#IFEStandardized nameMoleculeOrganismSourceRfamTitleMethodRes. ÅDate
12R8S|1|R (rep)P4-P6 RNA RIBOZYME DOMAINHigh resolution structure of a specific synthetic FAB bound to P4-P6 RNA ribozyme domainX-ray diffraction1.952007-12-04
26D8O|1|AGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant A230UX-ray diffraction2.82018-07-04
36D8O|1|BGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant A230UX-ray diffraction2.82018-07-04
41HR2|1|BP4-P6 DELC209 MUTANT RNA RIBOZYME DOMAINCRYSTAL STRUCTURE ANALYSIS OF A MUTANT P4-P6 DOMAIN (DELC209) OF TETRAHYMENA THEMOPHILA GROUP I INTRON.X-ray diffraction2.252001-04-12
56BJX|1|AGroup I self-splicing intron P4-P6 domainTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant U131A (with isopropanol soaking)X-ray diffraction3.142018-07-04
66BJX|1|BGroup I self-splicing intron P4-P6 domainTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant U131A (with isopropanol soaking)X-ray diffraction3.142018-07-04
71HR2|1|AP4-P6 DELC209 MUTANT RNA RIBOZYME DOMAINCRYSTAL STRUCTURE ANALYSIS OF A MUTANT P4-P6 DOMAIN (DELC209) OF TETRAHYMENA THEMOPHILA GROUP I INTRON.X-ray diffraction2.252001-04-12
86D8M|1|BGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant A125U/G126UX-ray diffraction3.72018-07-04
96D8M|1|AGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant A125U/G126UX-ray diffraction3.72018-07-04
106D8L|1|AGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant U131A (without isopropanol soaking)X-ray diffraction3.142018-07-18
116D8L|1|BGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant U131A (without isopropanol soaking)X-ray diffraction3.142018-07-18
126D8N|1|BGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant G134A/U185AAX-ray diffraction3.952018-07-18
136D8N|1|AGroup I self-splicing intronTetrahymena thermophilaGroup I self-splicing intron P4-P6 domain mutant G134A/U185AAX-ray diffraction3.952018-07-18
141X8W|1|ATetrahymena ribozyme RNAStructure of the Tetrahymena Ribozyme: Base Triple Sandwich and Metal Ion at the Active SiteX-ray diffraction3.82004-11-09
151X8W|1|DTetrahymena ribozyme RNAStructure of the Tetrahymena Ribozyme: Base Triple Sandwich and Metal Ion at the Active SiteX-ray diffraction3.82004-11-09
161X8W|1|BTetrahymena ribozyme RNAStructure of the Tetrahymena Ribozyme: Base Triple Sandwich and Metal Ion at the Active SiteX-ray diffraction3.82004-11-09
171L8V|1|BP4-P6 RNA ribozyme domainCrystal Structure of a Mutant (C109G,G212C) P4-P6 Domain of the Group I Intron from Tetrahymena ThermophiliaX-ray diffraction2.82002-08-23
181L8V|1|AP4-P6 RNA ribozyme domainCrystal Structure of a Mutant (C109G,G212C) P4-P6 Domain of the Group I Intron from Tetrahymena ThermophiliaX-ray diffraction2.82002-08-23
191GID|1|BP4-P6 RNA RIBOZYME DOMAINsynthetic constructCRYSTAL STRUCTURE OF A GROUP I RIBOZYME DOMAIN: PRINCIPLES OF RNA PACKINGX-ray diffraction2.51996-12-31
201GID|1|AP4-P6 RNA RIBOZYME DOMAINsynthetic constructCRYSTAL STRUCTURE OF A GROUP I RIBOZYME DOMAIN: PRINCIPLES OF RNA PACKINGX-ray diffraction2.51996-12-31
211GRZ|1|AGroup I catalytic intronLSU R-RNA GROUP I INTRONTetrahymena thermophilaEukaryaRF00028A PREORGANIZED ACTIVE SITE IN THE CRYSTAL STRUCTURE OF THE TETRAHYMENA RIBOZYMEX-ray diffraction51998-11-24
221GRZ|1|BGroup I catalytic intronLSU R-RNA GROUP I INTRONTetrahymena thermophilaEukaryaRF00028A PREORGANIZED ACTIVE SITE IN THE CRYSTAL STRUCTURE OF THE TETRAHYMENA RIBOZYMEX-ray diffraction51998-11-24

