Representative Sets of RNA 3D Structures
Release 7.0, 2017-04-05
New id, 1 parent 94; Exact match 183; Updated, 1 parent 4; New id, 2 parents 2; New id, > 2 parents 1; New id, no parents 1;
| # | Equivalence class | Representative | Resolution | Nts | Class members | NAKB_NA_annotation | NAKB_protein_annotation |
|---|---|---|---|---|---|---|---|
| 1 | NR_2.0_74122.1 New id, 1 parent | 3DIL|1|A (3DIL)
| 1.9 Å | 173 | (1) 3DIL|1|A | amino-acid riboswitch,function,riboswitch | NULL |
| 2 | NR_2.0_70443.3 Updated, 1 parent Bacillus subtilis | 3PDR|1|X (3PDR)
| 1.9 Å | 161 | (2) 3PDR|1|X, 3PDR|1|A | function,ion riboswitch,riboswitch | NULL |
| 3 | NR_2.0_69806.1 New id, 1 parent | 2R8S|1|R (2R8S)
| 2.0 Å | 159 | (1) 2R8S|1|R | catalytic,function,group I intron ribozyme | antibody,immune system,regulatory |
| 4 | NR_2.0_95126.1 New id, 1 parent Caldanaerobacter subterraneus | 2Z75|1|B (2Z75)
| 1.7 Å | 123 | (1) 2Z75|1|B | catalytic,function,glmS ribozyme | NULL |
| 5 | NR_2.0_01303.1 New id, 1 parent Caldanaerobacter subterraneus | 5FJC|1|A (5FJC)
| 1.7 Å | 96 | (1) 5FJC|1|A | enzyme cofactor riboswitch,function,riboswitch | NULL |
| 6 | NR_2.0_99812.1 New id, 1 parent synthetic construct | 5B2O|1|B (5B2O)
| 1.7 Å | 93 | (2) 5B2O|1|B, 5B2Q|1|B | NULL | CRISPR-Cas,enzyme,hydrolase,nuclease,regulatory |
| 7 | NR_2.0_13135.1 New id, 1 parent | 4LVW|1|A (4LVW)
| 1.8 Å | 89 | (6) 4LVW|1|A, 4LVX|1|A, 4LVY|1|A, 4LW0|1|A, 4LVZ|1|A, 3SD3|1|A | enzyme cofactor riboswitch,function,riboswitch | NULL |
| 8 | NR_2.0_15817.1 New id, 1 parent Mus musculus | 3RG5|1|B (3RG5)
| 2.0 Å | 86 | (2) 3RG5|1|B, 3RG5|1|A | function,protein synthesis,transfer RNA | NULL |
| 9 | NR_2.0_73524.1 New id, 1 parent Geobacter | 4YAZ|1|R (4YAZ)
| 2.0 Å | 83 | (2) 4YAZ|1|R, 4YAZ|1|A | function,purine-compound riboswitch,riboswitch | NULL |
| 10 | NR_2.0_73707.1 Exact match Turnip yellow mosaic virus | 4P5J|1|A (4P5J)
| 2.0 Å | 83 | (1) 4P5J|1|A | function,protein synthesis,transfer RNA | NULL |
| 11 | NR_2.0_05757.1 New id, 1 parent Streptococcus pyogenes | 5B2R|1|A (5B2R)
| 2.0 Å | 81 | (1) 5B2R|1|A | NULL | CRISPR-Cas,enzyme,hydrolase,nuclease,regulatory |
| 12 | NR_2.0_50101.1 New id, 1 parent Thermus thermophilus | 3U4M|1|B (3U4M)
| 2.0 Å | 80 | (4) 3U4M|1|B, 4QVI|1|B, 3UMY|1|B, 4QG3|1|B | function,protein synthesis,ribosomal RNA | ribonucleoprotein,ribosome,structural |
| 13 | NR_2.0_16614.1 New id, 1 parent Homo sapiens | 5CCB|1|N (5CCB)
| 2.0 Å | 78 | (1) 5CCB|1|N | function,protein synthesis,transfer RNA | enzyme,methylase,transferase |
| 14 | NR_2.0_12365.1 New id, 1 parent Arabidopsis thaliana | 3D2V|1|A (3D2V)
| 2.0 Å | 77 | (2) 3D2V|1|A, 3D2V|1|B | enzyme cofactor riboswitch,function,riboswitch | NULL |
| 15 | NR_2.0_22349.1 New id, 1 parent | 2ZUE|1|B (2ZUE)
| 2.0 Å | 77 | (1) 2ZUE|1|B | function,protein synthesis,transfer RNA | enzyme,ligase,synthetase |
| 16 | NR_2.0_73327.1 Exact match | 1J1U|1|B (1J1U)
