM_2L , 8GYM_B8 , 8GYM_B9 , 8GYM_BL , 8GYM_BM , 8GYM_C4 , 8GYM_FX , 8GYM_G1 , 8GYM_G2 , 8GYM_G3 , 8GYM_J1
8GZU
Cryo-em structure of tetrahymena thermophila respiratory megacomplex mc (iv2+i+iii2+ii)2 Deposition Author(s): Han, F.Z. , Hu, Y.Q. , Wu, M.C. , Zhou, L.
Date: 2022-09-27 Method: ELECTRON MICROSCOPY Resolution: 4.18 Å Organism(s): Tetrahymena Thermophila Sb210 Sequences Data: 8GZU_00 , 8GZU_55 , 8GZU_A , 8GZU_09 , 8GZU_64 , 8GZU_J , 8GZU_N2 , 8GZU_N3 , 8GZU_N4 , 8GZU_N5 , 8GZU_N6 , 8GZU_P1 , 8GZU_P2 , 8GZU_QA , 8GZU_QB , 8GZU_QC , 8GZU_0A , 8GZU_45 , 8GZU_6T , 8GZU_QD , 8GZU_QE , 8GZU_QF , 8GZU_QG , 8GZU_QH , 8GZU_QI , 8GZU_QJ , 8GZU_QL , 8GZU_S1 , 8GZU_S2 , 8GZU_0B , 8GZU_46 , 8GZU_BP , 8GZU_S3 , 8GZU_S4 , 8GZU_S5 , 8GZU_S6 , 8GZU_S7 , 8GZU_S8 , 8GZU_SA , 8GZU_SB , 8GZU_SC , 8GZU_SD , 8GZU_0C , 8GZU_47 , 8GZU_FS , 8GZU_T1 , 8GZU_T2 , 8GZU_T3 , 8GZU_T4 , 8GZU_T5 , 8GZU_T6 , 8GZU_T7 , 8GZU_T8 , 8GZU_T9 , 8GZU_TA , 8GZU_0D , 8GZU_48 , 8GZU_4A , 8GZU_TB , 8GZU_TC , 8GZU_TD , 8GZU_TE , 8GZU_TF , 8GZU_TG , 8GZU_TH , 8GZU_TX , 8GZU_V1 , 8GZU_V2 , 8GZU_0E , 8GZU_49 , 8GZU_Y7 , 8GZU_X1 , 8GZU_0F , 8GZU_50 , 8GZU_Y5 , 8GZU_0G , 8GZU_51 , 8GZU_Y0 , 8GZU_0H , 8GZU_52 , 8GZU_Z1 , 8GZU_0I , 8GZU_53 , 8GZU_U1 , 8GZU_01 , 8GZU_56 , 8GZU_B , 8GZU_0J , 8GZU_54 , 8GZU_QM , 8GZU_U2 , 8GZU_10 , 8GZU_65 , 8GZU_K , 8GZU_11 , 8GZU_66 , 8GZU_L , 8GZU_12 , 8GZU_67 , 8GZU_M , 8GZU_13 , 8GZU_68 , 8GZU_N , 8GZU_14 , 8GZU_69 , 8GZU_O , 8GZU_15 , 8GZU_70 , 8GZU_P , 8GZU_16 , 8GZU_71 , 8GZU_Q , 8GZU_17 , 8GZU_72 , 8GZU_R , 8GZU_18 , 8GZU_73 , 8GZU_S , 8GZU_02 , 8GZU_57 , 8GZU_C , 8GZU_19 , 8GZU_74 , 8GZU_T , 8GZU_1B , 8GZU_20 , 8GZU_75 , 8GZU_U , 8GZU_21 , 8GZU_76 , 8GZU_V , 8GZU_22 , 8GZU_77 , 8GZU_W , 8GZU_23 , 8GZU_78 , 8GZU_X , 8GZU_24 , 8GZU_79 , 8GZU_Y , 8GZU_25 , 8GZU_80 , 8GZU_Z , 8GZU_26 , 8GZU_81 , 8GZU_C1 , 8GZU_27 , 8GZU_82 , 8GZU_C2 , 8GZU_03 , 8GZU_58 , 8GZU_D , 8GZU_28 , 8GZU_83 , 8GZU_C3 , 8GZU_29 , 8GZU_84 , 8GZU_VB , 8GZU_2B , 8GZU_2E , 8GZU_2F , 8GZU_2G , 8GZU_2H , 8GZU_2I , 8GZU_2J , 8GZU_2K , 8GZU_04 , 8GZU_59 , 8GZU_E , 8GZU_2L , 8GZU_2M , 8GZU_2N , 8GZU_2O , 8GZU_30 , 8GZU_85 , 8GZU_6A , 8GZU_31 , 8GZU_86 , 8GZU_6B , 8GZU_32 , 8GZU_87 , 8GZU_6C , 8GZU_33 , 8GZU_88 , 8GZU_6L , 8GZU_34 , 8GZU_89 , 8GZU_7A , 8GZU_35 , 8GZU_90 , 8GZU_7C , 8GZU_05 , 8GZU_60 , 8GZU_F , 8GZU_36 , 8GZU_91 , 8GZU_7L , 8GZU_37 , 8GZU_92 , 8GZU_M1 , 8GZU_38 , 8GZU_93 , 8GZU_M2 , 8GZU_39 , 8GZU_94 , 8GZU_M3 , 8GZU_40 , 8GZU_95 , 8GZU_1T , 8GZU_41 , 8GZU_96 , 8GZU_2T , 8GZU_42 , 8GZU_97 , 8GZU_3T , 8GZU_43 , 8GZU_98 , 8GZU_4T , 8GZU_44 , 8GZU_99 , 8GZU_5T , 8GZU_4L , 8GZU_06 , 8GZU_61 , 8GZU_G , 8GZU_5B , 8GZU_A1 , 8GZU_A2 , 8GZU_A3 , 8GZU_A5 , 8GZU_A6 , 8GZU_A7 , 8GZU_A8 , 8GZU_A9 , 8GZU_AB , 8GZU_07 , 8GZU_62 , 8GZU_H , 8GZU_AC , 8GZU_AL , 8GZU_AM , 8GZU_AN , 8GZU_B2 , 8GZU_B3 , 8GZU_B4 , 8GZU_B6 , 8GZU_B7 , 8GZU_B8 , 8GZU_08 , 8GZU_63 , 8GZU_I , 8GZU_B9 , 8GZU_BL , 8GZU_BM , 8GZU_C4 , 8GZU_FX , 8GZU_G1 , 8GZU_G2 , 8GZU_G3 , 8GZU_J1 , 8GZU_N1
8IUF
Cryo-em structure of euglena gracilis super-complex i+iii2+iv, composite Deposition Author(s): He, Z.X. , Hu, Y.Q. , Tian, H.T. , Wu, M.C. , Zhou, L.
