Search Query :
4V8P
T.thermophila 60s ribosomal subunit in complex with initiation factor 6. Deposition Author(s): Arpagaus, S. , Ban, N. , Klinge, S. , Leibundgut, M. , Voigts-Hoffmann, F.
Date: 2011-09-14 Method: X-RAY DIFFRACTION Resolution: 3.52 Å Organism(s): Tetrahymena Thermophila Sequences Data: 4V8P_A1 , 4V8P_D1 , 4V8P_F1 , 4V8P_H1 , 4V8P_AK , 4V8P_DK , 4V8P_FK , 4V8P_HK , 4V8P_AL , 4V8P_DL , 4V8P_FL , 4V8P_HL , 4V8P_AM , 4V8P_DM , 4V8P_FM , 4V8P_HM , 4V8P_AN , 4V8P_DN , 4V8P_FN , 4V8P_HN , 4V8P_AO , 4V8P_DO , 4V8P_FO , 4V8P_HO , 4V8P_AP , 4V8P_DP , 4V8P_FP , 4V8P_HP , 4V8P_AQ , 4V8P_DQ , 4V8P_FQ , 4V8P_HQ , 4V8P_AT , 4V8P_DT , 4V8P_FT , 4V8P_HT , 4V8P_AU , 4V8P_DU , 4V8P_FU , 4V8P_HU , 4V8P_AX , 4V8P_DX , 4V8P_FX , 4V8P_HX , 4V8P_AA , 4V8P_DA , 4V8P_FA , 4V8P_HA , 4V8P_B2 , 4V8P_C2 , 4V8P_E2 , 4V8P_G2 , 4V8P_B3 , 4V8P_C3 , 4V8P_E3 , 4V8P_G3 , 4V8P_BA , 4V8P_CA , 4V8P_EA , 4V8P_GA , 4V8P_BB , 4V8P_CB , 4V8P_EB , 4V8P_GB , 4V8P_BC , 4V8P_CC , 4V8P_EC , 4V8P_GC , 4V8P_BD , 4V8P_CD , 4V8P_ED , 4V8P_GD , 4V8P_BE , 4V8P_CE , 4V8P_EE , 4V8P_GE , 4V8P_BF , 4V8P_CF , 4V8P_EF , 4V8P_GF , 4V8P_BG , 4V8P_CG , 4V8P_EG , 4V8P_GG , 4V8P_BH , 4V8P_CH , 4V8P_EH , 4V8P_GH , 4V8P_AB , 4V8P_DB , 4V8P_FB , 4V8P_HB , 4V8P_BI , 4V8P_CI , 4V8P_EI , 4V8P_GI , 4V8P_BJ , 4V8P_CJ , 4V8P_EJ , 4V8P_GJ , 4V8P_BK , 4V8P_CK , 4V8P_EK , 4V8P_GK , 4V8P_BL , 4V8P_CL , 4V8P_EL , 4V8P_GL , 4V8P_BM , 4V8P_CM , 4V8P_EM , 4V8P_GM , 4V8P_BN , 4V8P_CN , 4V8P_EN , 4V8P_GN , 4V8P_BO , 4V8P_EO , 4V8P_GO , 4V8P_BP , 4V8P_CP , 4V8P_EP , 4V8P_GP , 4V8P_BQ , 4V8P_CQ , 4V8P_EQ , 4V8P_GQ , 4V8P_BR , 4V8P_CR , 4V8P_ER , 4V8P_GR , 4V8P_AC , 4V8P_DC , 4V8P_FC , 4V8P_HC , 4V8P_BS , 4V8P_CS , 4V8P_ES , 4V8P_GS , 4V8P_BT , 4V8P_CT , 4V8P_ET , 4V8P_GT , 4V8P_BU , 4V8P_CU , 4V8P_EU , 4V8P_GU , 4V8P_BV , 4V8P_CV , 4V8P_EV , 4V8P_GV , 4V8P_BW , 4V8P_CW , 4V8P_EW , 4V8P_GW , 4V8P_BX , 4V8P_CX , 4V8P_EX , 4V8P_GX , 4V8P_BY , 4V8P_CY , 4V8P_EY , 4V8P_GY , 4V8P_CO , 4V8P_AE , 4V8P_DE , 4V8P_FE , 4V8P_HE , 4V8P_AF , 4V8P_DF , 4V8P_FF , 4V8P_HF , 4V8P_AG , 4V8P_DG , 4V8P_FG , 4V8P_HG , 4V8P_AH , 4V8P_DH , 4V8P_FH , 4V8P_HH , 4V8P_AJ , 4V8P_DJ , 4V8P_FJ , 4V8P_HJ
4V8T
Cryo-em structure of the 60s ribosomal subunit in complex with arx1 and rei1 Deposition Author(s): Ban, N. , Boehringer, D. , Greber, B.J. , Montellese, C.