| 2.0 Å | 74 | (1) 1J1U|1|B | function,protein synthesis,transfer RNA | enzyme,ligase,synthetase |
| 17 | NR_2.0_71885.1 New id, 1 parent Bacillus subtilis | 3LA5|1|A (3LA5)
| 1.7 Å | 71 | (1) 3LA5|1|A | function,purine-compound riboswitch,riboswitch | NULL |
| 18 | NR_2.0_90082.1 New id, 1 parent Escherichia coli | 4ARC|1|B (4ARC)
| 2.0 Å | 71 | (1) 4ARC|1|B | function,protein synthesis,transfer RNA | enzyme,ligase,synthetase |
| 19 | NR_2.0_70469.1 New id, 1 parent | 4FEN|1|B (4FEN)
| 1.4 Å | 67 | (22) 4FEN|1|B, 4FEO|1|B, 4FEL|1|B, 4FEP|1|B, 4FEJ|1|B, 4FE5|1|B, 2XNZ|1|A, 2XNW|1|A, 3GOT|1|A, 2G9C|1|A, 2XO0|1|A, 3GAO|1|A, 3GER|1|A, 2EES|1|A, 3DS7|1|A, 2EET|1|A, 3FO4|1|A, 2EEV|1|A, 3DS7|1|B, 3FO6|1|A, 2EEU|1|A, 2XO1|1|A | function,purine-compound riboswitch,riboswitch | NULL |
| 20 | NR_2.0_24782.1 Exact match | 4N0T|1|B (4N0T)
| 1.7 Å | 65 | (1) 4N0T|1|B | function,post-transcriptional processing,small nuclear RNA (snRNA) | post-transcriptional,regulatory,splicing |
| 21 | NR_2.0_30875.1 New id, 1 parent Schaalia odontolytica | 4XWF|1|A (4XWF)
| 1.8 Å | 64 | (1) 4XWF|1|A | function,purine-compound riboswitch,riboswitch | NULL |
| 22 | NR_2.0_37248.1 Exact match Homo sapiens | 3NKB|1|B (3NKB)
| 1.9 Å | 64 | (1) 3NKB|1|B | Hepatitis delta virus ribozyme,catalytic,function | NULL |
| 23 | NR_2.0_72538.1 New id, 1 parent Saccharomyces cerevisiae | 1EHZ|1|A (1EHZ)
| 1.9 Å | 62 | (2) 1EHZ|1|A, 1EVV|1|A | function,protein synthesis,transfer RNA | NULL |
| 24 | NR_2.0_10893.1 Exact match | 4M4O|1|B (4M4O)
| 2.0 Å | 59 | (1) 4M4O|1|B | NULL | enzyme,hydrolase |
| 25 | NR_2.0_85090.1 Exact match | 1C9S|1|W (1C9S)
| 1.9 Å | 55 | (1) 1C9S|1|W | antitermination element,function,transcription regulating | RNA-binding transcription factor,regulatory,transcription |
| 26 | NR_2.0_88310.1 New id, 1 parent | 3LQX|1|B (3LQX)
| 1.9 Å | 48 | (9) 3LQX|1|B, 2PXK|1|B, 1HQ1|1|B, 2PXE|1|B, 2PXD|1|B, 2PXB|1|B, 2PXF|1|B, 2PXV|1|B, 1DUL|1|B | SRP RNA,function,translation regulating | ribonucleoprotein,signal recognition particle (SRP),structural |
| 27 | NR_2.0_30869.1 New id, 1 parent | 5EEU|1|W (5EEU)
| 2.0 Å | 44 | (11) 5EEU|1|W, 5EEV|1|W, 5EEX|1|W, 5EEW|1|W, 5EEY|1|W, 5EEZ|1|W, 5EF0|1|W, 1GTF|1|W, 5EF1|1|W, 5EF2|1|W, 5EF3|1|W | antitermination element,function,transcription regulating | RNA-binding transcription factor,regulatory,transcription |
| 28 | NR_2.0_72069.1 New id, 1 parent | 3ZP8|1|A (3ZP8)
| 1.6 Å | 42 | (2) 3ZP8|1|A, 2OEU|1|A | catalytic,function,hammerhead ribozyme | NULL |
| 29 | NR_2.0_93864.1 New id, 1 parent | 4JNX|1|B+4JNX|1|G (4JNX)
| 2.0 Å | 39 | (1) 4JNX|1|B+4JNX|1|G | NULL | gene silencing,regulatory |
| 30 | NR_2.0_50429.1 New id, 1 parent | 1L2X|1|A (1L2X)
| 1.3 Å | 38 | (2) 1L2X|1|A, 437D|1|A | frameshifting element,function,translation regulating | NULL |
| 31 | NR_2.0_54481.1 Exact match | 2ZY6|1|A (2ZY6)
| 1.8 Å | 38 | (1) 2ZY6|1|A | function,protein synthesis,transfer RNA | NULL |
