Search Query :
5D8H
Crystal structure of the base of the ribosomal p stalk from methanococcus jannaschii with antibiotic thiostrepton Deposition Author(s): Gabdulkhakov, A.G. , Garber, M.B. , Mitroshin, I.V.
Date: 2015-08-17 Method: X-RAY DIFFRACTION Resolution: 2.8 Å Organism(s): Methanocaldococcus Jannaschii , Streptomyces Azureus Sequences Data: 5D8H_A , 5D8H_B , 5D8H_C , 5D8H_D
5DAR
Crystal structure of the base of the ribosomal p stalk from methanococcus jannaschii Deposition Author(s): Gabdulkhakov, A.G. , Garber, M.B. , Mitroshin, I.V.
Date: 2015-08-20 Method: X-RAY DIFFRACTION Resolution: 2.9 Å Organism(s): Methanocaldococcus Jannaschii Sequences Data: 5DAR_A , 5DAR_D , 5DAR_B , 5DAR_E , 5DAR_C , 5DAR_F
5DSZ
Gamma-subunit of the translation initiation factor 2 from s. solfataricus Deposition Author(s): Garber, M.B. , Kravchenko, O.V. , Nevskaya, N.A. , Nikonov, O.S. , Nikonov, S.V. , Nikulin, A.D. , Stolboushkina, E.A.
Date: 2015-09-17 Method: X-RAY DIFFRACTION Resolution: 2.5 Å Organism(s): Sulfolobus Solfataricus Sequences Data: 5DSZ_A , 5DSZ_B
5NPM
Crystal structure of mutant ribosomal protein tthl1 lacking 8 n-terminal residues in complex with 80nt 23s rna from thermus thermophilus Deposition Author(s): Gabdulkhakov, A.G. , Garber, M.B. , Nevskaya, N.A. , Nikonov, S.V. , Tishchenko, T.V.
Date: 2017-04-17 Method: X-RAY DIFFRACTION Resolution: 2.7 Å Organism(s): Thermus Thermophilus Sequences Data: 5NPM_A , 5NPM_B
5VYC
Crystal structure of the human 40s ribosomal subunit in complex with denr-mct-1. Deposition Author(s): Dmitriev, S.E. , Garber, M.B. , Lomakin, I.B. , Steitz, T.A. , Stolboushkina, E.A. , Vaidya, A.T.
Date: 2017-05-24 Method: X-RAY DIFFRACTION Resolution: 6 Å Organism(s): Homo Sapiens Sequences Data: 5VYC_T1 , 5VYC_T2 , 5VYC_T3 , 5VYC_T4 , 5VYC_T5 , 5VYC_T6 , 5VYC_C1 , 5VYC_C2 , 5VYC_C3 , 5VYC_C4 , 5VYC_C5 , 5VYC_C6 , 5VYC_G1 , 5VYC_G2 , 5VYC_G3 , 5VYC_G4 , 5VYC_G5 , 5VYC_G6 , 5VYC_J1 , 5VYC_J2 , 5VYC_J3 , 5VYC_J4 , 5VYC_J5 , 5VYC_J6 , 5VYC_M1 , 5VYC_M2 , 5VYC_M3 , 5VYC_M4 , 5VYC_M5 , 5VYC_M6 , 5VYC_N1 , 5VYC_N2 , 5VYC_N3 , 5VYC_N4 , 5VYC_N5 , 5VYC_N6 , 5VYC_O1 , 5VYC_O2 , 5VYC_O3 , 5VYC_O4 , 5VYC_O5 , 5VYC_O6 , 5VYC_W1 , 5VYC_W2 , 5VYC_W3 , 5VYC_W4 , 5VYC_W5 , 5VYC_W6 , 5VYC_Y1 , 5VYC_Y2 , 5VYC_Y3 , 5VYC_Y4 , 5VYC_Y5 , 5VYC_Y6 , 5VYC_Z1 , 5VYC_Z2 , 5VYC_Z3 , 5VYC_Z4 , 5VYC_Z5 , 5VYC_Z6 , 5VYC_B1 , 5VYC_B2 , 5VYC_B3 , 5VYC_B4 , 5VYC_B5 , 5VYC_B6 , 5VYC_U1 , 5VYC_U2 , 5VYC_U3 , 5VYC_U4 , 5VYC_U5 , 5VYC_U6 , 5VYC_E1 , 5VYC_E2 , 5VYC_E3 , 5VYC_E4 , 5VYC_E5 , 5VYC_E6 , 5VYC_I1 , 5VYC_I2 , 5VYC_I3 , 5VYC_I4 , 5VYC_I5 , 5VYC_I6 , 5VYC_A1 , 5VYC_A2 , 5VYC_A3 , 5VYC_A4 , 5VYC_A5 , 5VYC_A6 , 5VYC_D1 , 5VYC_D2 , 5VYC_D3 , 5VYC_D4 , 5VYC_D5 , 5VYC_D6 , 5VYC_F1 , 5VYC_F2 , 5VYC_F3 , 5VYC_F4 , 5VYC_F5 , 5VYC_F6 , 5VYC_H1 , 5VYC_H2 , 5VYC_H3 , 5VYC_H4 , 5VYC_H5 , 5VYC_H6 , 5VYC_K1 , 5VYC_K2 , 5VYC_K3 , 5VYC_K4 , 5VYC_K5 , 5VYC_K6 , 5VYC_V1 , 5VYC_V2 , 5VYC_V3 , 5VYC_V4 , 5VYC_V5 , 5VYC_V6 , 5VYC_L1 , 5VYC_L2 , 5VYC_L3 , 5VYC_L4 , 5VYC_L5 , 5VYC_L6 , 5VYC_P1 , 5VYC_P2 , 5VYC_P3 , 5VYC_P4 , 5VYC_P5 , 5VYC_P6 , 5VYC_Q1 , 5VYC_Q2 , 5VYC_Q3 , 5VYC_Q4 , 5VYC_Q5 , 5VYC_Q6 , 5VYC_R1 , 5VYC_R2 , 5VYC_R3 , 5VYC_R4 , 5VYC_R5 , 5VYC_R6 , 5VYC_S1 , 5VYC_S2 , 5VYC_S3 , 5VYC_S4 , 5VYC_S5 , 5VYC_S6 , 5VYC_X1 , 5VYC_X2 , 5VYC_X3 , 5VYC_X4 , 5VYC_X5 , 5VYC_X6
6QKD
Crystal structure of vhh-based fab-fragment of antibody bcd-085 Deposition Author(s): Ekimova, V.M. , Evdokimov, S.R. , Gabdulkhakov, A.G. , Garber, M.B. , Kolyadenko, I.A. , Kostareva, O.S. , Tishchenko, T.V. , Ulitin, A.B.
Date: 2019-01-29 Method: X-RAY DIFFRACTION Resolution: 1.9 Å Organism(s): Lama Glama Sequences Data: 6QKD_H , 6QKD_I , 6QKD_J , 6QKD_K , 6QKD_L , 6QKD_M , 6QKD_O , 6QKD_T
6RBB
Crystal structure of the vhh-domain of anti-il-17a antibody netakimab Deposition Author(s): Ekimova, V.M. , Evdokimov, S.R. , Gabdulkhakov, A.G. , Garber, M.B. , Kolyadenko, I.A. , Kostareva, O.S. , Tishchenko, T.V. , Ulitin, A.B.
Date: 2019-04-10 Method: X-RAY DIFFRACTION Resolution: 2.45 Å Organism(s): Lama Glama Sequences Data: 6RBB_H , 6RBB_I , 6RBB_J , 6RBB_K