Date: 2012-08-07 Method: ELECTRON MICROSCOPY Resolution: 8.1 Å Organism(s): Saccharomyces Cerevisiae , Saccharomyces Cerevisiae S288C Sequences Data: 4V8T_A , 4V8T_J , 4V8T_K , 4V8T_L , 4V8T_M , 4V8T_N , 4V8T_O , 4V8T_P , 4V8T_Q , 4V8T_R , 4V8T_S , 4V8T_B , 4V8T_T , 4V8T_U , 4V8T_V , 4V8T_W , 4V8T_X , 4V8T_Y , 4V8T_Z , 4V8T_C , 4V8T_D , 4V8T_E , 4V8T_F , 4V8T_G , 4V8T_H , 4V8T_I , 4V8T_1 , 4V8T_5 , 4V8T_7 , 4V8T_8
5A2Q
Structure of the hcv ires bound to the human ribosome Deposition Author(s): Ban, N. , Boehringer, D. , Heuvel, J.V.D. , Leiundgut, M. , Quade, N.
Date: 2015-05-21 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Homo Sapiens , Synthetic Construct Sequences Data: 5A2Q_2 , 5A2Q_H , 5A2Q_I , 5A2Q_J , 5A2Q_K , 5A2Q_L , 5A2Q_M , 5A2Q_N , 5A2Q_O , 5A2Q_P , 5A2Q_Q , 5A2Q_3 , 5A2Q_R , 5A2Q_S , 5A2Q_T , 5A2Q_U , 5A2Q_V , 5A2Q_W , 5A2Q_X , 5A2Q_Y , 5A2Q_Z , 5A2Q_A , 5A2Q_B , 5A2Q_C , 5A2Q_D , 5A2Q_E , 5A2Q_F , 5A2Q_G
5AJ3
Structure of the small subunit of the mammalian mitoribosome Deposition Author(s): Aebersold, R. , Ban, N. , Bieri, P. , Boehringer, D. , Greber, B.J. , Leibundgut, M. , Leitner, A.
Date: 2015-02-20 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Sus Scrofa Sequences Data: 5AJ3_A , 5AJ3_L , 5AJ3_N , 5AJ3_O , 5AJ3_P , 5AJ3_Q , 5AJ3_R , 5AJ3_T , 5AJ3_U , 5AJ3_V , 5AJ3_Y , 5AJ3_X , 5AJ3_B , 5AJ3_C , 5AJ3_D , 5AJ3_E , 5AJ3_F , 5AJ3_G , 5AJ3_H , 5AJ3_I , 5AJ3_J , 5AJ3_K , 5AJ3_M , 5AJ3_S , 5AJ3_Z
5AJ4
Structure of the 55s mammalian mitoribosome. Deposition Author(s): Aebersold, R. , Ban, N. , Bieri, P. , Boehringer, D. , Greber, B.J. , Leibundgut, M. , Leitner, A.
Date: 2015-02-20 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Sus Scrofa Sequences Data: 5AJ4_AA , 5AJ4_AL , 5AJ4_AN , 5AJ4_AO , 5AJ4_AP , 5AJ4_AQ , 5AJ4_AR , 5AJ4_AU , 5AJ4_AV , 5AJ4_AY , 5AJ4_AX , 5AJ4_AB , 5AJ4_AC , 5AJ4_AD , 5AJ4_AE , 5AJ4_AF , 5AJ4_AG , 5AJ4_AH , 5AJ4_AI , 5AJ4_AJ , 5AJ4_AK , 5AJ4_AM , 5AJ4_AS , 5AJ4_AZ , 5AJ4_B0 , 5AJ4_B1 , 5AJ4_B2 , 5AJ4_B3 , 5AJ4_B4 , 5AJ4_B5 , 5AJ4_B6 , 5AJ4_B7 , 5AJ4_B8 , 5AJ4_B9 , 5AJ4_BA , 5AJ4_BB , 5AJ4_BD , 5AJ4_BE , 5AJ4_BF , 5AJ4_BI , 5AJ4_BJ , 5AJ4_BK , 5AJ4_BN , 5AJ4_BO , 5AJ4_BP , 5AJ4_BQ , 5AJ4_BR , 5AJ4_BS , 5AJ4_BT , 5AJ4_BU , 5AJ4_BV , 5AJ4_BW , 5AJ4_BX , 5AJ4_BY , 5AJ4_BC , 5AJ4_BG , 5AJ4_BH , 5AJ4_BL , 5AJ4_BM , 5AJ4_BZ
5APO
Structure of the yeast 60s ribosomal subunit in complex with arx1, alb1 and c-terminally tagged rei1 Deposition Author(s): Aebersold, R. , Ban, N. , Boehringer, D. , Gerhardy, S. , Greber, B.J. , Leibundgut, M. , Leitner, A. , Leulliot, N. , Panse, V.G. , Salem, M.