| 32 | NR_2.0_44001.1 New id, 1 parent synthetic construct | 4PCJ|1|A (4PCJ)
| 1.9 Å | 35 | (2) 4PCJ|1|A, 4FNJ|1|A | feature,structure,tetraloop | NULL |
| 33 | NR_2.0_37854.1 New id, 1 parent | 3OVB|1|C (3OVB)
| 2.0 Å | 34 | (3) 3OVB|1|C, 3OVA|1|C, 3OVB|1|D | NULL | enzyme,polymerase,transferase |
| 34 | NR_2.0_96660.1 New id, 1 parent synthetic construct | 4RBQ|1|A (4RBQ)
| 1.1 Å | 32 | (2) 4RBQ|1|A, 5DA6|1|A | A-form double helix,double helix,structure | NULL |
| 35 | NR_2.0_34708.1 New id, 1 parent | 480D|1|A (480D)
| 1.5 Å | 31 | (16) 480D|1|A, 4Y27|1|A, 4NLF|1|A, 3DW4|1|A, 1MSY|1|A, 3DW6|1|A, 5D99|1|A, 3DVZ|1|A, 3S7C|1|A, 4NXH|1|A, 3S8U|1|A, 1Q9A|1|A, 483D|1|A, 3DW5|1|A, 4NMG|1|A, 3DW7|1|A | function,protein synthesis,ribosomal RNA | NULL |
| 36 | NR_2.0_83951.1 New id, 1 parent | 1Q96|1|A (1Q96)
| 1.8 Å | 29 | (3) 1Q96|1|A, 1Q96|1|B, 1Q96|1|C | function,protein synthesis,ribosomal RNA | NULL |
| 37 | NR_2.0_66129.1 Exact match | 1D4R|1|B+1D4R|1|A (1D4R)
| 2.0 Å | 28 | (2) 1D4R|1|B+1D4R|1|A, 1D4R|1|C | A-form double helix,SRP RNA,double helix,function,structure,translation regulating | NULL |
| 38 | NR_2.0_32226.1 Exact match | 1JID|1|B (1JID)
| 1.8 Å | 26 | (1) 1JID|1|B | A-form double helix,SRP RNA,double helix,function,structure,translation regulating | ribonucleoprotein,signal recognition particle (SRP),structural |
| 39 | NR_2.0_61340.1 New id, 1 parent | 1NLC|1|B+1NLC|1|A (1NLC)
| 1.9 Å | 26 | (1) 1NLC|1|B+1NLC|1|A | A-form double helix,double helix,structure | NULL |
| 40 | NR_2.0_86036.1 Exact match | 2A43|1|A (2A43)
| 1.3 Å | 26 | (1) 2A43|1|A | frameshifting element,function,translation regulating | NULL |
| 41 | NR_2.0_35484.1 Exact match | 3WBM|1|X+3WBM|1|Y (3WBM)
| 2.0 Å | 25 | (1) 3WBM|1|X+3WBM|1|Y | A-form double helix,double helix,structure | post-transcriptional,regulatory |
| 42 | NR_2.0_24618.1 New id, 1 parent | 2ANR|1|B (2ANR)
| 1.9 Å | 24 | (1) 2ANR|1|B | NULL | post-transcriptional,regulatory,splicing |
| 43 | NR_2.0_30866.1 New id, 1 parent | 2OIY|1|A+2OIY|1|B (2OIY)
| 1.6 Å | 23 | (3) 2OIY|1|A+2OIY|1|B, 3C44|1|A+3C44|1|B, 3DVV|1|A+3DVV|1|B | NULL | NULL |
| 44 | NR_2.0_32448.1 New id, 1 parent | 1ZCI|1|A+1ZCI|1|B (1ZCI)
| 1.7 Å | 23 | (5) 1ZCI|1|A+1ZCI|1|B, 1ZCI|1|C+1ZCI|1|D, 2FD0|1|A+2FD0|1|B, 2FCX|1|A+2FCX|1|B, 1XPE|1|A+1XPE|1|B | NULL | NULL |
| 45 | NR_2.0_86064.1 Exact match synthetic construct | 4P43|1|B+4P43|1|A (4P43)
| 2.0 Å | 23 | (1) 4P43|1|B+4P43|1|A | A-form double helix,double helix,function,protein synthesis,ribosomal RNA,structure | NULL |
| 46 | NR_2.0_99486.1 Exact match | 2QEK|1|A+2QEK|1|B (2QEK)
| 1.8 Å | 23 | (1) 2QEK|1|A+2QEK|1|B | A-form double helix,double helix,structure | NULL |
| 47 | NR_2.0_31253.1 New id, 1 parent | 3BNS|1|C+3BNS|1|D (3BNS)
| 1.9 Å | 22 | (4) 3BNS|1|C+3BNS|1|D, 3BNS|1|A+3BNS|1|B, 3BNQ|1|C+3BNQ|1|D, 3BNQ|1|A+3BNQ|1|B | function,protein synthesis,ribosomal RNA | NULL |
