Search Query :
1NYI
Crosslinked hammerhead ribozyme initial state Deposition Author(s): Dunham, C.M. , Murray, J.B. , Scott, W.G.
Date: 2003-02-12 Method: X-RAY DIFFRACTION Resolution: 2.85 Å Organism(s): N.A. Sequences Data: 1NYI_A , 1NYI_B
1Q29
Hammerhead ribozyme with 5'-5' g-g linkage: conformational change experiment Deposition Author(s): Dunham, C.M. , Murray, J.B. , Scott, W.G.
Date: 2003-07-23 Method: X-RAY DIFFRACTION Resolution: 3 Å Organism(s): N.A. Sequences Data: 1Q29_A , 1Q29_B
1VVJ
Crystal structure of frameshift suppressor trna sufa6 bound to codon ccc-g on the ribosome Deposition Author(s): Dunham, C.M. , Dunkle, J.A. , Maehigashi, T.
Date: 2013-05-24 Method: X-RAY DIFFRACTION Resolution: 3.44 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 1VVJ_QA , 1VVJ_XA , 1VVJ_QJ , 1VVJ_XJ , 1VVJ_QK , 1VVJ_XK , 1VVJ_QL , 1VVJ_XL , 1VVJ_QM , 1VVJ_XM , 1VVJ_QN , 1VVJ_XN , 1VVJ_QO , 1VVJ_XO , 1VVJ_QP , 1VVJ_XP , 1VVJ_QQ , 1VVJ_XQ , 1VVJ_QR , 1VVJ_XR , 1VVJ_QS , 1VVJ_XS , 1VVJ_QB , 1VVJ_XB , 1VVJ_QT , 1VVJ_XT , 1VVJ_QU , 1VVJ_XU , 1VVJ_QV , 1VVJ_XV , 1VVJ_QX , 1VVJ_XX , 1VVJ_QY , 1VVJ_XY , 1VVJ_RA , 1VVJ_YA , 1VVJ_RB , 1VVJ_YB , 1VVJ_RD , 1VVJ_YD , 1VVJ_RE , 1VVJ_YE , 1VVJ_RF , 1VVJ_YF , 1VVJ_QC , 1VVJ_XC , 1VVJ_RG , 1VVJ_YG , 1VVJ_RH , 1VVJ_YH , 1VVJ_RI , 1VVJ_YI , 1VVJ_RN , 1VVJ_YN , 1VVJ_RO , 1VVJ_YO , 1VVJ_RP , 1VVJ_YP , 1VVJ_RQ , 1VVJ_YQ , 1VVJ_RR , 1VVJ_YR , 1VVJ_RS , 1VVJ_YS , 1VVJ_RT , 1VVJ_YT , 1VVJ_QD , 1VVJ_XD , 1VVJ_RU , 1VVJ_YU , 1VVJ_RV , 1VVJ_YV , 1VVJ_RW , 1VVJ_YW , 1VVJ_RX , 1VVJ_YX , 1VVJ_RY , 1VVJ_YY , 1VVJ_RZ , 1VVJ_YZ , 1VVJ_R0 , 1VVJ_Y0 , 1VVJ_R1 , 1VVJ_Y1 , 1VVJ_R2 , 1VVJ_Y2 , 1VVJ_R3 , 1VVJ_Y3 , 1VVJ_QE , 1VVJ_XE , 1VVJ_R4 , 1VVJ_Y4 , 1VVJ_R5 , 1VVJ_Y5 , 1VVJ_R6 , 1VVJ_Y6 , 1VVJ_R7 , 1VVJ_Y7 , 1VVJ_R8 , 1VVJ_Y8 , 1VVJ_Z6 , 1VVJ_Z8 , 1VVJ_QF , 1VVJ_XF , 1VVJ_QG , 1VVJ_XG , 1VVJ_QH , 1VVJ_XH , 1VVJ_QI , 1VVJ_XI
1Y28
Crystal structure of the r220a metbjfixl heme domain Deposition Author(s): Dioum, E.M. , Dunham, C.M. , Gilles-Gonzalez, M.A. , Gonzalez, G. , Scott, W.G. , Tuckerman, J.R.
