Search Query :
9COO
Nanobody 4 bound to apolipoprotein b 100 Deposition Author(s): Dearborn, A.D. , Graziano, G. , Kumar, A. , Lei, H. , Marcotrigiano, J. , Neufeld, E.B. , Reimund, M. , Remaley, A.T.
Date: 2024-07-17 Method: ELECTRON MICROSCOPY Resolution: 3.73 Å Organism(s): Camelus Bactrianus , Escherichia Coli , Homo Sapiens , Mus Musculus Sequences Data: 9COO_A , 9COO_B , 9COO_H , 9COO_L , 9COO_N , 9COO_R
9CS0
E. coli bama beta-barrel bound to darobactin and cyclic peptide cp1 Deposition Author(s): Gu, M. , Klein, D.J. , Lu, J. , Walker, M.E.
Date: 2024-07-23 Method: X-RAY DIFFRACTION Resolution: 1.944 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 9CS0_A , 9CS0_C , 9CS0_D
9CS1
E. coli bama beta-barrel bound to darobactin and cyclic peptide cp2 Deposition Author(s): Gu, M. , Klein, D.J. , Lu, J. , Walker, M.E.
Date: 2024-07-23 Method: X-RAY DIFFRACTION Resolution: 2.147 Å Organism(s): Escherichia Coli , Synthetic Construct Sequences Data: 9CS1_A , 9CS1_C , 9CS1_D
9CUM
Q67h mutant of r67 dhfr complexed with congo red Deposition Author(s): Narayana, N. , Narendra, A.N.
Date: 2024-07-26 Method: X-RAY DIFFRACTION Resolution: 1.15 Å Organism(s): Escherichia Coli Sequences Data: 9CUM_A
9CZ1
Cryo-em structure of a 'hat' portion of ftsh.hflk.hflc complex Deposition Author(s): Davis, J.H. , Ghanbarpour, A. , Sauer, R.T.
Date: 2024-08-03 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Escherichia Coli Sequences Data: 9CZ1_XA , 9CZ1_XC , 9CZ1_XE , 9CZ1_XG , 9CZ1_XI , 9CZ1_XK , 9CZ1_XM , 9CZ1_XO , 9CZ1_XQ , 9CZ1_XS , 9CZ1_XU , 9CZ1_XW , 9CZ1_XB , 9CZ1_XD , 9CZ1_XF , 9CZ1_XH , 9CZ1_XJ , 9CZ1_XL , 9CZ1_XN , 9CZ1_XP , 9CZ1_XR , 9CZ1_XT , 9CZ1_XV , 9CZ1_XX
9D0G
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with o-cresomycin, mrna, deacylated a-site trnaphe, aminoacylated p-site fmet-trnamet, and deacylated e-site trnaphe at 2.50a resolution Deposition Author(s): Aleksandrova, E.V. , Benedetto, A.E. , Dunand, C.F. , Jiang, T. , Lee, J. , Myers, A.G. , Polikanov, Y.S. , Ramkissoon, A. , Robinson, P.J. , See, D.N.Y. , Svetlov, M.S. , Tresco, B.I.C. , Wu, K.J.Y. , Yu, M.