Release history

Release3.983.993.1003.1013.1023.1033.1043.1053.1063.1073.1083.1093.1103.1113.1123.1133.1143.1153.1163.1173.1183.1193.1203.1213.1223.1233.1243.1253.1263.1273.1283.1293.1303.1313.1323.1333.1343.1353.1363.1373.1383.1393.1403.1413.1423.1433.1443.1453.1463.1473.1483.1493.1503.1513.1523.1533.1543.1553.1563.1573.1583.1593.1603.1613.1623.1633.1643.1653.1663.1673.1683.1693.1703.1713.1723.1733.1743.1753.1763.1773.1783.1793.1803.1813.1823.1833.1843.1853.1863.1873.1883.1893.1903.1913.1923.1933.1943.1953.1963.1973.1983.1993.2003.2013.2023.2033.2043.2053.2063.2073.2083.2093.2103.2113.2123.2133.2143.2153.2163.2173.2183.2193.2203.2213.2223.2233.2243.2253.2263.2273.2283.2293.2303.2313.2323.2333.2343.2353.2363.2373.2383.2393.2403.2413.2423.2433.2443.2453.2463.2473.2483.2493.2503.2513.2523.2533.2543.2553.2563.2573.2583.2593.2603.2613.2623.2633.2643.2653.2663.2673.2683.2693.2703.2713.2723.2733.2743.2753.2763.2773.2783.2793.2803.2813.2823.2833.2843.2853.2863.2873.2883.2893.2903.2913.2923.2933.2943.2953.2963.2973.2983.2993.3003.3013.3023.3033.3043.3053.3063.3073.3083.3093.3103.3113.3123.3133.3143.3153.3163.3173.3183.3193.3203.3213.3223.3233.3243.3253.3263.3273.3283.3293.3303.3313.332
Date2019-10-302019-11-062019-11-132019-11-202019-11-272019-12-042019-12-112019-12-182019-12-252020-01-012020-01-082020-01-152020-01-222020-01-292020-02-052020-02-122020-02-192020-02-262020-03-042020-03-112020-03-182020-03-252020-04-012020-04-082020-04-152020-04-222020-04-292020-05-062020-05-132020-05-202020-05-272020-06-032020-06-102020-06-172020-06-242020-07-012020-07-082020-07-152020-07-222020-07-292020-08-052020-08-122020-08-192020-08-262020-09-022020-09-092020-09-162020-09-232020-09-302020-10-072020-10-142020-10-212020-10-282020-11-042020-11-112020-11-182020-11-252020-12-022020-12-092020-12-162020-12-232020-12-302021-01-062021-01-132021-01-202021-01-272021-02-032021-02-102021-02-172021-02-242021-03-032021-03-102021-03-172021-03-242021-03-312021-04-072021-04-142021-04-212021-04-282021-05-052021-05-122021-05-192021-05-262021-06-022021-06-092021-06-162021-06-232021-06-302021-07-072021-07-142021-07-212021-07-282021-08-042021-08-112021-08-182021-08-252021-09-012021-09-082021-09-152021-09-222021-09-292021-10-062021-10-132021-10-202021-10-272021-11-032021-11-102021-11-172021-11-242021-12-012021-12-082021-12-152021-12-222021-12-292022-01-052022-01-122022-01-192022-01-262022-02-022022-02-092022-02-162022-02-232022-03-022022-03-092022-03-162022-03-232022-03-302022-04-062022-04-132022-04-202022-04-272022-05-042022-05-112022-05-182022-05-252022-06-012022-06-082022-06-152022-06-222022-06-292022-07-062022-07-132022-07-202022-07-272022-08-032022-08-102022-08-172022-08-242022-08-312022-09-072022-09-142022-09-212022-09-282022-10-052022-10-122022-10-192022-10-262022-11-022022-11-092022-11-162022-11-232022-11-302022-12-072022-12-142022-12-212022-12-282023-01-042023-01-112023-01-182023-01-252023-02-012023-02-082023-02-152023-02-222023-03-012023-03-082023-03-152023-03-222023-03-292023-04-052023-04-122023-04-192023-04-262023-05-032023-05-102023-05-172023-05-242023-05-312023-06-072023-06-142023-06-212023-06-282023-07-052023-07-122023-07-192023-07-262023-08-022023-08-092023-08-162023-08-232023-08-302023-09-062023-09-132023-09-202023-09-272023-10-042023-10-112023-10-182023-10-252023-11-012023-11-082023-11-152023-11-242023-11-292023-12-062023-12-132023-12-202023-12-272024-01-032024-01-102024-01-172024-01-242024-01-312024-02-072024-02-142024-02-212024-02-282024-03-062024-03-132024-03-202024-03-272024-04-032024-04-102024-04-172024-04-24

Children

This class Descendant classesRelease idIntersectionOnly in this classAdded to child

Instances are ordered to put similar structures near each other. Select one instance to see its 3D structure. Selecting two or more instances will show their superposition, but only chains with identical numbers of observed nucleotides will superpose well. Large structures are slow to display; this tool is not designed for that.