Date: 2004-11-21 Method: X-RAY DIFFRACTION Resolution: 2.1 Å Organism(s): Bradyrhizobium Japonicum Sequences Data: 1Y28_A
2UXB
Crystal structure of an extended trna anticodon stem loop in complex with its cognate mrna gggu in the context of the thermus thermophilus 30s subunit. Deposition Author(s): Dunham, C.M. , Joseph, S. , Kelley, A.C. , Phelps, S.S. , Ramakrishnan, V. , Selmer, M. , Suzuki, T.
Date: 2007-03-28 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Thermus Thermophilus , Synthetic Construct Sequences Data: 2UXB_A , 2UXB_J , 2UXB_K , 2UXB_L , 2UXB_M , 2UXB_N , 2UXB_O , 2UXB_P , 2UXB_Q , 2UXB_R , 2UXB_S , 2UXB_B , 2UXB_T , 2UXB_U , 2UXB_X , 2UXB_Y , 2UXB_C , 2UXB_D , 2UXB_E , 2UXB_F , 2UXB_G , 2UXB_H , 2UXB_I
2UXC
Crystal structure of an extended trna anticodon stem loop in complex with its cognate mrna ucgu in the context of the thermus thermophilus 30s subunit. Deposition Author(s): Dunham, C.M. , Joseph, S. , Kelley, A.C. , Phelps, S.S. , Ramakrishnan, V. , Selmer, M. , Suzuki, T.
Date: 2007-03-28 Method: X-RAY DIFFRACTION Resolution: 2.9 Å Organism(s): Thermus Thermophilus , Synthetic Construct Sequences Data: 2UXC_A , 2UXC_J , 2UXC_K , 2UXC_L , 2UXC_M , 2UXC_N , 2UXC_O , 2UXC_P , 2UXC_Q , 2UXC_R , 2UXC_S , 2UXC_B , 2UXC_T , 2UXC_U , 2UXC_X , 2UXC_Y , 2UXC_C , 2UXC_D , 2UXC_E , 2UXC_F , 2UXC_G , 2UXC_H , 2UXC_I
2UXD
Crystal structure of an extended trna anticodon stem loop in complex with its cognate mrna cggg in the context of the thermus thermophilus 30s subunit. Deposition Author(s): Dunham, C.M. , Joseph, S. , Kelley, A.C. , Phelps, S.S. , Ramakrishnan, V. , Selmer, M. , Suzuki, T.
Date: 2007-03-28 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Thermus Thermophilus , Synthetic Construct Sequences Data: 2UXD_A , 2UXD_J , 2UXD_K , 2UXD_L , 2UXD_M , 2UXD_N , 2UXD_O , 2UXD_P , 2UXD_Q , 2UXD_R , 2UXD_S , 2UXD_B , 2UXD_T , 2UXD_V , 2UXD_X , 2UXD_Y , 2UXD_C , 2UXD_D , 2UXD_E , 2UXD_F , 2UXD_G , 2UXD_H , 2UXD_I
3UZ0
Crystal structure of spoiiiah and spoiiq complex Deposition Author(s): Dunham, C.M. , Maehigashi, T. , Meisner, J.
Date: 2011-12-07 Method: X-RAY DIFFRACTION Resolution: 2.82 Å Organism(s): Bacillus Subtilis Sequences Data: 3UZ0_A , 3UZ0_C , 3UZ0_B , 3UZ0_D
4L47
Crystal structure of frameshift suppressor trna sufa6 bound to codon ccc-u on the ribosome Deposition Author(s): Dunham, C.M. , Dunkle, J.A. , Maehigashi, T.
