Search Query :
8FZD
Cryo-em structure of an e. coli non-rotated ribosome termination complex bound with aporf3, rf1, p- and e-site trnaphe (composite state i-b) Deposition Author(s): Gagnon, M.G. , Li, L. , Lin, J. , Rybak, M.Y.
Date: 2023-01-28 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Escherichia Coli , Escherichia Coli K-12 , Synthetic Construct Sequences Data: 8FZD_A , 8FZD_J , 8FZD_K , 8FZD_L , 8FZD_M , 8FZD_N , 8FZD_O , 8FZD_P , 8FZD_Q , 8FZD_R , 8FZD_S , 8FZD_B , 8FZD_T , 8FZD_U , 8FZD_X , 8FZD_Y , 8FZD_Z , 8FZD_W , 8FZD_V , 8FZD_C , 8FZD_D , 8FZD_E , 8FZD_F , 8FZD_G , 8FZD_H , 8FZD_I , 8FZD_1 , 8FZD_2 , 8FZD_3 , 8FZD_4 , 8FZD_5 , 8FZD_6 , 8FZD_7 , 8FZD_8
8FZE
Cryo-em structure of an e. coli non-rotated ribosome termination complex bound with rf1, p- and e-site trnaphe (state i-a) Deposition Author(s): Gagnon, M.G. , Li, L. , Lin, J. , Rybak, M.Y.
Date: 2023-01-28 Method: ELECTRON MICROSCOPY Resolution: 3.0 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 8FZE_A , 8FZE_J , 8FZE_K , 8FZE_L , 8FZE_M , 8FZE_N , 8FZE_O , 8FZE_P , 8FZE_Q , 8FZE_R , 8FZE_S , 8FZE_B , 8FZE_T , 8FZE_U , 8FZE_X , 8FZE_Y , 8FZE_Z , 8FZE_W , 8FZE_C , 8FZE_D , 8FZE_E , 8FZE_F , 8FZE_G , 8FZE_H , 8FZE_I , 8FZE_V , 8FZE_1 , 8FZE_2 , 8FZE_3 , 8FZE_4 , 8FZE_5 , 8FZE_6 , 8FZE_7 , 8FZE_8
8FZF
Cryo-em structure of an e. coli rotated ribosome complex bound with rf3-ppgpp and p/e-trnaphe (composite state i-c) Deposition Author(s): Gagnon, M.G. , Li, L. , Lin, J. , Rybak, M.Y.
Date: 2023-01-28 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Escherichia Coli , Escherichia Coli K-12 , Synthetic Construct Sequences Data: 8FZF_A , 8FZF_J , 8FZF_K , 8FZF_L , 8FZF_M , 8FZF_N , 8FZF_O , 8FZF_P , 8FZF_Q , 8FZF_R , 8FZF_S , 8FZF_B , 8FZF_T , 8FZF_U , 8FZF_X , 8FZF_Z , 8FZF_V , 8FZF_C , 8FZF_D , 8FZF_E , 8FZF_F , 8FZF_G , 8FZF_I , 8FZF_W , 8FZF_Y , 8FZF_1 , 8FZF_2 , 8FZF_3 , 8FZF_4 , 8FZF_5 , 8FZF_6 , 8FZF_7 , 8FZF_8 , 8FZF_H
8FZG
Cryo-em structure of an e. coli non-rotated ribosome termination complex bound with rf3-gdpcp, rf1, p- and e-site trnaphe (composite state ii-a) Deposition Author(s): Gagnon, M.G. , Li, L. , Lin, J. , Rybak, M.Y.
Date: 2023-01-28 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Escherichia Coli , Escherichia Coli K-12 , Synthetic Construct Sequences Data: 8FZG_A , 8FZG_J , 8FZG_K , 8FZG_L , 8FZG_M , 8FZG_N , 8FZG_O , 8FZG_P , 8FZG_Q , 8FZG_R , 8FZG_S , 8FZG_B , 8FZG_T , 8FZG_U , 8FZG_X , 8FZG_Y , 8FZG_Z , 8FZG_W , 8FZG_V , 8FZG_C , 8FZG_D , 8FZG_E , 8FZG_F , 8FZG_G , 8FZG_H , 8FZG_I , 8FZG_1 , 8FZG_2 , 8FZG_3 , 8FZG_4 , 8FZG_5 , 8FZG_6 , 8FZG_7 , 8FZG_8
8FZH
Cryo-em structure of an e. coli non-rotated ribosome termination complex bound with rf1, p- and e-site trnaphe (state ii-d) Deposition Author(s): Gagnon, M.G. , Li, L. , Lin, J. , Rybak, M.Y.
