Search Query :
5MAO
Hera helicase rna binding domain with tncs in p212121 Deposition Author(s): Klostermeier, D. , Rudolph, M.G.
Date: 2016-11-03 Method: X-RAY DIFFRACTION Resolution: 1.35 Å Organism(s): Methylomicrobium Buryatense 5G Sequences Data: 5MAO_A , 5MAO_B
5V8I
Thermus thermophilus 70s ribosome lacking ribosomal protein us17 Deposition Author(s): Gregory, S.T. , Jogl, G.
Date: 2017-03-22 Method: X-RAY DIFFRACTION Resolution: 3.25 Å Organism(s): Helicobacter Pylori Bacteriophage Khp30 , Turnip Yellow Mosaic Virus , Mycobacterium Tuberculosis C , Xanthobacter Autotrophicus (Strain Atcc Baa-1158 / Py2) , Methylomicrobium Buryatense 5G Sequences Data: 5V8I_1A , 5V8I_2A , 5V8I_1O , 5V8I_2O , 5V8I_1P , 5V8I_2P , 5V8I_1Q , 5V8I_2Q , 5V8I_1R , 5V8I_2R , 5V8I_1S , 5V8I_2S , 5V8I_1T , 5V8I_2T , 5V8I_1U , 5V8I_2U , 5V8I_1V , 5V8I_2V , 5V8I_1W , 5V8I_2W , 5V8I_1X , 5V8I_2X , 5V8I_1B , 5V8I_2B , 5V8I_1Y , 5V8I_2Y , 5V8I_1Z , 5V8I_2Z , 5V8I_10 , 5V8I_20 , 5V8I_11 , 5V8I_21 , 5V8I_12 , 5V8I_22 , 5V8I_13 , 5V8I_23 , 5V8I_14 , 5V8I_24 , 5V8I_15 , 5V8I_25 , 5V8I_16 , 5V8I_26 , 5V8I_17 , 5V8I_27 , 5V8I_1D , 5V8I_2D , 5V8I_18 , 5V8I_28 , 5V8I_19 , 5V8I_29 , 5V8I_1C , 5V8I_2C , 5V8I_1E , 5V8I_2E , 5V8I_1F , 5V8I_2F , 5V8I_1G , 5V8I_2G , 5V8I_1H , 5V8I_2H , 5V8I_1I , 5V8I_2I , 5V8I_1J , 5V8I_2J , 5V8I_1K , 5V8I_2K , 5V8I_1L , 5V8I_2L , 5V8I_1M , 5V8I_2M , 5V8I_1N , 5V8I_2N
6B4V
Antibiotic blasticidin s and e. coli release factor 1 bound to the 70s ribosome Deposition Author(s): Korostelev, A.A. , Svidritskiy, E.
Date: 2017-09-27 Method: X-RAY DIFFRACTION Resolution: 3.4 Å Organism(s): Adineta Vaga , Sphingobium Sp. (Strain Nbrc 103272 / Syk-6) , Methylomicrobium Buryatense 5G , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 6B4V_A , 6B4V_EB , 6B4V_J , 6B4V_NB , 6B4V_K , 6B4V_OB , 6B4V_L , 6B4V_PB , 6B4V_M , 6B4V_QB , 6B4V_N , 6B4V_RB , 6B4V_O , 6B4V_SB , 6B4V_P , 6B4V_TB , 6B4V_Q , 6B4V_UB , 6B4V_R , 6B4V_VB , 6B4V_S , 6B4V_WB , 6B4V_B , 6B4V_FB , 6B4V_T , 6B4V_XB , 6B4V_U , 6B4V_YB , 6B4V_V , 6B4V_ZB , 6B4V_W , 6B4V_AC , 6B4V_X , 6B4V_BC , 6B4V_Y , 6B4V_CC , 6B4V_Z , 6B4V_DC , 6B4V_AA , 6B4V_EC , 6B4V_BA , 6B4V_FC , 6B4V_CA , 6B4V_GC , 6B4V_C , 6B4V_GB , 6B4V_DA , 6B4V_HC , 6B4V_EA , 6B4V_IC , 6B4V_FA , 6B4V_JC , 6B4V_GA , 6B4V_KC , 6B4V_HA , 6B4V_LC , 6B4V_JA , 6B4V_NC , 6B4V_KA , 6B4V_OC , 6B4V_LA , 6B4V_PC , 6B4V_MA , 6B4V_QC , 6B4V_NA , 6B4V_RC , 6B4V_D , 6B4V_IA , 6B4V_HB , 