Date: 2013-06-07 Method: X-RAY DIFFRACTION Resolution: 3.22 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Synthetic Construct Sequences Data: 4L47_QA , 4L47_XA , 4L47_QJ , 4L47_XJ , 4L47_QK , 4L47_XK , 4L47_QL , 4L47_XL , 4L47_QM , 4L47_XM , 4L47_QN , 4L47_XN , 4L47_QO , 4L47_XO , 4L47_QP , 4L47_XP , 4L47_QQ , 4L47_XQ , 4L47_QR , 4L47_XR , 4L47_QS , 4L47_XS , 4L47_QB , 4L47_XB , 4L47_QT , 4L47_XT , 4L47_QU , 4L47_XU , 4L47_QV , 4L47_XV , 4L47_QX , 4L47_XX , 4L47_QY , 4L47_XY , 4L47_RA , 4L47_YA , 4L47_RB , 4L47_YB , 4L47_RD , 4L47_YD , 4L47_RE , 4L47_YE , 4L47_RF , 4L47_YF , 4L47_QC , 4L47_XC , 4L47_RG , 4L47_YG , 4L47_RH , 4L47_YH , 4L47_RI , 4L47_YI , 4L47_RN , 4L47_YN , 4L47_RO , 4L47_YO , 4L47_RP , 4L47_YP , 4L47_RQ , 4L47_YQ , 4L47_RR , 4L47_YR , 4L47_RS , 4L47_YS , 4L47_RT , 4L47_YT , 4L47_QD , 4L47_XD , 4L47_RU , 4L47_YU , 4L47_RV , 4L47_YV , 4L47_RW , 4L47_YW , 4L47_RX , 4L47_YX , 4L47_RY , 4L47_YY , 4L47_RZ , 4L47_YZ , 4L47_R0 , 4L47_Y0 , 4L47_R1 , 4L47_Y1 , 4L47_R2 , 4L47_Y2 , 4L47_R3 , 4L47_Y3 , 4L47_QE , 4L47_XE , 4L47_R4 , 4L47_Y4 , 4L47_R5 , 4L47_Y5 , 4L47_R6 , 4L47_Y6 , 4L47_R7 , 4L47_Y7 , 4L47_R8 , 4L47_Y8 , 4L47_R9 , 4L47_Y9 , 4L47_Z6 , 4L47_Z8 , 4L47_QF , 4L47_XF , 4L47_QG , 4L47_XG , 4L47_QH , 4L47_XH , 4L47_QI , 4L47_XI
4L71
Crystal structure of frameshift suppressor trna sufa6 bound to codon ccc-a on the ribosome Deposition Author(s): Dunham, C.M. , Dunkle, J.A. , Maehigashi, T.
Date: 2013-06-13 Method: X-RAY DIFFRACTION Resolution: 3.9 Å Organism(s): Escherichia Coli , Thermus Thermophilus , Thermus Thermophilus (Strain Hb8 / Atcc 27634 / Dsm 579) , Thermus Thermophilus Hb8 , Synthetic Construct Sequences Data: 4L71_QA , 4L71_XA , 4L71_QJ , 4L71_XJ , 4L71_QK , 4L71_XK , 4L71_QL , 4L71_XL , 4L71_QM , 4L71_XM , 4L71_QN , 4L71_XN , 4L71_QO , 4L71_XO , 4L71_QP , 4L71_XP , 4L71_QQ , 4L71_XQ , 4L71_QR , 4L71_XR , 4L71_QS , 4L71_XS , 4L71_QB , 4L71_XB , 4L71_QT , 4L71_XT , 4L71_QU , 4L71_XU , 4L71_RA , 4L71_YA , 4L71_RB , 4L71_YB , 4L71_RD , 4L71_YD , 4L71_RE , 4L71_YE , 4L71_RF , 4L71_YF , 4L71_RG , 4L71_YG , 4L71_RH , 4L71_YH , 4L71_RI , 4L71_YI , 4L71_QC , 4L71_XC , 4L71_RN , 4L71_YN , 4L71_RO , 4L71_YO , 4L71_RP , 4L71_YP , 4L71_RQ , 4L71_YQ , 4L71_RR , 4L71_YR , 4L71_RS , 4L71_YS , 4L71_RT , 4L71_YT , 4L71_RU , 4L71_YU , 4L71_RV , 4L71_YV , 4L71_RW , 4L71_YW , 4L71_QD , 4L71_XD , 4L71_RX , 4L71_YX , 4L71_RY , 4L71_YY , 4L71_RZ , 4L71_YZ , 4L71_R0 , 4L71_Y0 , 4L71_R1 , 4L71_Y1 , 4L71_R2 , 4L71_Y2 , 4L71_R3 , 4L71_Y3 , 4L71_R4 , 4L71_Y4 , 4L71_R5 , 4L71_Y5 , 4L71_R6 , 4L71_Y6 , 4L71_QE , 4L71_XE , 4L71_R7 , 4L71_Y7 , 4L71_R8 , 4L71_Y8 , 4L71_R9 , 4L71_Y9 , 4L71_QV , 4L71_XV , 4L71_QX , 4L71_XX , 4L71_QY , 4L71_XY , 4L71_Z6 , 4L71_Z8 , 4L71_QF , 4L71_XF , 4L71_QG , 4L71_XG , 4L71_QH , 4L71_XH , 4L71_QI , 4L71_XI