Search Query :
5DFE
70s termination complex containing e. coli rf2 Deposition Author(s): Dunham, C.M. , Hoffer, E.D.
Date: 2015-08-26 Method: X-RAY DIFFRACTION Resolution: 3.09998 Å Organism(s): Adineta Vaga , Helicobacter Pylori Bacteriophage Khp30 , Haementeria Ghilianii , Fragaria Ananassa , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5DFE_QV , 5DFE_XV , 5DFE_YH , 5DFE_RH , 5DFE_YI , 5DFE_RI , 5DFE_YN , 5DFE_RN , 5DFE_YO , 5DFE_RO , 5DFE_YP , 5DFE_RP , 5DFE_YQ , 5DFE_RQ , 5DFE_YR , 5DFE_RR , 5DFE_YS , 5DFE_RS , 5DFE_YT , 5DFE_RT , 5DFE_YU , 5DFE_RU , 5DFE_QX , 5DFE_XX , 5DFE_YV , 5DFE_RV , 5DFE_YW , 5DFE_RW , 5DFE_YX , 5DFE_RX , 5DFE_YY , 5DFE_RY , 5DFE_YZ , 5DFE_RZ , 5DFE_Y0 , 5DFE_R0 , 5DFE_Y1 , 5DFE_R1 , 5DFE_Y2 , 5DFE_R2 , 5DFE_Y3 , 5DFE_R3 , 5DFE_Y4 , 5DFE_R4 , 5DFE_QY , 5DFE_XY , 5DFE_Y5 , 5DFE_R5 , 5DFE_Y6 , 5DFE_R6 , 5DFE_Y7 , 5DFE_R7 , 5DFE_Y8 , 5DFE_R8 , 5DFE_Y9 , 5DFE_R9 , 5DFE_XA , 5DFE_QA , 5DFE_XB , 5DFE_QB , 5DFE_XC , 5DFE_QC , 5DFE_XD , 5DFE_QD , 5DFE_XE , 5DFE_QE , 5DFE_YA , 5DFE_RA , 5DFE_XF , 5DFE_QF , 5DFE_XG , 5DFE_QG , 5DFE_XH , 5DFE_QH , 5DFE_XI , 5DFE_QI , 5DFE_XJ , 5DFE_QJ , 5DFE_XK , 5DFE_QK , 5DFE_XL , 5DFE_QL , 5DFE_XM , 5DFE_QM , 5DFE_XN , 5DFE_QN , 5DFE_XO , 5DFE_QO , 5DFE_YB , 5DFE_RB , 5DFE_XP , 5DFE_QP , 5DFE_XQ , 5DFE_QQ , 5DFE_XR , 5DFE_QR , 5DFE_XS , 5DFE_QS , 5DFE_XT , 5DFE_QT , 5DFE_XU , 5DFE_QU , 5DFE_YD , 5DFE_RD , 5DFE_YE , 5DFE_RE , 5DFE_YF , 5DFE_RF , 5DFE_YG , 5DFE_RG
5DOX
Crystal structure of the thermus thermophilus 70s ribosome in complex with hygromycin-a at 3.1a resolution Deposition Author(s): Altman, R.B. , Blanchard, S.C. , Burnett, B.J. , Dinos, G. , Juette, M.F. , Lu, W. , Polikanov, Y.S. , Reynolds, K. , Starosta, A.L. , Steitz, T.A. , Terry, D.S. , Wilson, D.N.
Date: 2015-09-11 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Haementeria Ghilianii , Fragaria Ananassa Sequences Data: 5DOX_1A , 5DOX_2A , 5DOX_1O , 5DOX_2O , 5DOX_1P , 5DOX_2P , 5DOX_1Q , 5DOX_2Q , 5DOX_1R , 5DOX_2R , 5DOX_1S , 5DOX_2S , 5DOX_1T , 5DOX_2T , 5DOX_1U , 5DOX_2U , 5DOX_1V , 5DOX_2V , 5DOX_1W , 5DOX_2W , 5DOX_1X , 5DOX_2X , 5DOX_1B , 5DOX_2B , 5DOX_1Y , 5DOX_2Y , 5DOX_1Z , 5DOX_2Z , 5DOX_10 , 5DOX_20 , 5DOX_11 , 5DOX_21 , 5DOX_12 , 5DOX_22 , 5DOX_13 , 5DOX_23 , 5DOX_14 , 5DOX_24 , 5DOX_15 , 5DOX_25 , 5DOX_16 , 5DOX_26 , 5DOX_17 , 5DOX_27 , 5DOX_1D , 5DOX_2D , 5DOX_18 , 5DOX_28 , 5DOX_19 , 5DOX_29 , 5DOX_1C , 5DOX_2C , 5DOX_1E , 5DOX_2E , 5DOX_1F , 5DOX_2F , 5DOX_1G , 5DOX_2G , 5DOX_1H , 5DOX_2H , 5DOX_1I , 5DOX_2I , 5DOX_1J , 5DOX_2J , 5DOX_1K , 5DOX_2K , 5DOX_1L , 5DOX_2L , 5DOX_1M , 5DOX_2M , 5DOX_1N , 5DOX_2N
5E17
T. thermophilus transcription initiation complex having a rrr discriminator sequence and a nontemplate-strand length corresponding to tss selection at position 7 (rpo-ggg-7) Deposition Author(s): Ebright, R.H. , Zhang, Y.
