Search Query :
5FND
Dynamic undocking and the quasi-bound state as tools for drug design Deposition Author(s): Baker, L.M. , Barril, X. , Davis, B. , Hubbard, R. , Luque, F.J. , Matassova, N. , Murray, J. , Roughley, S. , Ruiz-Carmona, S. , Schmidtke, P.
Date: 2015-11-13 Method: X-RAY DIFFRACTION Resolution: 2 Å Organism(s): Homo Sapiens Sequences Data: 5FND_A
5FNF
Dynamic undocking and the quasi-bound state as tools for drug design Deposition Author(s): Baker, L.M. , Barril, X. , Davis, B. , Hubbard, R. , Luque, F.J. , Matassova, N. , Murray, J. , Roughley, S. , Ruiz-Carmona, S. , Schmidtke, P.
Date: 2015-11-13 Method: X-RAY DIFFRACTION Resolution: 2.1 Å Organism(s): Homo Sapiens Sequences Data: 5FNF_A
5IT7
Structure of the kluyveromyces lactis 80s ribosome in complex with the cricket paralysis virus ires and eef2 Deposition Author(s): Dever, T.E. , Fernandez, I.S. , Murray, J. , Ramakrishnan, V. , Savva, C.G. , Shin, B.S.
Date: 2016-03-16 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Cricket Paralysis Virus , Kluyveromyces Lactis , Saccharomyces Cerevisiae (Strain Atcc 204508 / S288C) , Saccharomyces Cerevisiae P283 Sequences Data: 5IT7_5 , 5IT7_GG , 5IT7_HH , 5IT7_II , 5IT7_JJ , 5IT7_LL , 5IT7_MM , 5IT7_NN , 5IT7_OO , 5IT7_PP , 5IT7_QQ , 5IT7_7 , 5IT7_RR , 5IT7_SS , 5IT7_TT , 5IT7_UU , 5IT7_VV , 5IT7_WW , 5IT7_XX , 5IT7_YY , 5IT7_ZZ , 5IT7_AA , 5IT7_8 , 5IT7_BB , 5IT7_CC , 5IT7_DD , 5IT7_EE , 5IT7_FF , 5IT7_KK , 5IT7_A , 5IT7_B , 5IT7_C , 5IT7_D , 5IT7_E , 5IT7_F , 5IT7_G , 5IT7_H , 5IT7_I , 5IT7_J , 5IT7_K , 5IT7_L , 5IT7_M , 5IT7_N , 5IT7_O , 5IT7_P , 5IT7_Q , 5IT7_R , 5IT7_S , 5IT7_T , 5IT7_U , 5IT7_V , 5IT7_W , 5IT7_X , 5IT7_Y , 5IT7_Z , 5IT7_2 , 5IT7_4 , 5IT7_1
5IT9
Structure of the yeast kluyveromyces lactis small ribosomal subunit in complex with the cricket paralysis virus ires. Deposition Author(s): Dever, T.E. , Fernandez, I.S. , Murray, J. , Ramakrishnan, V. , Savva, C.G. , Shin, B.S.
Date: 2016-03-16 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Cricket Paralysis Virus , Kluyveromyces Lactis Sequences Data: 5IT9_A , 5IT9_J , 5IT9_K , 5IT9_L , 5IT9_M , 5IT9_N , 5IT9_O , 5IT9_P , 5IT9_Q , 5IT9_R , 5IT9_S , 5IT9_B , 5IT9_T , 5IT9_U , 5IT9_V , 5IT9_W , 5IT9_X , 5IT9_Y , 5IT9_Z , 5IT9_C , 5IT9_D , 5IT9_E , 5IT9_F , 5IT9_G , 5IT9_2 , 5IT9_I , 5IT9_H
5LOF
Crystal structure of the mbp-mcl1 complex with highly selective and potent inhibitor of mcl1 Deposition Author(s): Balint, B. , Blasko, G. , Chen, I. , Csekei, M. , Davidson, J. , Dokurno, P. , Geneste, O. , Graham, C. , Kotschy, A. , Matassova, N. , Murray, J. , Ondi, L. , Paczal, A. , Pedder, C. , Proszenyak, A. , Radics, G. , Robertson, A. , Sipos, S. , Smith, J. , Surgenor, A. , Szabo, Z. , Szlavik, Z.
