Search Query :
4U3U
Crystal structure of cycloheximide bound to the yeast 80s ribosome Deposition Author(s): Garreau De Loubresse, N. , Prokhorova, I. , Yusupov, M. , Yusupova, G.
Date: 2014-07-22 Method: X-RAY DIFFRACTION Resolution: 2.9 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 4U3U_2 , 4U3U_6 , 4U3U_S8 , 4U3U_S9 , 4U3U_C0 , 4U3U_C1 , 4U3U_C2 , 4U3U_C3 , 4U3U_C4 , 4U3U_C5 , 4U3U_C6 , 4U3U_C7 , 4U3U_S0 , 4U3U_C8 , 4U3U_C9 , 4U3U_D0 , 4U3U_D1 , 4U3U_D2 , 4U3U_D3 , 4U3U_D4 , 4U3U_D5 , 4U3U_D6 , 4U3U_D7 , 4U3U_S1 , 4U3U_D8 , 4U3U_D9 , 4U3U_E0 , 4U3U_E1 , 4U3U_SR , 4U3U_SM , 4U3U_1 , 4U3U_5 , 4U3U_3 , 4U3U_7 , 4U3U_4 , 4U3U_8 , 4U3U_L2 , 4U3U_S2 , 4U3U_L3 , 4U3U_L4 , 4U3U_L5 , 4U3U_L6 , 4U3U_L7 , 4U3U_L8 , 4U3U_L9 , 4U3U_M0 , 4U3U_M1 , 4U3U_M3 , 4U3U_S3 , 4U3U_M4 , 4U3U_M5 , 4U3U_M6 , 4U3U_M7 , 4U3U_M8 , 4U3U_M9 , 4U3U_N0 , 4U3U_N1 , 4U3U_N2 , 4U3U_N3 , 4U3U_S4 , 4U3U_N4 , 4U3U_N5 , 4U3U_N6 , 4U3U_N7 , 4U3U_N8 , 4U3U_N9 , 4U3U_O0 , 4U3U_O1 , 4U3U_O2 , 4U3U_O3 , 4U3U_S5 , 4U3U_O4 , 4U3U_O5 , 4U3U_O6 , 4U3U_O7 , 4U3U_O8 , 4U3U_O9 , 4U3U_Q0 , 4U3U_Q1 , 4U3U_Q2 , 4U3U_Q3 , 4U3U_S6 , 4U3U_M2 , 4U3U_P0 , 4U3U_P1 , 4U3U_P2 , 4U3U_S7
4U4N
Crystal structure of edeine bound to the yeast 80s ribosome Deposition Author(s): Garreau De Loubresse, N. , Prokhorova, I. , Yusupov, M. , Yusupova, G.
Date: 2014-07-24 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Saccharomyces Cerevisiae Atcc 204508 / S288C , Saccharomyces Cerevisiae S288C Sequences Data: 4U4N_2 , 4U4N_6 , 4U4N_S8 , 4U4N_S9 , 4U4N_C0 , 4U4N_C1 , 4U4N_C2 , 4U4N_C3 , 4U4N_C4 , 4U4N_C5 , 4U4N_C6 , 4U4N_C7 , 4U4N_S0 , 4U4N_C8 , 4U4N_C9 , 4U4N_D0 , 4U4N_D1 , 4U4N_D2 , 4U4N_D3 , 4U4N_D4 , 4U4N_D5 , 4U4N_D6 , 4U4N_D7 , 4U4N_S1 , 4U4N_D8 , 4U4N_D9 , 4U4N_E0 , 4U4N_E1 , 4U4N_SR , 4U4N_SM , 4U4N_1 , 4U4N_5 , 4U4N_3 , 4U4N_7 , 4U4N_4 , 