Date: 2015-09-17 Method: ELECTRON MICROSCOPY Resolution: 3.41 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 5APO_5 , 5APO_G , 5APO_H , 5APO_I , 5APO_J , 5APO_L , 5APO_M , 5APO_N , 5APO_O , 5APO_P , 5APO_Q , 5APO_7 , 5APO_R , 5APO_S , 5APO_T , 5APO_U , 5APO_V , 5APO_W , 5APO_X , 5APO_Y , 5APO_Z , 5APO_A , 5APO_8 , 5APO_B , 5APO_C , 5APO_D , 5APO_E , 5APO_F , 5APO_K
5EF5
Crystal structure of chaetomium thermophilum raptor Deposition Author(s): Aylett, C.H.S. , Ban, N. , Boehringer, D. , Hall, M.N. , Imseng, S. , Maier, T. , Sauer, E.
Date: 2015-10-23 Method: X-RAY DIFFRACTION Resolution: 4.3 Å Organism(s): Chaetomium Thermophilum Sequences Data: 5EF5_E , 5EF5_A
5FLC
Architecture of human mtor complex 1 - 5.9 angstrom reconstruction Deposition Author(s): Aylett, C.H.S. , Ban, N. , Boehringer, D. , Hall, M.N. , Imseng, S. , Maier, T. , Sauer, E.
Date: 2015-10-23 Method: ELECTRON MICROSCOPY Resolution: 5.9 Å Organism(s): Homo Sapiens , Spodoptera Frugiperda Sequences Data: 5FLC_1 , 5FLC_3 , 5FLC_2 , 5FLC_4 , 5FLC_A , 5FLC_E , 5FLC_B , 5FLC_F , 5FLC_C , 5FLC_G , 5FLC_D , 5FLC_H
5GAD
Rnc-srp-sr complex early state Deposition Author(s): Ban, N. , Boehringer, D. , Jomaa, A. , Leibundgut, M.
Date: 2015-11-24 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Escherichia Coli Sequences Data: 5GAD_1 , 5GAD_H , 5GAD_I , 5GAD_J , 5GAD_K , 5GAD_L , 5GAD_M , 5GAD_N , 5GAD_O , 5GAD_P , 5GAD_Q , 5GAD_2 , 5GAD_R , 5GAD_S , 5GAD_T , 5GAD_U , 5GAD_V , 5GAD_W , 5GAD_X , 5GAD_Y , 5GAD_Z , 5GAD_A , 5GAD_B , 5GAD_C , 5GAD_D , 5GAD_E , 5GAD_F , 5GAD_G
5GAE
Rnc in complex with a translocating secyeg Deposition Author(s): Ban, N. , Boehringer, D. , Jomaa, A. , Leibundgut, M.
Date: 2015-11-25 Method: ELECTRON MICROSCOPY Resolution: 3.33 Å Organism(s): Escherichia Coli , Escherichia Coli (Strain K12) Sequences Data: 5GAE_A , 5GAE_J , 5GAE_K , 5GAE_L , 5GAE_M , 5GAE_N , 5GAE_O , 5GAE_P , 5GAE_Q , 5GAE_R , 5GAE_S , 5GAE_B , 5GAE_T , 5GAE_U , 5GAE_V , 5GAE_W , 5GAE_X , 5GAE_Y , 5GAE_Z , 5GAE_C , 5GAE_D , 5GAE_E , 5GAE_F , 5GAE_G , 5GAE_H , 5GAE_I