Search Query :
4ZER
Crystal structure of the onc112 antimicrobial peptide bound to the thermus thermophilus 70s ribosome Deposition Author(s): Antunes, S. , Arenz, S. , Douat, C. , Graf, M. , Guichard, G. , Inampudi, K.K. , Innis, C.A. , Nguyen, F. , Perebaskine, N. , Seefeldt, A.C. , Wilson, D.N.
Date: 2015-04-20 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 4ZER_1A , 4ZER_2A , 4ZER_1O , 4ZER_2O , 4ZER_1P , 4ZER_2P , 4ZER_1Q , 4ZER_2Q , 4ZER_1R , 4ZER_2R , 4ZER_1S , 4ZER_2S , 4ZER_1T , 4ZER_2T , 4ZER_1U , 4ZER_2U , 4ZER_1V , 4ZER_2V , 4ZER_1W , 4ZER_2W , 4ZER_1X , 4ZER_2X , 4ZER_1B , 4ZER_2B , 4ZER_1Y , 4ZER_2Y , 4ZER_1Z , 4ZER_2Z , 4ZER_10 , 4ZER_20 , 4ZER_11 , 4ZER_21 , 4ZER_12 , 4ZER_22 , 4ZER_13 , 4ZER_23 , 4ZER_14 , 4ZER_24 , 4ZER_15 , 4ZER_25 , 4ZER_16 , 4ZER_26 , 4ZER_17 , 4ZER_27 , 4ZER_1D , 4ZER_2D , 4ZER_18 , 4ZER_28 , 4ZER_19 , 4ZER_29 , 4ZER_1C , 4ZER_2C , 4ZER_1E , 4ZER_2E , 4ZER_1F , 4ZER_2F , 4ZER_1G , 4ZER_2G , 4ZER_1H , 4ZER_2H , 4ZER_1I , 4ZER_2I , 4ZER_1J , 4ZER_2J , 4ZER_1K , 4ZER_2K , 4ZER_1L , 4ZER_2L , 4ZER_1M , 4ZER_2M , 4ZER_1N , 4ZER_2N , 4ZER_A , 4ZER_B
5F8K
Crystal structure of the bac7(1-16) 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: 2015-12-09 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Escherichia Coli , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 5F8K_1A , 5F8K_2A , 5F8K_1O , 5F8K_2O , 5F8K_1P , 5F8K_2P , 5F8K_1Q , 5F8K_2Q , 5F8K_1R , 5F8K_2R , 5F8K_1S , 5F8K_2S , 5F8K_1T , 5F8K_2T , 5F8K_1U , 5F8K_2U , 5F8K_1V , 5F8K_2V , 5F8K_1W , 5F8K_2W , 5F8K_1X , 5F8K_2X , 5F8K_1B , 5F8K_2B , 5F8K_1Y , 5F8K_2Y , 5F8K_1Z , 5F8K_2Z , 5F8K_10 , 5F8K_20 , 5F8K_11 , 5F8K_21 , 5F8K_12 , 5F8K_22 , 5F8K_13 , 5F8K_23 , 5F8K_14 , 5F8K_24 , 5F8K_15 , 5F8K_25 , 5F8K_16 , 5F8K_26 , 5F8K_17 , 5F8K_27 , 5F8K_1D , 5F8K_2D , 5F8K_18 , 5F8K_28 , 5F8K_19 , 5F8K_29 , 5F8K_1C , 5F8K_2C , 5F8K_1E , 5F8K_2E , 5F8K_1F , 5F8K_2F , 5F8K_1G , 5F8K_2G , 5F8K_1H , 5F8K_2H , 5F8K_1I , 5F8K_2I , 5F8K_1J , 5F8K_2J , 5F8K_1K , 5F8K_2K , 5F8K_1L , 5F8K_2L , 5F8K_1M , 5F8K_2M , 5F8K_1N , 5F8K_2N
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): Escherichia Coli (Strain K12) , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Thermus Thermophilus Hb8 , Synthetic Construct 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