Date: 2023-03-24 Method: ELECTRON MICROSCOPY Resolution: 2.81 Å Organism(s): Euglena Gracilis Sequences Data: 8IUF_1A , 8IUF_4H , 8IUF_4I , 8IUF_4J , 8IUF_4L , 8IUF_5B , 8IUF_5C , 8IUF_6A , 8IUF_6B , 8IUF_7A , 8IUF_7C , 8IUF_1B , 8IUF_A1 , 8IUF_A2 , 8IUF_A3 , 8IUF_A5 , 8IUF_A6 , 8IUF_A7 , 8IUF_A8 , 8IUF_A9 , 8IUF_AB , 8IUF_AC , 8IUF_2B , 8IUF_AL , 8IUF_AM , 8IUF_AN , 8IUF_B2 , 8IUF_B3 , 8IUF_B4 , 8IUF_B5 , 8IUF_B6 , 8IUF_B7 , 8IUF_B8 , 8IUF_4A , 8IUF_B9 , 8IUF_BL , 8IUF_BM , 8IUF_C1 , 8IUF_C2 , 8IUF_C3 , 8IUF_C4 , 8IUF_DC , 8IUF_E1 , 8IUF_E2 , 8IUF_4C , 8IUF_E3 , 8IUF_E4 , 8IUF_E5 , 8IUF_E6 , 8IUF_E7 , 8IUF_E8 , 8IUF_E9 , 8IUF_EA , 8IUF_EB , 8IUF_EC , 8IUF_4D , 8IUF_ED , 8IUF_FX , 8IUF_G1 , 8IUF_G2 , 8IUF_G3 , 8IUF_N1 , 8IUF_N2 , 8IUF_N3 , 8IUF_N6 , 8IUF_N4 , 8IUF_N5 , 8IUF_4E , 8IUF_QA , 8IUF_QB , 8IUF_QC , 8IUF_QD , 8IUF_QE , 8IUF_QF , 8IUF_QG , 8IUF_QH , 8IUF_QI , 8IUF_QJ , 8IUF_4F , 8IUF_QK , 8IUF_S2 , 8IUF_S3 , 8IUF_S4 , 8IUF_S5 , 8IUF_S6 , 8IUF_S7 , 8IUF_S8 , 8IUF_V1 , 8IUF_V2 , 8IUF_4G , 8IUF_A , 8IUF_B
8IUJ
Cryo-em structure of euglena gracilis super-complex iii2+iv2, composite Deposition Author(s): He, Z.X. , Hu, Y.Q. , Tian, H.T. , Wu, M.C. , Zhou, L.
Date: 2023-03-24 Method: ELECTRON MICROSCOPY Resolution: 3.06 Å Organism(s): Euglena Gracilis Sequences Data: 8IUJ_QA , 8IUJ_4H , 8IUJ_4J , 8IUJ_5C , 8IUJ_6A , 8IUJ_6B , 8IUJ_7C , 8IUJ_C1 , 8IUJ_C2 , 8IUJ_C3 , 8IUJ_DC , 8IUJ_QC , 8IUJ_QE , 8IUJ_QF , 8IUJ_QG , 8IUJ_QI , 8IUJ_QB , 8IUJ_5B , 8IUJ_4D , 8IUJ_4F , 8IUJ_4G , 8IUJ_4I , 8IUJ_QD , 8IUJ_7A , 8IUJ_QH , 8IUJ_QJ , 8IUJ_QK , 8IUJ_4A , 8IUJ_4C , 8IUJ_4E
8J9H
Cryo-em structure of euglena gracilis respiratory complex i, deactive state Deposition Author(s): Han, F.Z. , He, Z.X. , Hu, Y.Q. , Tian, H.T. , Wu, M.C. , Zhou, L.
Date: 2023-05-03 Method: ELECTRON MICROSCOPY Resolution: 3.11 Å Organism(s): Euglena Gracilis Sequences Data: 8J9H_1A , 8J9H_A7 , 8J9H_A8 , 8J9H_A9 , 8J9H_AB , 8J9H_AL , 8J9H_AM , 8J9H_AN , 8J9H_B2 , 8J9H_B3 , 8J9H_B4 , 8J9H_1B , 8J9H_B5 , 8J9H_B6 , 8J9H_B7 , 8J9H_B8 , 8J9H_B9 , 8J9H_BL , 8J9H_BM , 8J9H_C4 , 8J9H_E1 , 8J9H_E2 , 8J9H_2B , 8J9H_E3 , 8J9H_E4 , 8J9H_E5 , 8J9H_E6 , 8J9H_E8 , 8J9H_EA , 8J9H_EB , 8J9H_EC , 8J9H_ED , 8J9H_FX , 8J9H_4L , 8J9H_G1 , 8J9H_G2 , 8J9H_G3 , 8J9H_N1 , 8J9H_N2 , 8J9H_N3 , 8J9H_N6 , 8J9H_N4 , 8J9H_N5 , 8J9H_S2 , 8J9H_S3 , 8J9H_A1 , 8J9H_S4 , 8J9H_S5 , 8J9H_S6 , 8J9H_S7 , 8J9H_S8 , 8J9H_U1 , 8J9H_U2 , 8J9H_V1 , 8J9H_V2 , 8J9H_E7 , 8J9H_AC , 8J9H_A2 , 8J9H_A3 , 8J9H_A5 , 8J9H_A6
8J9I
Cryo-em structure of euglena gracilis complex i, turnover state Deposition Author(s): Han, F.Z. , He, Z.X. , Hu, Y.Q. , Tian, H.T. , Wu, M.C. , Zhou, L.