| 48 | NR_2.0_48710.1 Exact match synthetic construct | 5JBG|1|X (5JBG)
| 2.0 Å | 22 | (1) 5JBG|1|X | A-form double helix,double helix,structure | enzyme,helicase,hydrolase |
| 49 | NR_2.0_56730.1 Exact match Leishmania | 4K31|1|B+4K31|1|C (4K31)
| 1.4 Å | 22 | (1) 4K31|1|B+4K31|1|C | A-form double helix,double helix,function,protein synthesis,ribosomal RNA,structure | NULL |
| 50 | NR_2.0_70857.1 Exact match synthetic construct | 4P3T|1|A+4P3T|1|B (4P3T)
| 1.6 Å | 22 | (1) 4P3T|1|A+4P3T|1|B | A-form double helix,double helix,function,protein synthesis,ribosomal RNA,structure | NULL |
| 51 | NR_2.0_75928.1 Exact match Saccharomyces | 5C5W|1|A (5C5W)
| 1.3 Å | 22 | (1) 5C5W|1|A | A-form double helix,double helix,structure | NULL |
| 52 | NR_2.0_88606.1 Exact match | 3BOY|1|D (3BOY)
| 1.7 Å | 22 | (1) 3BOY|1|D | NULL | RNA-binding transcription factor,regulatory,transcription |
| 53 | NR_2.0_94005.1 Exact match | 3MEI|1|A+3MEI|1|B (3MEI)
| 2.0 Å | 22 | (1) 3MEI|1|A+3MEI|1|B | A-form double helix,double helix,structure | NULL |
| 54 | NR_2.0_94199.1 Exact match | 3TD0|1|B+3TD0|1|A (3TD0)
| 1.6 Å | 22 | (1) 3TD0|1|B+3TD0|1|A | A-form double helix,double helix,function,protein synthesis,ribosomal RNA,structure | NULL |
| 55 | NR_2.0_23884.1 Exact match | 2ZKO|1|C+2ZKO|1|D (2ZKO)
| 1.7 Å | 21 | (1) 2ZKO|1|C+2ZKO|1|D | A-form double helix,double helix,structure | post-transcriptional,regulatory |
| 56 | NR_2.0_26467.1 New id, 1 parent | 4J39|1|B (4J39)
| 1.7 Å | 21 | (1) 4J39|1|B | A-form double helix,double helix,structure | gene silencing,regulatory |
| 57 | NR_2.0_39507.1 Exact match | 1T0E|1|A+1T0E|1|C (1T0E)
| 1.7 Å | 21 | (1) 1T0E|1|A+1T0E|1|C | A-form double helix,double helix,structure | NULL |
| 58 | NR_2.0_51110.1 New id, > 2 parents | 2PWT|1|A+2PWT|1|B (2PWT)
| 1.8 Å | 21 | (2) 2PWT|1|A+2PWT|1|B, 4F8U|1|A+4F8U|1|B | function,protein synthesis,ribosomal RNA | NULL |
| 59 | NR_2.0_52766.1 New id, 1 parent | 3BNN|1|C+3BNN|1|D (3BNN)
| 2.0 Å | 21 | (2) 3BNN|1|C+3BNN|1|D, 3BNN|1|A+3BNN|1|B | function,protein synthesis,ribosomal RNA | NULL |
| 60 | NR_2.0_57227.4 Exact match | 1URN|1|Q (1URN)
| 1.9 Å | 21 | (2) 1URN|1|Q, 1URN|1|R | NULL | ribonucleoprotein,spliceosome,structural |
| 61 | NR_2.0_72750.1 New id, 1 parent Homo sapiens | 5EW4|1|B+5EW4|1|A (5EW4)
| 1.5 Å | 21 | (2) 5EW4|1|B+5EW4|1|A, 5EW7|1|B+5EW7|1|A | A-form double helix,double helix,structure | NULL |
| 62 | NR_2.0_77608.1 New id, 2 parents | 1K8W|1|B (1K8W)
| 1.9 Å | 21 | (1) 1K8W|1|B | function,protein synthesis,transfer RNA | enzyme,lyase |
| 63 | NR_2.0_87116.1 New id, 1 parent | 4J50|1|A+4J50|1|B (4J50)
| 1.7 Å | 21 | (2) 4J50|1|A+4J50|1|B, 3SYW|1|A+3SYW|1|B | double helix,structure | NULL |
| 64 | NR_2.0_96856.1 Exact match | 4KTG|1|B (4KTG)
| 1.9 Å | 21 | (2) 4KTG|1|B, 4KTG|1|E | NULL | gene silencing,regulatory |
| 65 | NR_2.0_98989.1 Exact match | 3SSF|1|A (3SSF)
| 1.6 Å | 21 | (1) 3SSF|1|A | A-form double helix,double helix,structure | NULL |
