Search Query :
5APN
Structure of the yeast 60s ribosomal subunit in complex with arx1, alb1 and n-terminally tagged rei1 Deposition Author(s): Aebersold, R. , Ban, V. , 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: 3.91 Å Organism(s): Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5APN_5 , 5APN_G , 5APN_H , 5APN_I , 5APN_J , 5APN_L , 5APN_M , 5APN_N , 5APN_O , 5APN_P , 5APN_Q , 5APN_7 , 5APN_R , 5APN_S , 5APN_T , 5APN_U , 5APN_V , 5APN_W , 5APN_X , 5APN_Y , 5APN_Z , 5APN_A , 5APN_8 , 5APN_B , 5APN_C , 5APN_D , 5APN_E , 5APN_F , 5APN_K
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): Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) 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
5AX2
Crystal structure of s.cerevisiae kti11p Deposition Author(s): Balbach, J. , Kumar, A. , Nagarathinam, K. , Tanabe, M.
Date: 2015-07-13 Method: X-RAY DIFFRACTION Resolution: 2.4 Å Organism(s): Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5AX2_A
5BOU
Yeast 20s proteasome in complex with a beta1 / beta2 specific non-peptidic sulfonamide ligand Deposition Author(s): Beck, P. , Groll, M.
Date: 2015-05-27 Method: X-RAY DIFFRACTION Resolution: 2.6 Å Organism(s): Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5BOU_A , 5BOU_O , 5BOU_J , 5BOU_X , 5BOU_K , 5BOU_Y , 5BOU_L , 5BOU_Z , 5BOU_M , 5BOU_N , 5BOU_B , 5BOU_P , 5BOU_C , 5BOU_Q , 5BOU_D , 5BOU_R , 5BOU_E , 5BOU_S , 5BOU_F , 5BOU_T , 5BOU_G , 5BOU_U , 5BOU_H , 5BOU_V , 5BOU_I , 5BOU_W
5C0X
Structure of a 12-subunit nuclear exosome complex bound to structured rna Deposition Author(s): Conti, E. , Makino, D.L.
Date: 2015-06-12 Method: X-RAY DIFFRACTION Resolution: 3.812 Å Organism(s): Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5C0X_A , 5C0X_J , 5C0X_K , 5C0X_R , 5C0X_B , 5C0X_C , 5C0X_D , 5C0X_E , 5C0X_F , 5C0X_G , 5C0X_H , 5C0X_I
5DAT
Complex of yeast 80s ribosome with hypusine-containing eif5a Deposition Author(s): Dever, T.E. , Mailliot, J. , Melnikov, S. , Micura, R. , Rigger, L. , Shin, B.-S. , Yusupov, M. , Yusupova, G.