Date: 2023-01-28 Method: ELECTRON MICROSCOPY Resolution: 2.9 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 8FZH_A , 8FZH_J , 8FZH_K , 8FZH_L , 8FZH_M , 8FZH_N , 8FZH_O , 8FZH_P , 8FZH_Q , 8FZH_R , 8FZH_S , 8FZH_B , 8FZH_T , 8FZH_U , 8FZH_X , 8FZH_Y , 8FZH_Z , 8FZH_W , 8FZH_C , 8FZH_D , 8FZH_E , 8FZH_F , 8FZH_G , 8FZH_H , 8FZH_I , 8FZH_V , 8FZH_1 , 8FZH_2 , 8FZH_3 , 8FZH_4 , 8FZH_5 , 8FZH_6 , 8FZH_7 , 8FZH_8
8FZI
Cryo-em structure of an e. coli rotated ribosome bound with rf3-gdpcp and p/e-trnaphe (composite state ii-b) Deposition Author(s): Gagnon, M.G. , Li, L. , Lin, J. , Rybak, M.Y.
Date: 2023-01-28 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Escherichia Coli , Escherichia Coli K-12 , Synthetic Construct Sequences Data: 8FZI_A , 8FZI_J , 8FZI_K , 8FZI_L , 8FZI_M , 8FZI_N , 8FZI_O , 8FZI_P , 8FZI_Q , 8FZI_R , 8FZI_S , 8FZI_B , 8FZI_T , 8FZI_U , 8FZI_X , 8FZI_Z , 8FZI_V , 8FZI_C , 8FZI_D , 8FZI_E , 8FZI_F , 8FZI_G , 8FZI_I , 8FZI_W , 8FZI_Y , 8FZI_1 , 8FZI_2 , 8FZI_3 , 8FZI_4 , 8FZI_5 , 8FZI_6 , 8FZI_7 , 8FZI_8 , 8FZI_H
8FZJ
Cryo-em structure of an e. coli rotated ribosome bound with rf3-gdpcp and p/e-trnaphe (composite state ii-c) Deposition Author(s): Gagnon, M.G. , Li, L. , Lin, J. , Rybak, M.Y.
Date: 2023-01-28 Method: ELECTRON MICROSCOPY Resolution: 3.0 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 8FZJ_A , 8FZJ_J , 8FZJ_K , 8FZJ_L , 8FZJ_M , 8FZJ_N , 8FZJ_O , 8FZJ_P , 8FZJ_Q , 8FZJ_R , 8FZJ_S , 8FZJ_B , 8FZJ_T , 8FZJ_U , 8FZJ_X , 8FZJ_Z , 8FZJ_V , 8FZJ_C , 8FZJ_D , 8FZJ_E , 8FZJ_F , 8FZJ_G , 8FZJ_I , 8FZJ_W , 8FZJ_Y , 8FZJ_1 , 8FZJ_2 , 8FZJ_3 , 8FZJ_4 , 8FZJ_5 , 8FZJ_6 , 8FZJ_7 , 8FZJ_8 , 8FZJ_H
8GHR
Structure of human enpp1 in complex with variable heavy domain vh27.2 Deposition Author(s): Carozza, J.A. , Li, L. , Solomon, P.E. , Wang, H. , Wells, J.A.
Date: 2023-03-10 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Homo Sapiens Sequences Data: 8GHR_A , 8GHR_B , 8GHR_C , 8GHR_D
8IWD
Aspergillus niger rha-2 Deposition Author(s): Jiang, Z.D. , Jin, T.C. , Li, L. , Li, L.J. , Ni, H. , Wang, M.H. , Zhu, Y.B.
Date: 2023-03-29 Method: X-RAY DIFFRACTION Resolution: 2.81 Å Organism(s): Aspergillus Niger Sequences Data: 8IWD_A