| 66 | NR_2.0_07802.1 Exact match | 4LGT|1|F (4LGT)
| 1.3 Å | 20 | (2) 4LGT|1|F, 4LGT|1|E | function,protein synthesis,ribosomal RNA | enzyme,isomerase |
| 67 | NR_2.0_22628.1 Exact match | 4JGN|1|E (4JGN)
| 1.9 Å | 20 | (1) 4JGN|1|E | A-form double helix,double helix,structure | gene silencing,regulatory |
| 68 | NR_2.0_35391.1 New id, 1 parent synthetic construct | 4Z4D|1|B+4Z4D|1|D (4Z4D)
| 1.6 Å | 20 | (3) 4Z4D|1|B+4Z4D|1|D, 4Z4E|1|B+4Z4E|1|D, 4W5O|1|B+4W5O|1|D | NULL | enzyme,gene silencing,hydrolase,nuclease,regulatory |
| 69 | NR_2.0_39170.1 Exact match | 4KNQ|1|B (4KNQ)
| 1.8 Å | 20 | (1) 4KNQ|1|B | A-form double helix,double helix,structure | gene silencing,regulatory |
| 70 | NR_2.0_65669.1 Exact match | 1R9F|1|C (1R9F)
| 1.9 Å | 20 | (1) 1R9F|1|C | NULL | gene silencing,regulatory |
| 71 | NR_2.0_68688.1 Exact match | 1URN|1|P (1URN)
| 1.9 Å | 20 | (1) 1URN|1|P | NULL | ribonucleoprotein,spliceosome,structural |
| 72 | NR_2.0_99352.1 Exact match | 1R9F|1|B (1R9F)
| 1.9 Å | 20 | (1) 1R9F|1|B | NULL | gene silencing,regulatory |
| 73 | NR_2.0_02333.1 Exact match | 1QC0|1|C+1QC0|1|D (1QC0)
| 1.6 Å | 19 | (1) 1QC0|1|C+1QC0|1|D | A-form double helix,double helix,structure | NULL |
| 74 | NR_2.0_23520.1 Exact match | 3SJ2|1|A+3SJ2|1|B (3SJ2)
| 1.4 Å | 19 | (1) 3SJ2|1|A+3SJ2|1|B | NULL | NULL |
| 75 | NR_2.0_29991.1 Exact match | 4E5C|1|A+4E5C|1|B (4E5C)
| 1.7 Å | 19 | (1) 4E5C|1|A+4E5C|1|B | A-form double helix,double helix,structure | NULL |
| 76 | NR_2.0_46402.1 Exact match | 2Y8W|1|B (2Y8W)
| 1.8 Å | 19 | (1) 2Y8W|1|B | NULL | CRISPR-Cas,enzyme,hydrolase,nuclease,regulatory |
| 77 | NR_2.0_61046.1 Exact match | 1DFU|1|M+1DFU|1|N (1DFU)
| 1.8 Å | 19 | (1) 1DFU|1|M+1DFU|1|N | function,protein synthesis,ribosomal RNA | ribonucleoprotein,ribosome,structural |
| 78 | NR_2.0_72138.1 New id, 1 parent Haloarcula marismortui | 4CS1|1|A (4CS1)
| 2.0 Å | 19 | (1) 4CS1|1|A | feature,kink turn,structure | NULL |
| 79 | NR_2.0_84048.1 Exact match | 1F27|1|A (1F27)
| 1.3 Å | 19 | (1) 1F27|1|A | aptamer,function | NULL |
| 80 | NR_2.0_90907.1 New id, 1 parent synthetic construct | 4RWN|1|B+4RWN|1|C (4RWN)
| 2.0 Å | 19 | (2) 4RWN|1|B+4RWN|1|C, 4S3N|1|B+4S3N|1|C | A-form double helix,double helix,structure | enzyme,transferase |
| 81 | NR_2.0_02782.1 Exact match | 4QIK|1|C+4QIK|1|D (4QIK)
| 1.9 Å | 18 | (1) 4QIK|1|C+4QIK|1|D | NULL | enzyme,post-transcriptional,regulatory,transferase |
| 82 | NR_2.0_05283.1 Exact match Homo sapiens | 5EME|1|A (5EME)
| 1.2 Å | 18 | (1) 5EME|1|A | A-form double helix,double helix,structure | NULL |
| 83 | NR_2.0_16914.1 New id, 1 parent | 3GM7|1|G+3GM7|1|H (3GM7)
| 1.6 Å | 18 | (2) 3GM7|1|G+3GM7|1|H, 1ZEV|1|A+1ZEV|1|B | A-form double helix,double helix,structure | NULL |
| 84 | NR_2.0_21949.1 Exact match synthetic construct | 5AWH|1|C (5AWH)
| 2.0 Å | 18 | (2) 5AWH|1|C, 5AWH|1|E | A-form double helix,double helix,structure | gene silencing,regulatory |