Date: 2015-09-29 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Scytalidium Thermophilum , Haementeria Ghilianii , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5E17_A , 5E17_B , 5E17_C , 5E17_D , 5E17_E , 5E17_F , 5E17_G , 5E17_H , 5E17_I
5E18
T. thermophilus transcription initiation complex having a yyy discriminator sequence and a nontemplate-strand length corresponding to tss selection at position 8 (rpo-ccc-8) Deposition Author(s): Ebright, R.H. , Zhang, Y.
Date: 2015-09-29 Method: X-RAY DIFFRACTION Resolution: 3.3 Å Organism(s): Scytalidium Thermophilum , Haementeria Ghilianii , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5E18_A , 5E18_B , 5E18_C , 5E18_D , 5E18_E , 5E18_F , 5E18_G , 5E18_I , 5E18_H
5EL6
Structure of t. thermophilus 70s ribosome complex with mrna and trnalys in the a-site with a u-u mismatch in the first position and antibiotic paromomycin Deposition Author(s): Demeshkina, N. , Khusainov, I. , Rozov, A. , Yusupov, M. , Yusupova, G.
Date: 2015-11-04 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Arthrobacter Nicotinovorans , Sphingobium Sp. (Strain Nbrc 103272 / Syk-6) , Scytalidium Thermophilum , Haementeria Ghilianii , Fragaria Ananassa Sequences Data: 5EL6_13 , 5EL6_1G , 5EL6_1I , 5EL6_1A , 5EL6_2I , 5EL6_2A , 5EL6_3I , 5EL6_3A , 5EL6_4I , 5EL6_4A , 5EL6_5I , 5EL6_5A , 5EL6_6I , 5EL6_6A , 5EL6_7I , 5EL6_7A , 5EL6_8I , 5EL6_8A , 5EL6_9I , 5EL6_9A , 5EL6_AI , 5EL6_AA , 5EL6_1E , 5EL6_12 , 5EL6_BI , 5EL6_BA , 5EL6_1F , 5EL6_1B , 5EL6_1K , 5EL6_1L , 5EL6_2K , 5EL6_2L , 5EL6_3K , 5EL6_3L , 5EL6_4K , 5EL6_4L , 5EL6_1H , 5EL6_14 , 5EL6_16 , 5EL6_1J , 5EL6_71 , 5EL6_79 , 5EL6_11 , 5EL6_19 , 5EL6_2E , 5EL6_22 , 5EL6_21 , 5EL6_29 , 5EL6_31 , 5EL6_39 , 5EL6_41 , 5EL6_49 , 5EL6_51 , 5EL6_59 , 5EL6_61 , 5EL6_69 , 5EL6_58 , 5EL6_15 , 5EL6_68 , 5EL6_25 , 5EL6_78 , 5EL6_35 , 5EL6_88 , 5EL6_45 , 5EL6_98 , 5EL6_55 , 5EL6_3E , 5EL6_32 , 5EL6_A8 , 5EL6_65 , 5EL6_B8 , 5EL6_75 , 5EL6_C8 , 5EL6_85 , 5EL6_D8 , 5EL6_95 , 5EL6_E8 , 5EL6_A5 , 5EL6_F8 , 5EL6_B5 , 5EL6_G8 , 5EL6_C5 , 5EL6_H8 , 5EL6_D5 , 5EL6_I8 , 5EL6_E5 , 5EL6_J8 , 5EL6_F5 , 5EL6_4E , 5EL6_42 , 5EL6_K8 , 5EL6_G5 , 5EL6_L8 , 5EL6_H5 , 5EL6_M8 , 5EL6_N8 , 5EL6_J5 , 5EL6_P8 , 5EL6_L5 , 5EL6_Q8 , 5EL6_M5 , 5EL6_5E , 5EL6_52 , 5EL6_6E , 5EL6_62 , 5EL6_7E , 5EL6_72 , 5EL6_8E , 5EL6_82
5FDU
Crystal structure of the metalnikowin i antimicrobial peptide bound to the thermus thermophilus 70s ribosome Deposition Author(s): Arenz, S. , Graf, M. , Innis, C.A. , Mardirossian, M. , Nguyen, F. , Perebaskine, N. , Scocchi, M. , Seefeldt, A.C. , Wilson, D.N.
