Search Query :
5CZP
70s termination complex containing e. coli rf2 Deposition Author(s): Dunham, C.M. , Hoffer, E.D.
Date: 2015-07-31 Method: X-RAY DIFFRACTION Resolution: 3.29996 Å Organism(s): Helicobacter Pylori Bacteriophage Khp30 , Aphanizomenon Flos-Aquae 2012/Km1/D3 , Haementeria Ghilianii , Fragaria Ananassa , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5CZP_YA , 5CZP_RA , 5CZP_YO , 5CZP_RO , 5CZP_YP , 5CZP_RP , 5CZP_YQ , 5CZP_RQ , 5CZP_YR , 5CZP_RR , 5CZP_YS , 5CZP_RS , 5CZP_YT , 5CZP_RT , 5CZP_YU , 5CZP_RU , 5CZP_YV , 5CZP_RV , 5CZP_YW , 5CZP_RW , 5CZP_YX , 5CZP_RX , 5CZP_YB , 5CZP_RB , 5CZP_YY , 5CZP_RY , 5CZP_YZ , 5CZP_RZ , 5CZP_Y0 , 5CZP_R0 , 5CZP_Y1 , 5CZP_R1 , 5CZP_Y2 , 5CZP_R2 , 5CZP_Y3 , 5CZP_R3 , 5CZP_Y4 , 5CZP_R4 , 5CZP_Y5 , 5CZP_R5 , 5CZP_Y6 , 5CZP_R6 , 5CZP_Y7 , 5CZP_R7 , 5CZP_YD , 5CZP_RD , 5CZP_Y8 , 5CZP_R8 , 5CZP_Y9 , 5CZP_R9 , 5CZP_XA , 5CZP_QA , 5CZP_XB , 5CZP_QB , 5CZP_XC , 5CZP_QC , 5CZP_XD , 5CZP_QD , 5CZP_XE , 5CZP_QE , 5CZP_XF , 5CZP_QF , 5CZP_XG , 5CZP_QG , 5CZP_XH , 5CZP_QH , 5CZP_YE , 5CZP_RE , 5CZP_XI , 5CZP_QI , 5CZP_XJ , 5CZP_QJ , 5CZP_XK , 5CZP_QK , 5CZP_XL , 5CZP_QL , 5CZP_XM , 5CZP_QM , 5CZP_XN , 5CZP_QN , 5CZP_XO , 5CZP_QO , 5CZP_XP , 5CZP_QP , 5CZP_XQ , 5CZP_QQ , 5CZP_XR , 5CZP_QR , 5CZP_YF , 5CZP_RF , 5CZP_XS , 5CZP_QS , 5CZP_XT , 5CZP_QT , 5CZP_XU , 5CZP_QU , 5CZP_QV , 5CZP_XV , 5CZP_QY , 5CZP_XY , 5CZP_XX , 5CZP_QX , 5CZP_YG , 5CZP_RG , 5CZP_YH , 5CZP_RH , 5CZP_YI , 5CZP_RI , 5CZP_YN , 5CZP_RN
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
5J30
Thermus thermophilus 70s termination complex containing e. coli rf1 Deposition Author(s): Dunham, C.M. , Hoffer, E.D.