| 85 | NR_2.0_23146.1 Exact match | 1KFO|1|A (1KFO)
| 1.6 Å | 18 | (1) 1KFO|1|A | A-form double helix,double helix,structure | NULL |
| 86 | NR_2.0_42294.1 New id, 1 parent Pseudomonas aeruginosa | 4AL5|1|B (4AL5)
| 2.0 Å | 18 | (1) 4AL5|1|B | A-form double helix,double helix,structure | CRISPR-Cas,enzyme,hydrolase,nuclease,regulatory |
| 87 | NR_2.0_84464.1 Exact match | 2Y8Y|1|B (2Y8Y)
| 1.4 Å | 18 | (1) 2Y8Y|1|B | NULL | CRISPR-Cas,enzyme,hydrolase,nuclease,regulatory |
| 88 | NR_2.0_10015.1 Exact match | 2OE5|1|B+2OE5|1|A (2OE5)
| 1.5 Å | 17 | (1) 2OE5|1|B+2OE5|1|A | A-form double helix,double helix,structure | NULL |
| 89 | NR_2.0_43237.1 Exact match Homo sapiens | 4ZLD|1|B (4ZLD)
| 1.6 Å | 17 | (1) 4ZLD|1|B | A-form double helix,double helix,structure | enzyme,post-transcriptional,regulatory,transferase |
| 90 | NR_2.0_44091.3 Exact match | 3GLP|1|B+3GLP|1|A (3GLP)
| 1.2 Å | 17 | (3) 3GLP|1|B+3GLP|1|A, 3GLP|1|C+3GLP|1|D, 3GLP|1|E | A-form double helix,double helix,structure | NULL |
| 91 | NR_2.0_54869.1 New id, 1 parent | 2OE8|1|B+2OE8|1|A (2OE8)
| 1.8 Å | 17 | (1) 2OE8|1|B+2OE8|1|A | A-form double helix,double helix,function,protein synthesis,ribosomal RNA,structure | NULL |
| 92 | NR_2.0_90705.1 New id, 1 parent | 1JBS|1|D (1JBS)
| 2.0 Å | 17 | (2) 1JBS|1|D, 1JBS|1|C | function,protein synthesis,ribosomal RNA | enzyme,hydrolase,nuclease |
| 93 | NR_2.0_27671.1 Exact match Senecavirus A | 4P97|1|A+4P97|1|B (4P97)
| 1.9 Å | 16 | (2) 4P97|1|A+4P97|1|B, 4P97|1|C+4P97|1|D | IRES element,function,translation regulating | NULL |
| 94 | NR_2.0_32102.1 Exact match | 3D0M|1|X (3D0M)
| 2.0 Å | 16 | (1) 3D0M|1|X | catalytic,function,hammerhead ribozyme | NULL |
| 95 | NR_2.0_50098.1 Exact match | 3ND3|1|A (3ND3)
| 1.4 Å | 16 | (1) 3ND3|1|A | double helix,structure | NULL |
| 96 | NR_2.0_62620.1 New id, 1 parent | 4NFQ|1|A (4NFQ)
| 1.7 Å | 16 | (6) 4NFQ|1|A, 4NFQ|1|B+4NFQ|1|C, 4NFO|1|A, 4NFP|1|B+4NFP|1|C, 4NFP|1|A, 4NFO|1|B+4NFO|1|C | A-form double helix,double helix,structure | NULL |
| 97 | NR_2.0_68228.1 Exact match synthetic construct | 4RC0|1|A (4RC0)
| 1.1 Å | 16 | (1) 4RC0|1|A | A-form double helix,double helix,structure | NULL |
| 98 | NR_2.0_75479.1 Exact match | 3ND4|1|A (3ND4)
| 1.5 Å | 16 | (1) 3ND4|1|A | A-form double helix,double helix,structure | NULL |
| 99 | NR_2.0_83922.1 New id, 1 parent | 420D|1|A+420D|1|B (420D)
| 1.9 Å | 16 | (1) 420D|1|A+420D|1|B | A-form double helix,double helix,structure | NULL |
| 100 | NR_2.0_85610.1 Exact match | 2F8K|1|B (2F8K)
| 2.0 Å | 16 | (1) 2F8K|1|B | NULL | post-transcriptional,regulatory,ribonucleoprotein,ribosome,structural |
| 101 | NR_2.0_92456.1 Exact match synthetic construct | 4RBZ|1|A (4RBZ)
| 1.2 Å | 16 | (1) 4RBZ|1|A | A-form double helix,double helix,structure | NULL |
| 102 | NR_2.0_00023.1 New id, 1 parent Pseudomonas aeruginosa | 2XLK|1|C (2XLK)
| 1.8 Å | 15 | (2) 2XLK|1|C, 2XLK|1|D | A-form double helix,double helix,structure | CRISPR-Cas,enzyme,hydrolase,nuclease,regulatory |