Date: 2015-12-16 Method: X-RAY DIFFRACTION Resolution: 2.9 Å Organism(s): Helicobacter Pylori Bacteriophage Khp30 , Haementeria Ghilianii , Fragaria Ananassa , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5FDU_1A , 5FDU_2A , 5FDU_1O , 5FDU_2O , 5FDU_1P , 5FDU_2P , 5FDU_1Q , 5FDU_2Q , 5FDU_1R , 5FDU_2R , 5FDU_1S , 5FDU_2S , 5FDU_1T , 5FDU_2T , 5FDU_1U , 5FDU_2U , 5FDU_1V , 5FDU_2V , 5FDU_1W , 5FDU_2W , 5FDU_1X , 5FDU_2X , 5FDU_1B , 5FDU_2B , 5FDU_1Y , 5FDU_2Y , 5FDU_1Z , 5FDU_2Z , 5FDU_10 , 5FDU_20 , 5FDU_11 , 5FDU_21 , 5FDU_12 , 5FDU_22 , 5FDU_13 , 5FDU_23 , 5FDU_14 , 5FDU_24 , 5FDU_15 , 5FDU_25 , 5FDU_16 , 5FDU_26 , 5FDU_17 , 5FDU_27 , 5FDU_1D , 5FDU_2D , 5FDU_18 , 5FDU_28 , 5FDU_19 , 5FDU_29 , 5FDU_1C , 5FDU_2C , 5FDU_1E , 5FDU_2E , 5FDU_1F , 5FDU_2F , 5FDU_1G , 5FDU_2G , 5FDU_1H , 5FDU_2H , 5FDU_1I , 5FDU_2I , 5FDU_1J , 5FDU_2J , 5FDU_1K , 5FDU_2K , 5FDU_1L , 5FDU_2L , 5FDU_1M , 5FDU_2M , 5FDU_1N , 5FDU_2N
5H45
Crystal structure of the c-terminal lon protease-like domain of thermus thermophilus rada/sms Deposition Author(s): Fujii, Y. , Fukui, K. , Inoue, M. , Kuramitsu, S. , Masui, R. , Nakagawa, N. , Yano, T.
Date: 2016-10-30 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Haementeria Ghilianii Sequences Data: 5H45_A , 5H45_B
5HAU
Crystal structure of antimicrobial peptide bac7(1-19) bound to the thermus thermophilus 70s ribosome Deposition Author(s): Florin, T. , Gagnon, M.G. , Lomakin, I.B. , Mankin, A.S. , Roy, R.N. , Steitz, T.A.
Date: 2015-12-30 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): Adineta Vaga , Scytalidium Thermophilum , Haementeria Ghilianii , Fragaria Ananassa , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5HAU_1A , 5HAU_2A , 5HAU_1K , 5HAU_2K , 5HAU_1L , 5HAU_2L , 5HAU_1M , 5HAU_2M , 5HAU_1N , 5HAU_2N , 5HAU_1O , 5HAU_2O , 5HAU_1P , 5HAU_2P , 5HAU_1Q , 5HAU_2Q , 5HAU_1R , 5HAU_2R , 5HAU_1S , 5HAU_2S , 5HAU_1T , 5HAU_2T , 5HAU_1B , 5HAU_2B , 5HAU_1U , 5HAU_2U , 5HAU_1V , 5HAU_2V , 5HAU_1W , 5HAU_2W , 5HAU_1X , 5HAU_2X , 5HAU_1Y , 5HAU_2Y , 5HAU_1Z , 5HAU_2Z , 5HAU_10 , 5HAU_20 , 5HAU_11 , 5HAU_21 , 5HAU_12 , 5HAU_22 , 5HAU_13 , 5HAU_23 , 5HAU_1C , 5HAU_2C , 5HAU_14 , 5HAU_24 , 5HAU_15 , 5HAU_25 , 5HAU_16 , 5HAU_26 , 5HAU_17 , 5HAU_27 , 5HAU_1D , 5HAU_2D , 5HAU_1E , 5HAU_2E , 5HAU_1F , 5HAU_2F , 5HAU_1G , 5HAU_2G , 5HAU_1H , 5HAU_2H , 5HAU_1I , 5HAU_2I , 5HAU_1J , 5HAU_2J
5HCP
Crystal structure of antimicrobial peptide metalnikowin bound to the thermus thermophilus 70s ribosome Deposition Author(s): Florin, T. , Gagnon, M.G. , Lomakin, I.B. , Mankin, A.S. , Roy, R.N. , Steitz, T.A.