#SViewPDBTitleMethodResolutionLength
12R8S|1|RHigh resolution structure of a specific synthetic FAB bound to P4-P6 RNA ribozyme domainX-RAY DIFFRACTION1.95159
21HR2|1|ACRYSTAL STRUCTURE ANALYSIS OF A MUTANT P4-P6 DOMAIN (DELC209) OF TETRAHYMENA THEMOPHILA GROUP I INTRON.X-RAY DIFFRACTION2.25157
31L8V|1|BCrystal Structure of a Mutant (C109G,G212C) P4-P6 Domain of the Group I Intron from Tetrahymena ThermophiliaX-RAY DIFFRACTION2.8157
41L8V|1|ACrystal Structure of a Mutant (C109G,G212C) P4-P6 Domain of the Group I Intron from Tetrahymena ThermophiliaX-RAY DIFFRACTION2.8157
51HR2|1|BCRYSTAL STRUCTURE ANALYSIS OF A MUTANT P4-P6 DOMAIN (DELC209) OF TETRAHYMENA THEMOPHILA GROUP I INTRON.X-RAY DIFFRACTION2.25158
66D8O|1|BGroup I self-splicing intron P4-P6 domain mutant A230UX-RAY DIFFRACTION2.8158
71GID|1|BCRYSTAL STRUCTURE OF A GROUP I RIBOZYME DOMAIN: PRINCIPLES OF RNA PACKINGX-RAY DIFFRACTION2.5158
86D8N|1|BGroup I self-splicing intron P4-P6 domain mutant G134A/U185AAX-RAY DIFFRACTION3.95159
96D8M|1|BGroup I self-splicing intron P4-P6 domain mutant A125U/G126UX-RAY DIFFRACTION3.7159
106D8M|1|AGroup I self-splicing intron P4-P6 domain mutant A125U/G126UX-RAY DIFFRACTION3.7158
111GID|1|ACRYSTAL STRUCTURE OF A GROUP I RIBOZYME DOMAIN: PRINCIPLES OF RNA PACKINGX-RAY DIFFRACTION2.5158
126D8O|1|AGroup I self-splicing intron P4-P6 domain mutant A230UX-RAY DIFFRACTION2.8158
136D8N|1|AGroup I self-splicing intron P4-P6 domain mutant G134A/U185AAX-RAY DIFFRACTION3.95159
146BJX|1|AGroup I self-splicing intron P4-P6 domain mutant U131A (with isopropanol soaking)X-RAY DIFFRACTION3.14158
156D8L|1|AGroup I self-splicing intron P4-P6 domain mutant U131A (without isopropanol soaking)X-RAY DIFFRACTION3.14158
166D8L|1|BGroup I self-splicing intron P4-P6 domain mutant U131A (without isopropanol soaking)X-RAY DIFFRACTION3.14158
176BJX|1|BGroup I self-splicing intron P4-P6 domain mutant U131A (with isopropanol soaking)X-RAY DIFFRACTION3.14158
181GRZ|1|AA PREORGANIZED ACTIVE SITE IN THE CRYSTAL STRUCTURE OF THE TETRAHYMENA RIBOZYMEX-RAY DIFFRACTION5247
191GRZ|1|BA PREORGANIZED ACTIVE SITE IN THE CRYSTAL STRUCTURE OF THE TETRAHYMENA RIBOZYMEX-RAY DIFFRACTION5247
201X8W|1|DStructure of the Tetrahymena Ribozyme: Base Triple Sandwich and Metal Ion at the Active SiteX-RAY DIFFRACTION3.8242
211X8W|1|BStructure of the Tetrahymena Ribozyme: Base Triple Sandwich and Metal Ion at the Active SiteX-RAY DIFFRACTION3.8247
221X8W|1|AStructure of the Tetrahymena Ribozyme: Base Triple Sandwich and Metal Ion at the Active SiteX-RAY DIFFRACTION3.8242

Heat map of mutual geometric discrepancy, in Angstroms per nucleotide. The ordering in the heat map is the same as in the table. The colorbar ranges from 0 to the maximum observed discrepancy. Click above the diagonal to select a range of structures, below the diagonal to select two structures.


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