Date: 2023-05-03 Method: ELECTRON MICROSCOPY Resolution: 2.87 Å Organism(s): Euglena Gracilis Sequences Data: 8J9I_1A , 8J9I_A7 , 8J9I_A8 , 8J9I_A9 , 8J9I_AB , 8J9I_AC , 8J9I_AL , 8J9I_AM , 8J9I_AN , 8J9I_B2 , 8J9I_B3 , 8J9I_1B , 8J9I_B4 , 8J9I_B5 , 8J9I_B6 , 8J9I_B7 , 8J9I_B8 , 8J9I_B9 , 8J9I_BL , 8J9I_BM , 8J9I_C4 , 8J9I_E1 , 8J9I_2B , 8J9I_E2 , 8J9I_E3 , 8J9I_E4 , 8J9I_E5 , 8J9I_E6 , 8J9I_E8 , 8J9I_EA , 8J9I_EB , 8J9I_EC , 8J9I_ED , 8J9I_4L , 8J9I_FX , 8J9I_G1 , 8J9I_G2 , 8J9I_G3 , 8J9I_N1 , 8J9I_N2 , 8J9I_N3 , 8J9I_N6 , 8J9I_N4 , 8J9I_N5 , 8J9I_S2 , 8J9I_A1 , 8J9I_S3 , 8J9I_S4 , 8J9I_S5 , 8J9I_S6 , 8J9I_S7 , 8J9I_S8 , 8J9I_U1 , 8J9I_U2 , 8J9I_V1 , 8J9I_V2 , 8J9I_E7 , 8J9I_A2 , 8J9I_A3 , 8J9I_A5 , 8J9I_A6
8J9J
Cryo-em structure of euglena gracilis complex i, nadh state Deposition Author(s): Han, F.Z. , He, Z.X. , Hu, Y.Q. , Tian, H.T. , Wu, M.C. , Zhou, L.
Date: 2023-05-03 Method: ELECTRON MICROSCOPY Resolution: 3.03 Å Organism(s): Euglena Gracilis Sequences Data: 8J9J_1A , 8J9J_A7 , 8J9J_A8 , 8J9J_A9 , 8J9J_AB , 8J9J_AC , 8J9J_AL , 8J9J_AM , 8J9J_AN , 8J9J_B2 , 8J9J_B3 , 8J9J_1B , 8J9J_B4 , 8J9J_B5 , 8J9J_B6 , 8J9J_B7 , 8J9J_B8 , 8J9J_B9 , 8J9J_BL , 8J9J_BM , 8J9J_C4 , 8J9J_E1 , 8J9J_2B , 8J9J_E2 , 8J9J_E3 , 8J9J_E4 , 8J9J_E5 , 8J9J_E6 , 8J9J_E8 , 8J9J_EA , 8J9J_EB , 8J9J_EC , 8J9J_ED , 8J9J_4L , 8J9J_FX , 8J9J_G1 , 8J9J_G2 , 8J9J_G3 , 8J9J_N1 , 8J9J_N2 , 8J9J_N3 , 8J9J_N6 , 8J9J_N4 , 8J9J_N5 , 8J9J_S2 , 8J9J_A1 , 8J9J_S3 , 8J9J_S4 , 8J9J_S5 , 8J9J_S6 , 8J9J_S7 , 8J9J_S8 , 8J9J_U1 , 8J9J_U2 , 8J9J_V1 , 8J9J_V2 , 8J9J_E7 , 8J9J_A2 , 8J9J_A3 , 8J9J_A5 , 8J9J_A6