6B4V_MC , 6B4V_OA , 6B4V_SC , 6B4V_PA , 6B4V_TC , 6B4V_QA , 6B4V_UC , 6B4V_RA , 6B4V_VC , 6B4V_SA , 6B4V_WC , 6B4V_TA , 6B4V_XC , 6B4V_UA , 6B4V_YC , 6B4V_VA , 6B4V_ZC , 6B4V_WA , 6B4V_AD , 6B4V_XA , 6B4V_BD , 6B4V_E , 6B4V_IB , 6B4V_YA , 6B4V_CD , 6B4V_ZA , 6B4V_DD , 6B4V_AB , 6B4V_ED , 6B4V_BB , 6B4V_FD , 6B4V_CB , 6B4V_GD , 6B4V_DB , 6B4V_HD , 6B4V_F , 6B4V_JB , 6B4V_G , 6B4V_KB , 6B4V_H , 6B4V_LB , 6B4V_I , 6B4V_MB
6FKV
Structure and function of aldehyde dehydrogenase from thermus thermophilus: an enzyme with an evolutionarily-distinct c-terminal arm (recombinant protein with shortened c-terminal, adh508) Deposition Author(s): Djeghader, A. , Hayes, K.A. , Noor, M.R. , Soulimane, T.
Date: 2018-01-24 Method: X-RAY DIFFRACTION Resolution: 2.9 Å Organism(s): Methylomicrobium Buryatense 5G Sequences Data: 6FKV_A , 6FKV_B
6KK8
Xn joint refinement of manganese catalase from thermus thermophilus hb27 Deposition Author(s): Kusaka, K. , Yamada, T. , Yano, N.
Date: 2019-07-24 Method: X-RAY DIFFRACTION, NEUTRON DIFFRACTION Resolution: 1.37,2.349 Å Organism(s): Methylomicrobium Buryatense 5G Sequences Data: 6KK8_A , 6KK8_B
6N1D
X-ray crystal complex showing spontaneous ribosomal translocation of mrna and trnas into a chimeric hybrid state Deposition Author(s): Donohue, J.P. , Lancaster, L. , Noller, H.F. , Zhou, J.
Date: 2018-11-08 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Adineta Vaga , Scytalidium Thermophilum , Mycobacterium Tuberculosis C , Methylomicrobium Buryatense 5G , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 6N1D_A16S , 6N1D_B16S , 6N1D_AL09 , 6N1D_BL09 , 6N1D_AL13 , 6N1D_BL13 , 6N1D_AL14 , 6N1D_BL14 , 6N1D_AL15 , 6N1D_BL15 , 6N1D_AL16 , 6N1D_BL16 , 6N1D_AL17 , 6N1D_BL17 , 6N1D_AL18 , 6N1D_BL18 , 6N1D_AL19 , 6N1D_BL19 , 6N1D_AL20 , 6N1D_BL20 , 6N1D_AL21 , 6N1D_BL21 , 6N1D_A23S , 6N1D_B23S , 6N1D_AL22 , 6N1D_BL22 , 6N1D_AL23 , 6N1D_BL23 , 6N1D_AL24 , 6N1D_BL24 , 6N1D_AL25 , 6N1D_BL25 , 6N1D_AL27 , 6N1D_BL27 , 6N1D_AL28 , 6N1D_BL28 , 6N1D_AL29 , 6N1D_BL29 , 6N1D_AL30 , 6N1D_BL30 , 6N1D_AL31 , 6N1D_BL31 , 6N1D_AL32 , 6N1D_BL32 , 6N1D_A5S , 6N1D_B5S , 6N1D_AL33 , 6N1D_BL33 , 6N1D_AL34 , 6N1D_BL34 , 6N1D_AL35 , 6N1D_BL35 , 6N1D_AL36 , 6N1D_BL36 , 6N1D_AMRN , 6N1D_BMRN , 6N1D_APTN , 6N1D_BPTN , 6N1D_AS02 , 6N1D_BS02 , 6N1D_AS03 , 6N1D_BS03 , 6N1D_AS04 , 6N1D_BS04 , 6N1D_AS05 , 6N1D_BS05 , 6N1D_AL01 , 6N1D_BL01 , 6N1D_AS06 , 6N1D_BS06 , 6N1D_AS07 , 6N1D_BS07 , 