4U4N_8 , 4U4N_L2 , 4U4N_S2 , 4U4N_L3 , 4U4N_L4 , 4U4N_L5 , 4U4N_L6 , 4U4N_L7 , 4U4N_L8 , 4U4N_L9 , 4U4N_M0 , 4U4N_M1 , 4U4N_M3 , 4U4N_S3 , 4U4N_M4 , 4U4N_M5 , 4U4N_M6 , 4U4N_M7 , 4U4N_M8 , 4U4N_M9 , 4U4N_N0 , 4U4N_N1 , 4U4N_N2 , 4U4N_N3 , 4U4N_S4 , 4U4N_N4 , 4U4N_N5 , 4U4N_N6 , 4U4N_N7 , 4U4N_N8 , 4U4N_N9 , 4U4N_O0 , 4U4N_O1 , 4U4N_O2 , 4U4N_O3 , 4U4N_S5 , 4U4N_O4 , 4U4N_O5 , 4U4N_O6 , 4U4N_O7 , 4U4N_O8 , 4U4N_O9 , 4U4N_Q0 , 4U4N_Q1 , 4U4N_Q2 , 4U4N_Q3 , 4U4N_S6 , 4U4N_M2 , 4U4N_P0 , 4U4N_P1 , 4U4N_P2 , 4U4N_S7
4U4R
Crystal structure of lactimidomycin bound to the yeast 80s ribosome Deposition Author(s): Garreau De Loubresse, N. , Prokhorova, I. , Yusupov, M. , Yusupova, G.
Date: 2014-07-24 Method: X-RAY DIFFRACTION Resolution: 2.801 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 4U4R_2 , 4U4R_6 , 4U4R_S8 , 4U4R_S9 , 4U4R_C0 , 4U4R_C1 , 4U4R_C2 , 4U4R_C3 , 4U4R_C4 , 4U4R_C5 , 4U4R_C6 , 4U4R_C7 , 4U4R_S0 , 4U4R_C8 , 4U4R_C9 , 4U4R_D0 , 4U4R_D1 , 4U4R_D2 , 4U4R_D3 , 4U4R_D4 , 4U4R_D5 , 4U4R_D6 , 4U4R_D7 , 4U4R_S1 , 4U4R_D8 , 4U4R_D9 , 4U4R_E0 , 4U4R_E1 , 4U4R_SR , 4U4R_SM , 4U4R_1 , 4U4R_5 , 4U4R_3 , 4U4R_7 , 4U4R_4 , 4U4R_8 , 4U4R_L2 , 4U4R_S2 , 4U4R_L3 , 4U4R_L4 , 4U4R_L5 , 4U4R_L6 , 4U4R_L7 , 4U4R_L8 , 4U4R_L9 , 4U4R_M0 , 4U4R_M1 , 4U4R_M3 , 4U4R_S3 , 4U4R_M4 , 4U4R_M5 , 4U4R_M6 , 4U4R_M7 , 4U4R_M8 , 4U4R_M9 , 4U4R_N0 , 4U4R_N1 , 4U4R_N2 , 4U4R_N3 , 4U4R_S4 , 4U4R_N4 , 4U4R_N5 , 4U4R_N6 , 4U4R_N7 , 4U4R_N8 , 4U4R_N9 , 4U4R_O0 , 4U4R_O1 , 4U4R_O2 , 4U4R_O3 , 4U4R_S5 , 4U4R_O4 , 4U4R_O5 , 4U4R_O6 , 4U4R_O7 , 4U4R_O8 , 4U4R_O9 , 4U4R_Q0 , 4U4R_Q1 , 4U4R_Q2 , 4U4R_Q3 , 4U4R_S6 , 4U4R_M2 , 4U4R_P0 , 4U4R_P1 , 4U4R_P2 , 4U4R_S7
4U50
Crystal structure of verrucarin bound to the yeast 80s ribosome Deposition Author(s): Garreau De Loubresse, N. , Prokhorova, I. , Yusupov, M. , Yusupova, G.