Date: 2015-08-20 Method: X-RAY DIFFRACTION Resolution: 3.15 Å Organism(s): Grouper Iridovirus , Pseudomonas Chlororaphis Subsp. Piscium , Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5DAT_2 , 5DAT_6 , 5DAT_S8 , 5DAT_S9 , 5DAT_C0 , 5DAT_C1 , 5DAT_C2 , 5DAT_C3 , 5DAT_C4 , 5DAT_C5 , 5DAT_C6 , 5DAT_C7 , 5DAT_S0 , 5DAT_C8 , 5DAT_C9 , 5DAT_D0 , 5DAT_D1 , 5DAT_D2 , 5DAT_D3 , 5DAT_D4 , 5DAT_D5 , 5DAT_D6 , 5DAT_D7 , 5DAT_S1 , 5DAT_D8 , 5DAT_D9 , 5DAT_E0 , 5DAT_E1 , 5DAT_SR , 5DAT_SM , 5DAT_1 , 5DAT_5 , 5DAT_3 , 5DAT_7 , 5DAT_4 , 5DAT_8 , 5DAT_L2 , 5DAT_S2 , 5DAT_L3 , 5DAT_L4 , 5DAT_L5 , 5DAT_L6 , 5DAT_L7 , 5DAT_L8 , 5DAT_L9 , 5DAT_M0 , 5DAT_M1 , 5DAT_M3 , 5DAT_S3 , 5DAT_M4 , 5DAT_M5 , 5DAT_M6 , 5DAT_M7 , 5DAT_M8 , 5DAT_M9 , 5DAT_N0 , 5DAT_N1 , 5DAT_N2 , 5DAT_N3 , 5DAT_S4 , 5DAT_N4 , 5DAT_N5 , 5DAT_N6 , 5DAT_N7 , 5DAT_N8 , 5DAT_N9 , 5DAT_O0 , 5DAT_O1 , 5DAT_O2 , 5DAT_O3 , 5DAT_S5 , 5DAT_O4 , 5DAT_O5 , 5DAT_O6 , 5DAT_O7 , 5DAT_O8 , 5DAT_O9 , 5DAT_Q0 , 5DAT_Q1 , 5DAT_Q2 , 5DAT_Q3 , 5DAT_S6 , 5DAT_M2 , 5DAT_P0 , 5DAT_P1 , 5DAT_P2 , 5DAT_F , 5DAT_L1 , 5DAT_S7
5DC3
Complex of yeast 80s ribosome with non-modified eif5a Deposition Author(s): Dever, T.E. , Mailliot, J. , Melnikov, S. , Micura, R. , Rigger, L. , Shin, B.-S. , Yusupov, M. , Yusupova, G.
Date: 2015-08-23 Method: X-RAY DIFFRACTION Resolution: 3.25 Å Organism(s): Grouper Iridovirus , Pseudomonas Chlororaphis Subsp. Piscium , Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5DC3_2 , 5DC3_6 , 5DC3_S8 , 5DC3_S9 , 5DC3_C0 , 5DC3_C1 , 5DC3_C2 , 5DC3_C3 , 5DC3_C4 , 5DC3_C5 , 5DC3_C6 , 5DC3_C7 , 5DC3_S0 , 5DC3_C8 , 5DC3_C9 , 5DC3_D0 , 5DC3_D1 , 5DC3_D2 , 5DC3_D3 , 5DC3_D4 , 5DC3_D5 , 5DC3_D6 , 5DC3_D7 , 5DC3_S1 , 5DC3_D8 , 5DC3_D9 , 5DC3_E0 , 5DC3_E1 , 5DC3_SR , 5DC3_SM , 5DC3_1 , 5DC3_5 , 5DC3_3 , 5DC3_7 , 5DC3_4 , 5DC3_8 , 5DC3_L2 , 5DC3_S2 , 5DC3_L3 , 5DC3_L4 , 5DC3_L5 , 5DC3_L6 , 5DC3_L7 , 5DC3_L8 , 5DC3_L9 , 5DC3_M0 , 5DC3_M1 , 5DC3_M3 , 5DC3_S3 , 5DC3_M4 , 5DC3_M5 , 5DC3_M6 , 5DC3_M7 , 5DC3_M8 , 5DC3_M9 , 5DC3_N0 , 5DC3_N1 , 5DC3_N2 , 5DC3_N3 , 5DC3_S4 , 5DC3_N4 , 5DC3_N5 , 5DC3_N6 , 5DC3_N7 , 5DC3_N8 , 5DC3_N9 , 5DC3_O0 , 5DC3_O1 , 5DC3_O2 , 5DC3_O3 , 5DC3_S5 , 5DC3_O4 , 5DC3_O5 , 5DC3_O6 , 5DC3_O7 , 5DC3_O8 , 5DC3_O9 , 5DC3_Q0 , 5DC3_Q1 , 5DC3_Q2 , 5DC3_Q3 , 5DC3_S6 , 5DC3_M2 , 5DC3_P0 , 5DC3_P1 , 5DC3_P2 , 5DC3_F , 5DC3_S7
5DGE
Coping with proline stalling: structural basis of hypusine-induced protein synthesis by the eukaryotic ribosome Deposition Author(s): Dever, T.E. , Mailliot, J. , Melnikov, S. , Micura, R. , Rigger, L. , Shin, B.-S. , Yusupov, M. , Yusupova, G.