5FDV
Crystal structure of the pyrrhocoricin 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: 2.8 Å Organism(s): Escherichia Coli K-12 , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 5FDV_1A , 5FDV_2A , 5FDV_1O , 5FDV_2O , 5FDV_1P , 5FDV_2P , 5FDV_1Q , 5FDV_2Q , 5FDV_1R , 5FDV_2R , 5FDV_1S , 5FDV_2S , 5FDV_1T , 5FDV_2T , 5FDV_1U , 5FDV_2U , 5FDV_1V , 5FDV_2V , 5FDV_1W , 5FDV_2W , 5FDV_1X , 5FDV_2X , 5FDV_1B , 5FDV_2B , 5FDV_1Y , 5FDV_2Y , 5FDV_1Z , 5FDV_2Z , 5FDV_10 , 5FDV_20 , 5FDV_11 , 5FDV_21 , 5FDV_12 , 5FDV_22 , 5FDV_13 , 5FDV_23 , 5FDV_14 , 5FDV_24 , 5FDV_15 , 5FDV_25 , 5FDV_16 , 5FDV_26 , 5FDV_17 , 5FDV_27 , 5FDV_1D , 5FDV_2D , 5FDV_18 , 5FDV_28 , 5FDV_19 , 5FDV_29 , 5FDV_1C , 5FDV_2C , 5FDV_1E , 5FDV_2E , 5FDV_1F , 5FDV_2F , 5FDV_1G , 5FDV_2G , 5FDV_1H , 5FDV_2H , 5FDV_1I , 5FDV_2I , 5FDV_1J , 5FDV_2J , 5FDV_1K , 5FDV_2K , 5FDV_1L , 5FDV_2L , 5FDV_1M , 5FDV_2M , 5FDV_1N , 5FDV_2N
6FKR
Crystal structure of the dolphin proline-rich antimicrobial peptide tur1a bound to the thermus thermophilus 70s ribosome Deposition Author(s): Benincasa, M. , Gambato, S. , Hilpert, K. , Hofmann, S. , Huter, P. , Innis, C.A. , Mardirossian, M. , Muller, C. , Perebaskine, N. , Tossi, A. , Wilson, D.N.
Date: 2018-01-24 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Escherichia Coli (Strain K12) , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 6FKR_1A , 6FKR_2A , 6FKR_1O , 6FKR_2O , 6FKR_1P , 6FKR_2P , 6FKR_1Q , 6FKR_2Q , 6FKR_1R , 6FKR_2R , 6FKR_1S , 6FKR_2S , 6FKR_1T , 6FKR_2T , 6FKR_1U , 6FKR_2U , 6FKR_1V , 6FKR_2V , 6FKR_1W , 6FKR_2W , 6FKR_1X , 6FKR_2X , 6FKR_1B , 6FKR_2B , 6FKR_1Y , 6FKR_2Y , 6FKR_1Z , 6FKR_2Z , 6FKR_10 , 6FKR_20 , 6FKR_11 , 6FKR_21 , 6FKR_12 , 6FKR_22 , 6FKR_13 , 6FKR_23 , 6FKR_14 , 6FKR_24 , 6FKR_15 , 6FKR_25 , 6FKR_16 , 6FKR_26 , 6FKR_17 , 6FKR_27 , 6FKR_1D , 6FKR_2D , 6FKR_18 , 6FKR_28 , 6FKR_19 , 6FKR_29 , 6FKR_1C , 6FKR_2C , 6FKR_1E , 6FKR_2E , 6FKR_1F , 6FKR_2F , 6FKR_1G , 6FKR_2G , 6FKR_1H , 6FKR_2H , 6FKR_1I , 6FKR_2I , 6FKR_1J , 6FKR_2J , 6FKR_1K , 6FKR_2K , 6FKR_1L , 6FKR_2L , 6FKR_1M , 6FKR_2M , 6FKR_1N , 6FKR_2N