Date: 2016-03-30 Method: X-RAY DIFFRACTION Resolution: 3.2 Å Organism(s): Cricket Paralysis Virus , Rhizomucor Miehei Cau432 , Haementeria Ghilianii , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5J30_RA , 5J30_YA , 5J30_RO , 5J30_YO , 5J30_RP , 5J30_YP , 5J30_RQ , 5J30_YQ , 5J30_RR , 5J30_YR , 5J30_RS , 5J30_YS , 5J30_RT , 5J30_YT , 5J30_RU , 5J30_YU , 5J30_RV , 5J30_YV , 5J30_RW , 5J30_YW , 5J30_RX , 5J30_YX , 5J30_RB , 5J30_YB , 5J30_RY , 5J30_YY , 5J30_RZ , 5J30_YZ , 5J30_R0 , 5J30_Y0 , 5J30_R1 , 5J30_Y1 , 5J30_R2 , 5J30_Y2 , 5J30_R3 , 5J30_Y3 , 5J30_R4 , 5J30_Y4 , 5J30_R5 , 5J30_Y5 , 5J30_R6 , 5J30_Y6 , 5J30_R7 , 5J30_Y7 , 5J30_RD , 5J30_YD , 5J30_R8 , 5J30_Y8 , 5J30_R9 , 5J30_Y9 , 5J30_QA , 5J30_XA , 5J30_QB , 5J30_XB , 5J30_QC , 5J30_XC , 5J30_QD , 5J30_XD , 5J30_QE , 5J30_XE , 5J30_QF , 5J30_XF , 5J30_QG , 5J30_XG , 5J30_QH , 5J30_XH , 5J30_RE , 5J30_YE , 5J30_QI , 5J30_XI , 5J30_QJ , 5J30_XJ , 5J30_QK , 5J30_XK , 5J30_QL , 5J30_XL , 5J30_QM , 5J30_XM , 5J30_QN , 5J30_XN , 5J30_QO , 5J30_XO , 5J30_QP , 5J30_XP , 5J30_QQ , 5J30_XQ , 5J30_QR , 5J30_XR , 5J30_RF , 5J30_YF , 5J30_QS , 5J30_XS , 5J30_QT , 5J30_XT , 5J30_QU , 5J30_XU , 5J30_QV , 5J30_XV , 5J30_QX , 5J30_XX , 5J30_QY , 5J30_XY , 5J30_RG , 5J30_YG , 5J30_RH , 5J30_YH , 5J30_RI , 5J30_YI , 5J30_RN , 5J30_YN
5J3C
Thermus thermophilus 70s termination complex containing e. coli rf1 Deposition Author(s): Dunham, C.M. , Hoffer, E.D.
Date: 2016-03-30 Method: X-RAY DIFFRACTION Resolution: 3.04 Å Organism(s): Cricket Paralysis Virus , Human Herpesvirus 8 , Haementeria Ghilianii , Rhodobacter Sphaeroides (Strain Atcc 17023 / Dsm 158 / Jcm 6121 / Nbrc 12203 / Ncimb 8253 / Ath 2.4.1.) Sequences Data: 5J3C_RA , 5J3C_YA , 5J3C_RO , 5J3C_YO , 5J3C_RP , 5J3C_YP , 5J3C_RQ , 5J3C_YQ , 5J3C_RR , 5J3C_YR , 5J3C_RS , 5J3C_YS , 5J3C_RT , 5J3C_YT , 5J3C_RU , 5J3C_YU , 5J3C_RV , 5J3C_YV , 5J3C_RW , 5J3C_YW , 5J3C_RX , 5J3C_YX , 5J3C_RB , 5J3C_YB , 5J3C_RY , 5J3C_YY , 5J3C_RZ , 5J3C_YZ , 5J3C_R0 , 5J3C_Y0 , 5J3C_R1 , 5J3C_Y1 , 5J3C_R2 , 5J3C_Y2 , 5J3C_R3 , 5J3C_Y3 , 5J3C_R4 , 5J3C_Y4 , 5J3C_R5 , 5J3C_Y5 , 5J3C_R6 , 5J3C_Y6 , 5J3C_R7 , 5J3C_Y7 , 5J3C_RD , 5J3C_YD , 5J3C_R8 , 5J3C_Y8 , 5J3C_R9 , 5J3C_Y9 , 5J3C_QA , 5J3C_XA , 5J3C_QB , 5J3C_XB , 5J3C_QC , 5J3C_XC , 5J3C_QD , 5J3C_XD , 5J3C_QE , 5J3C_XE , 5J3C_QF , 5J3C_XF , 5J3C_QG , 5J3C_XG , 5J3C_QH , 5J3C_XH , 5J3C_RE , 5J3C_YE , 5J3C_QI , 5J3C_XI , 5J3C_QJ , 5J3C_XJ , 5J3C_QK , 5J3C_XK , 5J3C_QL , 5J3C_XL , 5J3C_QM , 5J3C_XM , 5J3C_QN , 5J3C_XN , 5J3C_QO , 5J3C_XO , 5J3C_QP , 5J3C_XP , 5J3C_QQ , 5J3C_XQ , 5J3C_QR , 5J3C_XR , 5J3C_RF , 5J3C_YF , 5J3C_QS , 5J3C_XS , 5J3C_QT , 5J3C_XT , 5J3C_QU , 5J3C_XU , 5J3C_QV , 5J3C_XV , 5J3C_QX , 5J3C_XX , 5J3C_QY , 5J3C_XY , 5J3C_RG , 5J3C_YG , 5J3C_RH , 5J3C_YH , 5J3C_RI , 5J3C_YI , 5J3C_RN , 5J3C_YN
6BUW
Thermus thermophilus 70s complex containing 16s g299a ram mutation and empty a site. Deposition Author(s): Dunham, C.M. , Fagan, C.E. , Hoffer, E.D. , Maehigashi, T.