Date: 2016-08-09 Method: X-RAY DIFFRACTION Resolution: 2.2 Å Organism(s): Escherichia Coli O157:H7 , Homo Sapiens Sequences Data: 5LOF_A
5LZS
Structure of the mammalian ribosomal elongation complex with aminoacyl-trna, eef1a, and didemnin b Deposition Author(s): Brown, A. , Hegde, R.S. , Murray, J. , Ramakrishnan, V. , Shao, S. , Taunton, J.
Date: 2016-10-02 Method: ELECTRON MICROSCOPY Resolution: 3.31 Å Organism(s): Oryctolagus Cuniculus Sequences Data: 5LZS_A , 5LZS_J , 5LZS_L , 5LZS_M , 5LZS_N , 5LZS_O , 5LZS_P , 5LZS_Q , 5LZS_R , 5LZS_S , 5LZS_T , 5LZS_B , 5LZS_U , 5LZS_V , 5LZS_W , 5LZS_X , 5LZS_Y , 5LZS_Z , 5LZS_C , 5LZS_D , 5LZS_E , 5LZS_F , 5LZS_G , 5LZS_H , 5LZS_I , 5LZS_K , 5LZS_2 , 5LZS_II , 5LZS_3 , 5LZS_5 , 5LZS_7 , 5LZS_8 , 5LZS_9 , 5LZS_AA , 5LZS_BB , 5LZS_CC , 5LZS_DD , 5LZS_EE , 5LZS_FF , 5LZS_GG , 5LZS_HH , 5LZS_JJ , 5LZS_KK , 5LZS_LL , 5LZS_MM , 5LZS_NN , 5LZS_OO , 5LZS_PP , 5LZS_QQ , 5LZS_RR , 5LZS_SS , 5LZS_TT , 5LZS_UU , 5LZS_VV , 5LZS_WW , 5LZS_XX , 5LZS_YY , 5LZS_ZZ
5LZT
Structure of the mammalian ribosomal termination complex with erf1 and erf3. Deposition Author(s): Brown, A. , Hegde, R.S. , Murray, J. , Ramakrishnan, V. , Shao, S. , Taunton, J.
Date: 2016-10-02 Method: ELECTRON MICROSCOPY Resolution: 3.65 Å Organism(s): Homo Sapiens , Oryctolagus Cuniculus , Synthetic Construct Sequences Data: 5LZT_A , 5LZT_J , 5LZT_L , 5LZT_M , 5LZT_N , 5LZT_O , 5LZT_P , 5LZT_Q , 5LZT_R , 5LZT_S , 5LZT_T , 5LZT_B , 5LZT_U , 5LZT_V , 5LZT_W , 5LZT_X , 5LZT_Y , 5LZT_Z , 5LZT_C , 5LZT_D , 5LZT_E , 5LZT_F , 5LZT_G , 5LZT_H , 5LZT_I , 5LZT_K , 5LZT_1 , 5LZT_2 , 5LZT_3 , 5LZT_5 , 5LZT_7 , 5LZT_8 , 5LZT_9 , 5LZT_AA , 5LZT_BB , 5LZT_CC , 5LZT_DD , 5LZT_EE , 5LZT_FF , 5LZT_GG , 5LZT_HH , 5LZT_II , 5LZT_JJ , 5LZT_KK , 5LZT_LL , 5LZT_MM , 5LZT_NN , 5LZT_OO , 5LZT_PP , 5LZT_QQ , 5LZT_RR , 5LZT_SS , 5LZT_TT , 5LZT_UU , 5LZT_VV , 5LZT_WW , 5LZT_XX , 5LZT_YY , 5LZT_ZZ
5LZU
Structure of the mammalian ribosomal termination complex with accommodated erf1 Deposition Author(s): Brown, A. , Hegde, R.S. , Murray, J. , Ramakrishnan, V. , Shao, S. , Taunton, J.