Date: 2015-08-27 Method: X-RAY DIFFRACTION Resolution: 3.45 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5DGE_2 , 5DGE_6 , 5DGE_S8 , 5DGE_S9 , 5DGE_C0 , 5DGE_C1 , 5DGE_C2 , 5DGE_C3 , 5DGE_C4 , 5DGE_C5 , 5DGE_C6 , 5DGE_C7 , 5DGE_S0 , 5DGE_C8 , 5DGE_C9 , 5DGE_D0 , 5DGE_D1 , 5DGE_D2 , 5DGE_D3 , 5DGE_D4 , 5DGE_D5 , 5DGE_D6 , 5DGE_D7 , 5DGE_S1 , 5DGE_D8 , 5DGE_D9 , 5DGE_E0 , 5DGE_E1 , 5DGE_SR , 5DGE_SM , 5DGE_1 , 5DGE_5 , 5DGE_3 , 5DGE_7 , 5DGE_4 , 5DGE_8 , 5DGE_L2 , 5DGE_S2 , 5DGE_L3 , 5DGE_L4 , 5DGE_L5 , 5DGE_L6 , 5DGE_L7 , 5DGE_L8 , 5DGE_L9 , 5DGE_M0 , 5DGE_M1 , 5DGE_M3 , 5DGE_S3 , 5DGE_M4 , 5DGE_M5 , 5DGE_M6 , 5DGE_M7 , 5DGE_M8 , 5DGE_M9 , 5DGE_N0 , 5DGE_N1 , 5DGE_N2 , 5DGE_N3 , 5DGE_S4 , 5DGE_N4 , 5DGE_N5 , 5DGE_N6 , 5DGE_N7 , 5DGE_N8 , 5DGE_N9 , 5DGE_O0 , 5DGE_O1 , 5DGE_O2 , 5DGE_O3 , 5DGE_S5 , 5DGE_O4 , 5DGE_O5 , 5DGE_O6 , 5DGE_O7 , 5DGE_O8 , 5DGE_O9 , 5DGE_Q0 , 5DGE_Q1 , 5DGE_Q2 , 5DGE_Q3 , 5DGE_S6 , 5DGE_M2 , 5DGE_P0 , 5DGE_P1 , 5DGE_P2 , 5DGE_F , 5DGE_B , 5DGE_C , 5DGE_S7
5DGF
Complex of yeast 80s ribosome with hypusine-containing/non-modified eif5a and/or a peptidyl-trna analog Deposition Author(s): Dever, T.E. , Mailliot, J. , Melnikov, S. , Micura, R. , Rigger, L. , Shin, B.-S. , Yusupov, M. , Yusupova, G.