Date: 2014-07-24 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 4U50_2 , 4U50_6 , 4U50_S8 , 4U50_S9 , 4U50_C0 , 4U50_C1 , 4U50_C2 , 4U50_C3 , 4U50_C4 , 4U50_C5 , 4U50_C6 , 4U50_C7 , 4U50_S0 , 4U50_C8 , 4U50_C9 , 4U50_D0 , 4U50_D1 , 4U50_D2 , 4U50_D3 , 4U50_D4 , 4U50_D5 , 4U50_D6 , 4U50_D7 , 4U50_S1 , 4U50_D8 , 4U50_D9 , 4U50_E0 , 4U50_E1 , 4U50_SR , 4U50_SM , 4U50_1 , 4U50_5 , 4U50_3 , 4U50_7 , 4U50_4 , 4U50_8 , 4U50_L2 , 4U50_S2 , 4U50_L3 , 4U50_L4 , 4U50_L5 , 4U50_L6 , 4U50_L7 , 4U50_L8 , 4U50_L9 , 4U50_M0 , 4U50_M1 , 4U50_M3 , 4U50_S3 , 4U50_M4 , 4U50_M5 , 4U50_M6 , 4U50_M7 , 4U50_M8 , 4U50_M9 , 4U50_N0 , 4U50_N1 , 4U50_N2 , 4U50_N3 , 4U50_S4 , 4U50_N4 , 4U50_N5 , 4U50_N6 , 4U50_N7 , 4U50_N8 , 4U50_N9 , 4U50_O0 , 4U50_O1 , 4U50_O2 , 4U50_O3 , 4U50_S5 , 4U50_O4 , 4U50_O5 , 4U50_O6 , 4U50_O7 , 4U50_O8 , 4U50_O9 , 4U50_Q0 , 4U50_Q1 , 4U50_Q2 , 4U50_Q3 , 4U50_S6 , 4U50_P0 , 4U50_M2 , 4U50_P1 , 4U50_P2 , 4U50_S7
4V7R
Yeast 80s ribosome. Deposition Author(s): Ben-Shem, A. , Jenner, L. , Yusupov, M. , Yusupova, G.
Date: 2010-07-23 Method: X-RAY DIFFRACTION Resolution: 4 Å Organism(s): Saccharomyces Cerevisiae , Saccharomyces Cerevisiae S288C Sequences Data: 4V7R_A1 , 4V7R_C1 , 4V7R_AI , 4V7R_CI , 4V7R_AJ , 4V7R_CJ , 4V7R_AK , 4V7R_CK , 4V7R_AL , 4V7R_CL , 4V7R_AM , 4V7R_CM , 4V7R_AN , 4V7R_CN , 4V7R_AO , 4V7R_CO , 4V7R_AP , 4V7R_CP , 4V7R_AQ , 4V7R_CQ , 4V7R_AR , 4V7R_CR , 4V7R_AA , 4V7R_CA , 4V7R_AS , 4V7R_CS , 4V7R_AT , 4V7R_CT , 4V7R_BO , 4V7R_AB , 4V7R_CB , 4V7R_AC , 4V7R_CC , 4V7R_AD , 4V7R_CD , 4V7R_AE , 4V7R_BJ , 4V7R_DJ , 4V7R_AF , 4V7R_AH , 4V7R_CH , 4V7R_B1 , 4V7R_D1 , 4V7R_B2 , 4V7R_D2 , 4V7R_B3 , 4V7R_D3 , 4V7R_BA , 4V7R_DA , 4V7R_BB , 4V7R_DB , 4V7R_BC , 4V7R_DC , 4V7R_BD , 4V7R_DD , 4V7R_BE , 4V7R_DE , 4V7R_BF , 4V7R_DF , 4V7R_BG , 4V7R_DG , 4V7R_BH , 4V7R_DH , 4V7R_BI , 4V7R_DI , 4V7R_BK , 4V7R_DK , 4V7R_BN , 4V7R_DN , 4V7R_DO , 4V7R_BP , 4V7R_DP , 4V7R_BQ , 4V7R_DQ , 4V7R_BR , 4V7R_DR , 4V7R_BS , 4V7R_DS , 4V7R_BT , 4V7R_DT , 4V7R_BU , 4V7R_DU , 4V7R_BV , 4V7R_DV , 4V7R_BW , 4V7R_DW , 4V7R_BX , 4V7R_DX , 4V7R_BY , 4V7R_DY , 4V7R_BZ , 4V7R_DZ , 4V7R_CE , 4V7R_BL , 4V7R_BM , 4V7R_CF , 4V7R_DL , 4V7R_DM , 4V7R_AG , 4V7R_CG
4XFV
Crystal structure of elp2 Deposition Author(s): Dong, C. , Lin, Z. , Long, J. , Shen, Y.