Date: 2016-10-02 Method: ELECTRON MICROSCOPY Resolution: 3.75 Å Organism(s): Homo Sapiens , Oryctolagus Cuniculus Sequences Data: 5LZU_A , 5LZU_J , 5LZU_L , 5LZU_M , 5LZU_N , 5LZU_O , 5LZU_P , 5LZU_Q , 5LZU_R , 5LZU_S , 5LZU_T , 5LZU_B , 5LZU_U , 5LZU_V , 5LZU_W , 5LZU_X , 5LZU_Y , 5LZU_Z , 5LZU_C , 5LZU_D , 5LZU_E , 5LZU_F , 5LZU_G , 5LZU_H , 5LZU_I , 5LZU_K , 5LZU_2 , 5LZU_3 , 5LZU_5 , 5LZU_7 , 5LZU_8 , 5LZU_9 , 5LZU_AA , 5LZU_BB , 5LZU_CC , 5LZU_DD , 5LZU_EE , 5LZU_FF , 5LZU_GG , 5LZU_HH , 5LZU_II , 5LZU_JJ , 5LZU_KK , 5LZU_LL , 5LZU_MM , 5LZU_NN , 5LZU_OO , 5LZU_PP , 5LZU_QQ , 5LZU_RR , 5LZU_SS , 5LZU_TT , 5LZU_UU , 5LZU_VV , 5LZU_WW , 5LZU_XX , 5LZU_YY , 5LZU_ZZ
5LZV
Structure of the mammalian ribosomal termination complex with accommodated erf1(aaq) and abce1. Deposition Author(s): Brown, A. , Hegde, R.S. , Murray, J. , Ramakrishnan, V. , Shao, S. , Taunton, J.
Date: 2016-10-02 Method: ELECTRON MICROSCOPY Resolution: 3.35 Å Organism(s): Homo Sapiens , Oryctolagus Cuniculus , Synthetic Construct Sequences Data: 5LZV_A , 5LZV_J , 5LZV_L , 5LZV_M , 5LZV_N , 5LZV_O , 5LZV_P , 5LZV_Q , 5LZV_R , 5LZV_S , 5LZV_T , 5LZV_B , 5LZV_U , 5LZV_V , 5LZV_W , 5LZV_X , 5LZV_Y , 5LZV_Z , 5LZV_C , 5LZV_D , 5LZV_E , 5LZV_F , 5LZV_G , 5LZV_H , 5LZV_I , 5LZV_K , 5LZV_1 , 5LZV_2 , 5LZV_3 , 5LZV_5 , 5LZV_7 , 5LZV_8 , 5LZV_9 , 5LZV_AA , 5LZV_BB , 5LZV_CC , 5LZV_DD , 5LZV_EE , 5LZV_FF , 5LZV_GG , 5LZV_HH , 5LZV_II , 5LZV_JJ , 5LZV_KK , 5LZV_LL , 5LZV_MM , 5LZV_NN , 5LZV_OO , 5LZV_PP , 5LZV_QQ , 5LZV_RR , 5LZV_SS , 5LZV_TT , 5LZV_UU , 5LZV_VV , 5LZV_WW , 5LZV_XX , 5LZV_YY , 5LZV_ZZ
5LZW
Structure of the mammalian rescue complex with pelota and hbs1l assembled on a truncated mrna. Deposition Author(s): Brown, A. , Hegde, R.S. , Murray, J. , Ramakrishnan, V. , Shao, S. , Taunton, J.
Date: 2016-10-02 Method: ELECTRON MICROSCOPY Resolution: 3.53 Å Organism(s): Homo Sapiens , Oryctolagus Cuniculus Sequences Data: 5LZW_A , 5LZW_J , 5LZW_L , 5LZW_M , 5LZW_N , 5LZW_O , 5LZW_P , 5LZW_Q , 5LZW_R , 5LZW_S , 5LZW_T , 5LZW_B , 5LZW_U , 5LZW_V , 5LZW_W , 5LZW_X , 5LZW_Y , 5LZW_Z , 5LZW_C , 5LZW_D , 5LZW_E , 5LZW_F , 5LZW_G , 5LZW_H , 5LZW_I , 5LZW_K , 5LZW_1 , 5LZW_2 , 5LZW_3 , 5LZW_5 , 5LZW_7 , 5LZW_8 , 5LZW_9 , 5LZW_AA , 5LZW_BB , 5LZW_CC , 5LZW_DD , 5LZW_EE , 5LZW_FF , 5LZW_GG , 5LZW_HH , 5LZW_II , 5LZW_JJ , 5LZW_KK , 5LZW_LL , 5LZW_MM , 5LZW_NN , 5LZW_OO , 5LZW_PP , 5LZW_QQ , 5LZW_RR , 5LZW_SS , 5LZW_TT , 5LZW_UU , 5LZW_VV , 5LZW_WW , 5LZW_XX , 5LZW_YY , 5LZW_ZZ