Date: 2024-08-07 Method: X-RAY DIFFRACTION Resolution: 2.5 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9D0G_1A , 9D0G_2A , 9D0G_1O , 9D0G_2O , 9D0G_1P , 9D0G_2P , 9D0G_1Q , 9D0G_2Q , 9D0G_1R , 9D0G_2R , 9D0G_1S , 9D0G_2S , 9D0G_1T , 9D0G_2T , 9D0G_1U , 9D0G_2U , 9D0G_1V , 9D0G_2V , 9D0G_1W , 9D0G_2W , 9D0G_1X , 9D0G_2X , 9D0G_1B , 9D0G_2B , 9D0G_1Y , 9D0G_2Y , 9D0G_1Z , 9D0G_2Z , 9D0G_10 , 9D0G_20 , 9D0G_11 , 9D0G_21 , 9D0G_12 , 9D0G_22 , 9D0G_13 , 9D0G_23 , 9D0G_14 , 9D0G_24 , 9D0G_15 , 9D0G_25 , 9D0G_16 , 9D0G_26 , 9D0G_17 , 9D0G_27 , 9D0G_1D , 9D0G_2D , 9D0G_18 , 9D0G_28 , 9D0G_19 , 9D0G_29 , 9D0G_1C , 9D0G_2C , 9D0G_1E , 9D0G_2E , 9D0G_1F , 9D0G_2F , 9D0G_1G , 9D0G_2G , 9D0G_1H , 9D0G_2H , 9D0G_1I , 9D0G_2I , 9D0G_1J , 9D0G_2J , 9D0G_1K , 9D0G_2K , 9D0G_1L , 9D0G_2L , 9D0G_1M , 9D0G_2M , 9D0G_1N , 9D0G_2N
9D0H
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with c-cresomycin, mrna, deacylated a-site trnaphe, aminoacylated p-site fmet-trnamet, and deacylated e-site trnaphe at 2.50a resolution Deposition Author(s): Aleksandrova, E.V. , Benedetto, A.E. , Dunand, C.F. , Jiang, T. , Lee, J. , Myers, A.G. , Polikanov, Y.S. , Ramkissoon, A. , Robinson, P.J. , See, D.N.Y. , Svetlov, M.S. , Tresco, B.I.C. , Wu, K.J.Y. , Yu, M.
Date: 2024-08-07 Method: X-RAY DIFFRACTION Resolution: 2.5 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9D0H_1A , 9D0H_2A , 9D0H_1O , 9D0H_2O , 9D0H_1P , 9D0H_2P , 9D0H_1Q , 9D0H_2Q , 9D0H_1R , 9D0H_2R , 9D0H_1S , 9D0H_2S , 9D0H_1T , 9D0H_2T , 9D0H_1U , 9D0H_2U , 9D0H_1V , 9D0H_2V , 9D0H_1W , 9D0H_2W , 9D0H_1X , 9D0H_2X , 9D0H_1B , 9D0H_2B , 9D0H_1Y , 9D0H_2Y , 9D0H_1Z , 9D0H_2Z , 9D0H_10 , 9D0H_20 , 9D0H_11 , 9D0H_21 , 9D0H_12 , 9D0H_22 , 9D0H_13 , 9D0H_23 , 9D0H_14 , 9D0H_24 , 9D0H_15 , 9D0H_25 , 9D0H_16 , 9D0H_26 , 9D0H_17 , 9D0H_27 , 9D0H_1D , 9D0H_2D , 9D0H_18 , 9D0H_28 , 9D0H_19 , 9D0H_29 , 9D0H_1C , 9D0H_2C , 9D0H_1E , 9D0H_2E , 9D0H_1F , 9D0H_2F , 9D0H_1G , 9D0H_2G , 9D0H_1H , 9D0H_2H , 9D0H_1I , 9D0H_2I , 9D0H_1J , 9D0H_2J , 9D0H_1K , 9D0H_2K , 9D0H_1L , 9D0H_2L , 9D0H_1M , 9D0H_2M , 9D0H_1N , 9D0H_2N
9D0I
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with se-cresomycin, mrna, deacylated a-site trnaphe, aminoacylated p-site fmet-trnamet, and deacylated e-site trnaphe at 2.45a resolution Deposition Author(s): Aleksandrova, E.V. , Benedetto, A.E. , Dunand, C.F. , Jiang, T. , Lee, J. , Myers, A.G. , Polikanov, Y.S. , Ramkissoon, A. , Robinson, P.J. , See, D.N.Y. , Svetlov, M.S. , Tresco, B.I.C. , Wu, K.J.Y. , Yu, M.