Date: 2014-12-29 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 4XFV_A
4XMM
Structure of the yeast coat nucleoporin complex, space group c2 Deposition Author(s): Correia, A.R. , Hoelz, A. , Kossiakoff, A.A. , Lin, D.H. , Lu, V.T. , Paduch, M. , Stuwe, T.
Date: 2015-01-14 Method: X-RAY DIFFRACTION Resolution: 7.384 Å Organism(s): Homo Sapiens , Saccharomyces Cerevisiae S288C Sequences Data: 4XMM_A , 4XMM_B , 4XMM_C , 4XMM_D , 4XMM_E , 4XMM_F , 4XMM_H , 4XMM_L
4Y80
Yeast 20s proteasome in complex with ac-lai-ep Deposition Author(s): Groll, M. , Huber, E.M.
Date: 2015-02-16 Method: X-RAY DIFFRACTION Resolution: 2.5 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 4Y80_A , 4Y80_O , 4Y80_J , 4Y80_X , 4Y80_K , 4Y80_Y , 4Y80_L , 4Y80_Z , 4Y80_M , 4Y80_N , 4Y80_B , 4Y80_C , 4Y80_D , 4Y80_E , 4Y80_F , 4Y80_G , 4Y80_H , 4Y80_P , 4Y80_Q , 4Y80_R , 4Y80_S , 4Y80_T , 4Y80_U , 4Y80_V , 4Y80_I , 4Y80_W
4Y84
Yeast 20s proteasome in complex with n3-a(4,4-f2p)nll-ep Deposition Author(s): Groll, M. , Huber, E.M.
Date: 2015-02-16 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 4Y84_A , 4Y84_O , 4Y84_J , 4Y84_X , 4Y84_K , 4Y84_Y , 4Y84_L , 4Y84_Z , 4Y84_M , 4Y84_N , 4Y84_B , 4Y84_E , 4Y84_F , 4Y84_G , 4Y84_H , 4Y84_I , 4Y84_P , 4Y84_C , 4Y84_Q , 4Y84_D , 4Y84_R , 4Y84_S , 4Y84_T , 4Y84_U , 4Y84_V , 4Y84_W
4Y8L
Yeast 20s proteasome in complex with ac-apll-ep Deposition Author(s): Groll, M. , Huber, E.M.
Date: 2015-02-16 Method: X-RAY DIFFRACTION Resolution: 2.4 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 4Y8L_A , 4Y8L_O , 4Y8L_J , 4Y8L_X , 4Y8L_K , 4Y8L_Y , 4Y8L_L , 4Y8L_Z , 4Y8L_M , 4Y8L_N , 4Y8L_B , 4Y8L_C , 4Y8L_D , 4Y8L_E , 4Y8L_F , 4Y8L_P , 4Y8L_Q , 4Y8L_R , 4Y8L_S , 4Y8L_T , 4Y8L_G , 4Y8L_U , 4Y8L_H , 4Y8L_V , 4Y8L_I , 4Y8L_W