Date: 2017-12-11 Method: X-RAY DIFFRACTION Resolution: 3.5 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: 6BUW_QA , 6BUW_XA , 6BUW_QJ , 6BUW_XJ , 6BUW_QK , 6BUW_XK , 6BUW_QL , 6BUW_XL , 6BUW_QM , 6BUW_XM , 6BUW_QN , 6BUW_XN , 6BUW_QO , 6BUW_XO , 6BUW_QP , 6BUW_XP , 6BUW_QQ , 6BUW_XQ , 6BUW_QR , 6BUW_XR , 6BUW_QS , 6BUW_XS , 6BUW_QB , 6BUW_XB , 6BUW_QT , 6BUW_XT , 6BUW_QU , 6BUW_XU , 6BUW_QV , 6BUW_XV , 6BUW_QX , 6BUW_XX , 6BUW_RA , 6BUW_YA , 6BUW_RB , 6BUW_YB , 6BUW_RD , 6BUW_YD , 6BUW_RE , 6BUW_YE , 6BUW_RF , 6BUW_YF , 6BUW_RG , 6BUW_YG , 6BUW_QC , 6BUW_XC , 6BUW_RH , 6BUW_YH , 6BUW_RI , 6BUW_YI , 6BUW_RN , 6BUW_YN , 6BUW_RO , 6BUW_YO , 6BUW_RP , 6BUW_YP , 6BUW_RQ , 6BUW_YQ , 6BUW_RR , 6BUW_YR , 6BUW_RS , 6BUW_YS , 6BUW_RT , 6BUW_YT , 6BUW_RU , 6BUW_YU , 6BUW_QD , 6BUW_XD , 6BUW_RV , 6BUW_YV , 6BUW_RW , 6BUW_YW , 6BUW_RX , 6BUW_YX , 6BUW_RY , 6BUW_YY , 6BUW_RZ , 6BUW_YZ , 6BUW_R0 , 6BUW_Y0 , 6BUW_R1 , 6BUW_Y1 , 6BUW_R2 , 6BUW_Y2 , 6BUW_R3 , 6BUW_Y3 , 6BUW_R4 , 6BUW_Y4 , 6BUW_QE , 6BUW_XE , 6BUW_R5 , 6BUW_Y5 , 6BUW_R6 , 6BUW_Y6 , 6BUW_R7 , 6BUW_Y7 , 6BUW_R8 , 6BUW_Y8 , 6BUW_R9 , 6BUW_Y9 , 6BUW_QF , 6BUW_XF , 6BUW_QG , 6BUW_XG , 6BUW_QH , 6BUW_XH , 6BUW_QI , 6BUW_XI
6BZ6
Thermus thermophilus 70s complex containing 16s g347u ram mutation and empty a site Deposition Author(s): Dunham, C.M. , Fagan, C.E. , Hoffer, E.D. , Maehigashi, T.
Date: 2017-12-22 Method: X-RAY DIFFRACTION Resolution: 3.18 Å Organism(s): Adineta Vaga , Haementeria Ghilianii , Fragaria Ananassa Sequences Data: 6BZ6_QA , 6BZ6_XA , 6BZ6_QJ , 6BZ6_XJ , 6BZ6_QK , 6BZ6_XK , 6BZ6_QL , 6BZ6_XL , 6BZ6_QM , 6BZ6_XM , 6BZ6_QN , 6BZ6_XN , 6BZ6_QO , 6BZ6_XO , 6BZ6_QP , 6BZ6_XP , 6BZ6_QQ , 6BZ6_XQ , 6BZ6_QR , 6BZ6_XR , 6BZ6_QS , 6BZ6_XS , 6BZ6_QB , 6BZ6_XB , 6BZ6_QT , 6BZ6_XT , 6BZ6_QU , 6BZ6_XU , 6BZ6_QV , 6BZ6_XV , 6BZ6_QX , 6BZ6_XX , 6BZ6_RA , 6BZ6_YA , 6BZ6_RB , 6BZ6_YB , 6BZ6_RD , 6BZ6_YD , 6BZ6_RE , 6BZ6_YE , 6BZ6_RF , 6BZ6_YF , 6BZ6_RG , 6BZ6_YG , 6BZ6_QC , 6BZ6_XC , 6BZ6_RH , 6BZ6_YH , 6BZ6_RI , 6BZ6_YI , 6BZ6_RN , 6BZ6_YN , 6BZ6_RO , 6BZ6_YO , 6BZ6_RP , 6BZ6_YP , 6BZ6_RQ , 6BZ6_YQ , 6BZ6_RR , 6BZ6_YR , 6BZ6_RS , 6BZ6_YS , 6BZ6_RT , 6BZ6_YT , 6BZ6_RU , 6BZ6_YU , 6BZ6_QD , 6BZ6_XD , 6BZ6_RV , 6BZ6_YV , 6BZ6_RW , 6BZ6_YW , 6BZ6_RX , 6BZ6_YX , 6BZ6_RY , 6BZ6_YY , 6BZ6_RZ , 6BZ6_YZ , 6BZ6_R0 , 6BZ6_Y0 , 6BZ6_R1 , 6BZ6_Y1 , 6BZ6_R2 , 6BZ6_Y2 , 6BZ6_R3 , 6BZ6_Y3 , 6BZ6_R4 , 6BZ6_Y4 , 6BZ6_QE , 6BZ6_XE , 6BZ6_R5 , 6BZ6_Y5 , 6BZ6_R6 , 6BZ6_Y6 , 6BZ6_R7 , 6BZ6_Y7 , 6BZ6_R8 , 6BZ6_Y8 , 6BZ6_R9 , 6BZ6_Y9 , 6BZ6_QF , 6BZ6_XF , 6BZ6_QG , 6BZ6_XG , 6BZ6_QH , 6BZ6_XH , 6BZ6_QI , 6BZ6_XI
6BZ7
Thermus thermophilus 70s containing 16s g299a point mutation and near-cognate asl leucine in a site. Deposition Author(s): Dunham, C.M. , Fagan, C.E. , Hoffer, E.D. , Maehigashi, T.
Date: 2017-12-22 Method: X-RAY DIFFRACTION Resolution: 3.68 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: 6BZ7_QA , 6BZ7_XA , 6BZ7_QJ , 6BZ7_XJ , 6BZ7_QK , 6BZ7_XK , 6BZ7_QL , 6BZ7_XL , 6BZ7_QM , 6BZ7_XM , 6BZ7_QN , 6BZ7_XN , 6BZ7_QO , 6BZ7_XO , 6BZ7_QP , 6BZ7_XP , 6BZ7_QQ , 6BZ7_XQ , 6BZ7_QR , 6BZ7_XR , 6BZ7_QS , 6BZ7_XS , 6BZ7_QB , 6BZ7_XB , 6BZ7_QT , 6BZ7_XT , 6BZ7_QU , 6BZ7_XU , 6BZ7_QV , 6BZ7_QW , 6BZ7_XV , 6BZ7_XW , 6BZ7_QX , 6BZ7_XX , 6BZ7_QY , 6BZ7_XY , 6BZ7_RA , 6BZ7_YA , 6BZ7_RB , 6BZ7_YB , 6BZ7_RD , 6BZ7_YD , 6BZ7_RE , 6BZ7_YE , 6BZ7_RF , 6BZ7_YF , 6BZ7_QC , 6BZ7_XC , 6BZ7_RG , 6BZ7_YG , 6BZ7_RH , 6BZ7_YH , 6BZ7_RI , 6BZ7_YI , 6BZ7_RN , 6BZ7_YN , 6BZ7_RO , 6BZ7_YO , 6BZ7_RP , 6BZ7_YP , 6BZ7_RQ , 6BZ7_YQ , 6BZ7_RR , 6BZ7_YR , 6BZ7_RS , 6BZ7_YS , 6BZ7_RT , 6BZ7_YT , 6BZ7_QD , 6BZ7_XD , 6BZ7_RU , 6BZ7_YU , 6BZ7_RV , 6BZ7_YV , 6BZ7_RW , 6BZ7_YW , 6BZ7_RX , 6BZ7_YX , 6BZ7_RY , 6BZ7_YY , 6BZ7_RZ , 6BZ7_YZ , 6BZ7_R0 , 6BZ7_Y0 , 6BZ7_R1 , 6BZ7_Y1 , 6BZ7_R2 , 6BZ7_Y2 , 6BZ7_R3 , 6BZ7_Y3 , 6BZ7_QE , 6BZ7_XE , 6BZ7_R4 , 6BZ7_Y4 , 6BZ7_R5 , 6BZ7_Y5 , 6BZ7_R6 , 6BZ7_Y6 , 6BZ7_R7 , 6BZ7_Y7 , 6BZ7_R8 , 6BZ7_Y8 , 6BZ7_R9 , 6BZ7_Y9 , 6BZ7_QF , 6BZ7_XF , 6BZ7_QG , 6BZ7_XG , 6BZ7_QH , 6BZ7_XH , 6BZ7_QI , 6BZ7_XI
6BZ8
Thermus thermophilus 70s containing 16s g347u point mutation and near-cognate asl leucine in a site Deposition Author(s): Dunham, C.M. , Fagan, C.E. , Hoffer, E.D. , Maehigashi, T.