| 103 | NR_2.0_03073.1 Exact match | 1SDS|1|D (1SDS)
| 1.8 Å | 15 | (3) 1SDS|1|D, 1SDS|1|E, 1SDS|1|F | function,post-transcriptional processing,small nucleolar RNA (snoRNA) | ribonucleoprotein,ribosome,structural |
| 104 | NR_2.0_22649.1 Exact match | 1CSL|1|B+1CSL|1|A (1CSL)
| 1.6 Å | 15 | (1) 1CSL|1|B+1CSL|1|A | A-form double helix,double helix,function,protein synthesis,ribosomal RNA,structure | NULL |
| 105 | NR_2.0_35419.1 Exact match | 3R1D|1|E (3R1D)
| 1.5 Å | 15 | (1) 3R1D|1|E | A-form double helix,double helix,structure | NULL |
| 106 | NR_2.0_46811.1 Exact match | 3DD2|1|B (3DD2)
| 1.9 Å | 15 | (1) 3DD2|1|B | NULL | enzyme,hydrolase,protease |
| 107 | NR_2.0_61262.1 New id, 1 parent | 1NUV|1|A+1NUV|1|B (1NUV)
| 1.8 Å | 15 | (4) 1NUV|1|A+1NUV|1|B, 1NUV|1|G+1NUV|1|H, 1NUJ|1|A+1NUJ|1|B, 1NUJ|1|G+1NUJ|1|H | catalytic,function | NULL |
| 108 | NR_2.0_66265.1 Exact match Homo sapiens | 5EMF|1|A (5EMF)
| 1.1 Å | 15 | (1) 5EMF|1|A | A-form double helix,double helix,structure | NULL |
| 109 | NR_2.0_73699.1 Exact match | 3CZW|1|X (3CZW)
| 1.4 Å | 15 | (1) 3CZW|1|X | catalytic,function,hammerhead ribozyme | NULL |
| 110 | NR_2.0_83291.1 Exact match | 397D|1|A+397D|1|B (397D)
| 1.3 Å | 15 | (1) 397D|1|A+397D|1|B | A-form double helix,double helix,structure | NULL |
| 111 | NR_2.0_09263.1 Exact match synthetic construct | 5I4A|1|D (5I4A)
| 2.0 Å | 14 | (2) 5I4A|1|D, 5I4A|1|B | NULL | enzyme,gene silencing,hydrolase,regulatory |
| 112 | NR_2.0_13988.1 Exact match synthetic construct | 4BWM|1|G (4BWM)
| 1.8 Å | 14 | (1) 4BWM|1|G | A-form double helix,double helix,structure | enzyme,polymerase,transferase |
| 113 | NR_2.0_37481.3 Exact match | 2B3J|1|E (2B3J)
| 2.0 Å | 14 | (3) 2B3J|1|E, 2B3J|1|F, 2B3J|1|H | function,protein synthesis,transfer RNA | enzyme,hydrolase |
| 114 | NR_2.0_45552.1 Exact match | 413D|1|A (413D)
| 1.8 Å | 14 | (1) 413D|1|A | A-form double helix,double helix,structure | NULL |
| 115 | NR_2.0_99414.1 New id, 1 parent | 3OIN|1|C (3OIN)
| 1.9 Å | 14 | (1) 3OIN|1|C | function,protein synthesis,ribosomal RNA | enzyme,methylase,ribonucleoprotein,ribosome,structural,transferase |
| 116 | NR_2.0_01394.1 New id, 1 parent | 1NUV|1|E+1NUV|1|F (1NUV)
| 1.8 Å | 13 | (4) 1NUV|1|E+1NUV|1|F, 1NUV|1|C+1NUV|1|D, 1NUJ|1|C+1NUJ|1|D, 1NUJ|1|E+1NUJ|1|F | catalytic,function | NULL |
| 117 | NR_2.0_03357.1 Exact match | 2NUG|1|E+2NUG|1|F+2NUG|1|C+2NUG|1|D (2NUG)
| 1.7 Å | 13 | (1) 2NUG|1|E+2NUG|1|F+2NUG|1|C+2NUG|1|D | A-form double helix,double helix,structure | enzyme,hydrolase,nuclease |
| 118 | NR_2.0_07044.1 Exact match | 4O41|1|C+4O41|1|D (4O41)
| 1.2 Å | 13 | (2) 4O41|1|C+4O41|1|D, 4O41|1|B+4O41|1|A | A-form double helix,double helix,structure | NULL |
| 119 | NR_2.0_21352.1 Exact match synthetic construct | 4RBY|1|A (4RBY)
| 1.2 Å | 13 | (1) 4RBY|1|A | A-form double helix,double helix,structure | NULL |