6N1D_AS08 , 6N1D_BS08 , 6N1D_AS09 , 6N1D_BS09 , 6N1D_AS10 , 6N1D_BS10 , 6N1D_AS11 , 6N1D_BS11 , 6N1D_AS12 , 6N1D_BS12 , 6N1D_AS13 , 6N1D_BS13 , 6N1D_AS14 , 6N1D_BS14 , 6N1D_AS15 , 6N1D_BS15 , 6N1D_AL02 , 6N1D_BL02 , 6N1D_AS16 , 6N1D_BS16 , 6N1D_AS17 , 6N1D_BS17 , 6N1D_AS18 , 6N1D_BS18 , 6N1D_AS19 , 6N1D_BS19 , 6N1D_AS20 , 6N1D_BS20 , 6N1D_ATHX , 6N1D_BTHX , 6N1D_BATN , 6N1D_AL03 , 6N1D_BL03 , 6N1D_AL04 , 6N1D_BL04 , 6N1D_AL05 , 6N1D_BL05 , 6N1D_AL06 , 6N1D_BL06
6RAF
Heterodimeric abc exporter tmrab in inward-facing narrow conformation under turnover conditions Deposition Author(s): Hofmann, S. , Hummer, G. , Januliene, D. , Mehdipour, A.R. , Moeller, A. , Tampe, R. , Thomas, C.
Date: 2019-04-06 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Scytalidium Thermophilum , Methylomicrobium Buryatense 5G , Pyrobaculum Ferrireducens Sequences Data: 6RAF_A , 6RAF_B , 6RAF_C
6RAJ
Heterodimeric abc exporter tmrab in vanadate trapped outward-facing open conformation Deposition Author(s): Hofmann, S. , Hummer, G. , Januliene, D. , Mehdipour, A.R. , Moeller, A. , Tampe, R. , Thomas, C.
Date: 2019-04-06 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Scytalidium Thermophilum , Methylomicrobium Buryatense 5G , Pyrobaculum Ferrireducens Sequences Data: 6RAJ_A , 6RAJ_B , 6RAJ_C
7A5J
Structure of the split human mitoribosomal large subunit with p-and e-site mt-trnas Deposition Author(s): Chandrasekaran, V. , Desai, N. , Kazi, R. , Minczuk, M. , Ramakrishnan, V. , Yang, H.
Date: 2020-08-21 Method: ELECTRON MICROSCOPY Resolution: 3.1 Å Organism(s): Salmonella Enterica , Methylomicrobium Buryatense 5G Sequences Data: 7A5J_D , 7A5J_N , 7A5J_O , 7A5J_P , 7A5J_Q , 7A5J_R , 7A5J_S , 7A5J_T , 7A5J_U , 7A5J_V , 7A5J_W , 7A5J_E , 7A5J_X , 7A5J_Y , 7A5J_Z , 7A5J_0 , 7A5J_1 , 7A5J_2 , 7A5J_3 , 7A5J_4 , 7A5J_5 , 7A5J_6 , 7A5J_F , 7A5J_7 , 7A5J_8 , 7A5J_9 , 7A5J_A , 7A5J_B , 7A5J_C , 7A5J_G , 7A5J_H , 7A5J_I , 7A5J_J , 7A5J_K , 7A5J_L , 7A5J_M , 7A5J_Y2
7B8V
Circular permutant of ribosomal protein s6, p54-55 Deposition Author(s): Logan, D.T. , Oliveberg, M. , Wang, H.
Date: 2020-12-13 Method: X-RAY DIFFRACTION Resolution: 1.863 Å Organism(s): Methylomicrobium Buryatense 5G Sequences Data: 7B8V_A , 7B8V_S , 7B8V_T , 7B8V_W , 7B8V_X , 7B8V_U , 7B8V_B , 7B8V_C , 7B8V_D , 7B8V_E , 7B8V_F , 7B8V_G , 7B8V_H , 7B8V_I , 7B8V_J , 7B8V_K , 7B8V_L , 7B8V_M , 7B8V_N , 7B8V_O , 7B8V_P , 7B8V_Q , 7B8V_R , 7B8V_V