Date: 2024-08-07 Method: X-RAY DIFFRACTION Resolution: 2.45 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9D0I_1A , 9D0I_2A , 9D0I_1O , 9D0I_2O , 9D0I_1P , 9D0I_2P , 9D0I_1Q , 9D0I_2Q , 9D0I_1R , 9D0I_2R , 9D0I_1S , 9D0I_2S , 9D0I_1T , 9D0I_2T , 9D0I_1U , 9D0I_2U , 9D0I_1V , 9D0I_2V , 9D0I_1W , 9D0I_2W , 9D0I_1X , 9D0I_2X , 9D0I_1B , 9D0I_2B , 9D0I_1Y , 9D0I_2Y , 9D0I_1Z , 9D0I_2Z , 9D0I_10 , 9D0I_20 , 9D0I_11 , 9D0I_21 , 9D0I_12 , 9D0I_22 , 9D0I_13 , 9D0I_23 , 9D0I_14 , 9D0I_24 , 9D0I_15 , 9D0I_25 , 9D0I_16 , 9D0I_26 , 9D0I_17 , 9D0I_27 , 9D0I_1D , 9D0I_2D , 9D0I_18 , 9D0I_28 , 9D0I_19 , 9D0I_29 , 9D0I_1C , 9D0I_2C , 9D0I_1E , 9D0I_2E , 9D0I_1F , 9D0I_2F , 9D0I_1G , 9D0I_2G , 9D0I_1H , 9D0I_2H , 9D0I_1I , 9D0I_2I , 9D0I_1J , 9D0I_2J , 9D0I_1K , 9D0I_2K , 9D0I_1L , 9D0I_2L , 9D0I_1M , 9D0I_2M , 9D0I_1N , 9D0I_2N
9D0J
Crystal structure of the wild-type thermus thermophilus 70s ribosome in complex with bt-33, mrna, deacylated a-site trnaphe, aminoacylated p-site fmet-trnamet, and deacylated e-site trnaphe at 2.50a resolution Deposition Author(s): Aleksandrova, E.V. , Liu, R.Y. , Myers, A.G. , Polikanov, Y.S. , Purdy, M. , Ramkissoon, A. , See, D.N.Y. , Tresco, B.I.C. , Wu, K.J.Y.
Date: 2024-08-07 Method: X-RAY DIFFRACTION Resolution: 2.5 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 9D0J_1A , 9D0J_2A , 9D0J_1O , 9D0J_2O , 9D0J_1P , 9D0J_2P , 9D0J_1Q , 9D0J_2Q , 9D0J_1R , 9D0J_2R , 9D0J_1S , 9D0J_2S , 9D0J_1T , 9D0J_2T , 9D0J_1U , 9D0J_2U , 9D0J_1V , 9D0J_2V , 9D0J_1W , 9D0J_2W , 9D0J_1X , 9D0J_2X , 9D0J_1B , 9D0J_2B , 9D0J_1Y , 9D0J_2Y , 9D0J_1Z , 9D0J_2Z , 9D0J_10 , 9D0J_20 , 9D0J_11 , 9D0J_21 , 9D0J_12 , 9D0J_22 , 9D0J_13 , 9D0J_23 , 9D0J_14 , 9D0J_24 , 9D0J_15 , 9D0J_25 , 9D0J_16 , 9D0J_26 , 9D0J_17 , 9D0J_27 , 9D0J_1D , 9D0J_2D , 9D0J_18 , 9D0J_28 , 9D0J_19 , 9D0J_29 , 9D0J_1C , 9D0J_2C , 9D0J_1E , 9D0J_2E , 9D0J_1F , 9D0J_2F , 9D0J_1G , 9D0J_2G , 9D0J_1H , 9D0J_2H , 9D0J_1I , 9D0J_2I , 9D0J_1J , 9D0J_2J , 9D0J_1K , 9D0J_2K , 9D0J_1L , 9D0J_2L , 9D0J_1M , 9D0J_2M , 9D0J_1N , 9D0J_2N
9D2D
E. coli cysteine desulfurase sufs r359a Deposition Author(s): Dunkle, J.A. , Frantom, P.A.
Date: 2024-08-08 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Escherichia Coli Sequences Data: 9D2D_A