Date: 2017-12-22 Method: X-RAY DIFFRACTION Resolution: 3.74 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: 6BZ8_QA , 6BZ8_XA , 6BZ8_QJ , 6BZ8_XJ , 6BZ8_QK , 6BZ8_XK , 6BZ8_QL , 6BZ8_XL , 6BZ8_QM , 6BZ8_XM , 6BZ8_QN , 6BZ8_XN , 6BZ8_QO , 6BZ8_XO , 6BZ8_QP , 6BZ8_XP , 6BZ8_QQ , 6BZ8_XQ , 6BZ8_QR , 6BZ8_XR , 6BZ8_QS , 6BZ8_XS , 6BZ8_QB , 6BZ8_XB , 6BZ8_QT , 6BZ8_XT , 6BZ8_QU , 6BZ8_XU , 6BZ8_QV , 6BZ8_QW , 6BZ8_XV , 6BZ8_XW , 6BZ8_QX , 6BZ8_XX , 6BZ8_QY , 6BZ8_XY , 6BZ8_RA , 6BZ8_YA , 6BZ8_RB , 6BZ8_YB , 6BZ8_RD , 6BZ8_YD , 6BZ8_RE , 6BZ8_YE , 6BZ8_RF , 6BZ8_YF , 6BZ8_QC , 6BZ8_XC , 6BZ8_RG , 6BZ8_YG , 6BZ8_RH , 6BZ8_YH , 6BZ8_RI , 6BZ8_YI , 6BZ8_RN , 6BZ8_YN , 6BZ8_RO , 6BZ8_YO , 6BZ8_RP , 6BZ8_YP , 6BZ8_RQ , 6BZ8_YQ , 6BZ8_RR , 6BZ8_YR , 6BZ8_RS , 6BZ8_YS , 6BZ8_RT , 6BZ8_YT , 6BZ8_QD , 6BZ8_XD , 6BZ8_RU , 6BZ8_YU , 6BZ8_RV , 6BZ8_YV , 6BZ8_RW , 6BZ8_YW , 6BZ8_RX , 6BZ8_YX , 6BZ8_RY , 6BZ8_YY , 6BZ8_RZ , 6BZ8_YZ , 6BZ8_R0 , 6BZ8_Y0 , 6BZ8_R1 , 6BZ8_Y1 , 6BZ8_R2 , 6BZ8_Y2 , 6BZ8_R3 , 6BZ8_Y3 , 6BZ8_QE , 6BZ8_XE , 6BZ8_R4 , 6BZ8_Y4 , 6BZ8_R5 , 6BZ8_Y5 , 6BZ8_R6 , 6BZ8_Y6 , 6BZ8_R7 , 6BZ8_Y7 , 6BZ8_R8 , 6BZ8_Y8 , 6BZ8_R9 , 6BZ8_Y9 , 6BZ8_QF , 6BZ8_XF , 6BZ8_QG , 6BZ8_XG , 6BZ8_QH , 6BZ8_XH , 6BZ8_QI , 6BZ8_XI
6CEP
Sus scrofa heart l-lactate dehydrogenase ternary complex with nadh and oxamate Deposition Author(s): Andrews, B. , Dunham, C.M. , Dyer, R.B. , Hoffer, E.D.
Date: 2018-02-12 Method: X-RAY DIFFRACTION Resolution: 2 Å Organism(s): Human Metapneumovirus Sequences Data: 6CEP_A , 6CEP_B , 6CEP_C , 6CEP_D
6CF1
Proteus vulgaris higa antitoxin structure Deposition Author(s): Dunham, C.M. , Ei Cho, S. , Hoffer, E.D. , Schureck, M.A.
Date: 2018-02-13 Method: X-RAY DIFFRACTION Resolution: 1.9 Å Organism(s): Verrucosispora Maris Sequences Data: 6CF1_A , 6CF1_B