Date: 2015-08-27 Method: X-RAY DIFFRACTION Resolution: 3.3 Å Organism(s): Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5DGF_2 , 5DGF_6 , 5DGF_S8 , 5DGF_S9 , 5DGF_C0 , 5DGF_C1 , 5DGF_C2 , 5DGF_C3 , 5DGF_C4 , 5DGF_C5 , 5DGF_C6 , 5DGF_C7 , 5DGF_S0 , 5DGF_C8 , 5DGF_C9 , 5DGF_D0 , 5DGF_D1 , 5DGF_D2 , 5DGF_D3 , 5DGF_D4 , 5DGF_D5 , 5DGF_D6 , 5DGF_D7 , 5DGF_S1 , 5DGF_D8 , 5DGF_D9 , 5DGF_E0 , 5DGF_E1 , 5DGF_SR , 5DGF_SM , 5DGF_1 , 5DGF_5 , 5DGF_3 , 5DGF_7 , 5DGF_4 , 5DGF_8 , 5DGF_L2 , 5DGF_S2 , 5DGF_L3 , 5DGF_L4 , 5DGF_L5 , 5DGF_L6 , 5DGF_L7 , 5DGF_L8 , 5DGF_L9 , 5DGF_M0 , 5DGF_M1 , 5DGF_M3 , 5DGF_S3 , 5DGF_M4 , 5DGF_M5 , 5DGF_M6 , 5DGF_M7 , 5DGF_M8 , 5DGF_M9 , 5DGF_N0 , 5DGF_N1 , 5DGF_N2 , 5DGF_N3 , 5DGF_S4 , 5DGF_N4 , 5DGF_N5 , 5DGF_N6 , 5DGF_N7 , 5DGF_N8 , 5DGF_N9 , 5DGF_O0 , 5DGF_O1 , 5DGF_O2 , 5DGF_O3 , 5DGF_S5 , 5DGF_O4 , 5DGF_O5 , 5DGF_O6 , 5DGF_O7 , 5DGF_O8 , 5DGF_O9 , 5DGF_Q0 , 5DGF_Q1 , 5DGF_Q2 , 5DGF_Q3 , 5DGF_S6 , 5DGF_M2 , 5DGF_P0 , 5DGF_P1 , 5DGF_P2 , 5DGF_F , 5DGF_B , 5DGF_C , 5DGF_S7
5DGV
Complex of yeast 80s ribosome with hypusine-containing/non-modified eif5a and/or a peptidyl-trna analog Deposition Author(s): Dever, T.E. , Mailliot, J. , Melnikov, S. , Micura, R. , Rigger, L. , Shin, B.-S. , Yusupov, M. , Yusupova, G.
Date: 2015-08-28 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Burkholderia Vietnamiensis (Strain G4 / Lmg 22486) Sequences Data: 5DGV_2 , 5DGV_6 , 5DGV_S8 , 5DGV_S9 , 5DGV_C0 , 5DGV_C1 , 5DGV_C2 , 5DGV_C3 , 5DGV_C4 , 5DGV_C5 , 5DGV_C6 , 5DGV_C7 , 5DGV_S0 , 5DGV_C8 , 5DGV_C9 , 5DGV_D0 , 5DGV_D1 , 5DGV_D2 , 5DGV_D3 , 5DGV_D4 , 5DGV_D5 , 5DGV_D6 , 5DGV_D7 , 5DGV_S1 , 5DGV_D8 , 5DGV_D9 , 5DGV_E0 , 5DGV_E1 , 5DGV_SR , 5DGV_SM , 5DGV_1 , 5DGV_5 , 5DGV_3 , 5DGV_7 , 5DGV_4 , 5DGV_8 , 5DGV_L2 , 5DGV_S2 , 5DGV_L3 , 5DGV_L4 , 5DGV_L5 , 5DGV_L6 , 5DGV_L7 , 5DGV_L8 , 5DGV_L9 , 5DGV_M0 , 5DGV_M1 , 5DGV_M3 , 5DGV_S3 , 5DGV_M4 , 5DGV_M5 , 5DGV_M6 , 5DGV_M7 , 5DGV_M8 , 5DGV_M9 , 5DGV_N0 , 5DGV_N1 , 5DGV_N2 , 5DGV_N3 , 5DGV_S4 , 5DGV_N4 , 5DGV_N5 , 5DGV_N6 , 5DGV_N7 , 5DGV_N8 , 5DGV_N9 , 5DGV_O0 , 5DGV_O1 , 5DGV_O2 , 5DGV_O3 , 5DGV_S5 , 5DGV_O4 , 5DGV_O5 , 5DGV_O6 , 5DGV_O7 , 5DGV_O8 , 5DGV_O9 , 5DGV_Q0 , 5DGV_Q1 , 5DGV_Q2 , 5DGV_Q3 , 5DGV_S6 , 5DGV_M2 , 5DGV_P0 , 5DGV_P1 , 5DGV_P2 , 5DGV_C , 5DGV_D , 5DGV_S7