Date: 2016-01-04 Method: X-RAY DIFFRACTION Resolution: 2.894 Å Organism(s): Adineta Vaga , Haementeria Ghilianii , Fragaria Ananassa , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5HCP_1A , 5HCP_2A , 5HCP_1O , 5HCP_2O , 5HCP_1P , 5HCP_2P , 5HCP_1Q , 5HCP_2Q , 5HCP_1R , 5HCP_2R , 5HCP_1S , 5HCP_2S , 5HCP_1T , 5HCP_2T , 5HCP_1U , 5HCP_2U , 5HCP_1V , 5HCP_2V , 5HCP_1W , 5HCP_2W , 5HCP_1X , 5HCP_2X , 5HCP_1B , 5HCP_2B , 5HCP_1Y , 5HCP_2Y , 5HCP_1Z , 5HCP_2Z , 5HCP_10 , 5HCP_20 , 5HCP_11 , 5HCP_21 , 5HCP_12 , 5HCP_22 , 5HCP_13 , 5HCP_23 , 5HCP_14 , 5HCP_24 , 5HCP_15 , 5HCP_25 , 5HCP_16 , 5HCP_26 , 5HCP_17 , 5HCP_27 , 5HCP_1D , 5HCP_2D , 5HCP_18 , 5HCP_28 , 5HCP_19 , 5HCP_29 , 5HCP_1C , 5HCP_2C , 5HCP_1E , 5HCP_2E , 5HCP_1F , 5HCP_2F , 5HCP_1G , 5HCP_2G , 5HCP_1H , 5HCP_2H , 5HCP_1I , 5HCP_2I , 5HCP_1J , 5HCP_2J , 5HCP_1K , 5HCP_2K , 5HCP_1L , 5HCP_2L , 5HCP_1M , 5HCP_2M , 5HCP_1N , 5HCP_2N
5HCQ
Crystal structure of antimicrobial peptide oncocin d15-19 bound to the thermus thermophilus 70s ribosome Deposition Author(s): Florin, T. , Gagnon, M.G. , Lomakin, I.B. , Mankin, A.S. , Roy, R.N. , Steitz, T.A.
Date: 2016-01-04 Method: X-RAY DIFFRACTION Resolution: 2.801 Å Organism(s): Adineta Vaga , Haementeria Ghilianii , Fragaria Ananassa , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5HCQ_1A , 5HCQ_2A , 5HCQ_1O , 5HCQ_2O , 5HCQ_1P , 5HCQ_2P , 5HCQ_1Q , 5HCQ_2Q , 5HCQ_1R , 5HCQ_2R , 5HCQ_1S , 5HCQ_2S , 5HCQ_1T , 5HCQ_2T , 5HCQ_1U , 5HCQ_2U , 5HCQ_1V , 5HCQ_2V , 5HCQ_1W , 5HCQ_2W , 5HCQ_1X , 5HCQ_2X , 5HCQ_1B , 5HCQ_2B , 5HCQ_1Y , 5HCQ_2Y , 5HCQ_1Z , 5HCQ_2Z , 5HCQ_10 , 5HCQ_20 , 5HCQ_11 , 5HCQ_21 , 5HCQ_12 , 5HCQ_22 , 5HCQ_13 , 5HCQ_23 , 5HCQ_14 , 5HCQ_24 , 5HCQ_15 , 5HCQ_25 , 5HCQ_16 , 5HCQ_26 , 5HCQ_17 , 5HCQ_27 , 5HCQ_1D , 5HCQ_2D , 5HCQ_18 , 5HCQ_28 , 5HCQ_19 , 5HCQ_29 , 5HCQ_1C , 5HCQ_2C , 5HCQ_1E , 5HCQ_2E , 5HCQ_1F , 5HCQ_2F , 5HCQ_1G , 5HCQ_2G , 5HCQ_1H , 5HCQ_2H , 5HCQ_1I , 5HCQ_2I , 5HCQ_1J , 5HCQ_2J , 5HCQ_1K , 5HCQ_2K , 5HCQ_1L , 5HCQ_2L , 5HCQ_1M , 5HCQ_2M , 5HCQ_1N , 5HCQ_2N