| 120 | NR_2.0_34440.1 New id, 1 parent synthetic construct | 5JAJ|1|X+5JAJ|1|Y (5JAJ)
| 1.5 Å | 13 | (1) 5JAJ|1|X+5JAJ|1|Y | A-form double helix,double helix,structure | enzyme,helicase,hydrolase |
| 121 | NR_2.0_38042.1 Exact match | 3CGS|1|B+3CGS|1|A (3CGS)
| 1.7 Å | 13 | (1) 3CGS|1|B+3CGS|1|A | A-form double helix,double helix,structure | NULL |
| 122 | NR_2.0_44500.1 New id, 1 parent | 3CGP|1|B+3CGP|1|A (3CGP)
| 1.6 Å | 13 | (1) 3CGP|1|B+3CGP|1|A | A-form double helix,double helix,function,post-transcriptional processing,small nuclear RNA (snRNA),structure | NULL |
| 123 | NR_2.0_64103.1 Exact match | 4C8Y|1|C (4C8Y)
| 1.8 Å | 13 | (1) 4C8Y|1|C | A-form double helix,double helix,structure | CRISPR-Cas,regulatory |
| 124 | NR_2.0_66581.1 New id, 1 parent | 1FUF|1|A+1FUF|1|B (1FUF)
| 1.7 Å | 13 | (2) 1FUF|1|A+1FUF|1|B, 1IK5|1|A+1IK5|1|B | NULL | NULL |
| 125 | NR_2.0_75616.3 Exact match | 3R1D|1|A+3R1D|1|B (3R1D)
| 1.5 Å | 13 | (2) 3R1D|1|A+3R1D|1|B, 3R1D|1|C+3R1D|1|D | A-form double helix,double helix,structure | NULL |
| 126 | NR_2.0_24399.1 Exact match | 3CJZ|1|A+3CJZ|1|B (3CJZ)
| 1.8 Å | 12 | (1) 3CJZ|1|A+3CJZ|1|B | A-form double helix,double helix,structure | NULL |
| 127 | NR_2.0_32520.1 New id, no parents | 1ZBI|1|C (1ZBI)
| 1.9 Å | 12 | (1) 1ZBI|1|C | A-form double helix,double helix,structure | enzyme,hydrolase,nuclease |
| 128 | NR_2.0_35737.1 New id, 1 parent | 4NGD|1|B (4NGD)
| 2.0 Å | 12 | (1) 4NGD|1|B | A-form double helix,double helix,structure | enzyme,gene silencing,hydrolase,nuclease,regulatory |
| 129 | NR_2.0_50764.1 Exact match | 3IEV|1|D (3IEV)
| 1.9 Å | 12 | (1) 3IEV|1|D | NULL | enzyme,hydrolase |
| 130 | NR_2.0_71129.1 New id, 1 parent | 2Q1R|1|A (2Q1R)
| 1.1 Å | 12 | (2) 2Q1R|1|A, 157D|1|A+157D|1|B | A-form double helix,double helix,structure | NULL |
| 131 | NR_2.0_73790.1 New id, 1 parent | 2R1S|1|A+2R1S|1|B (2R1S)
| 1.4 Å | 12 | (4) 2R1S|1|A+2R1S|1|B, 2R22|1|A+2R22|1|B, 2R21|1|A+2R21|1|B, 2R20|1|A+2R20|1|B | A-form double helix,double helix,structure | NULL |
| 132 | NR_2.0_79881.1 Exact match | 255D|1|A (255D)
| 2.0 Å | 12 | (1) 255D|1|A | A-form double helix,double helix,structure | NULL |
| 133 | NR_2.0_93557.1 Exact match Escherichia coli | 354D|1|A+354D|1|B (354D)
| 1.5 Å | 12 | (1) 354D|1|A+354D|1|B | double helix,structure | NULL |
| 134 | NR_2.0_00273.1 Exact match | 2Q1O|1|C+2Q1O|1|D (2Q1O)
| 1.1 Å | 11 | (2) 2Q1O|1|C+2Q1O|1|D, 2Q1O|1|A+2Q1O|1|B | A-form double helix,double helix,structure | NULL |
| 135 | NR_2.0_08302.1 New id, 1 parent Homo sapiens | 4MCF|1|B+4MCF|1|D+4MCF|1|C+4MCF|1|A (4MCF)
| 1.9 Å | 11 | (3) 4MCF|1|B+4MCF|1|D+4MCF|1|C+4MCF|1|A, 4MCF|1|H+4MCF|1|G, 4MCF|1|F+4MCF|1|E | A-form double helix,double helix,function,structure,trans-acting transcriptional regulator,transcription regulating | NULL |
| 136 | NR_2.0_20087.1 New id, 1 parent | 4NIA|1|c (4NIA)
| 1.8 Å | 11 | (32) 4NIA|1|c, 4NIA|1|W, 4NIA|1|a, 4NIA|1|S+4NIA|1|h, 4NIA|1|Y+4NIA|1|n, 4NIA|1|R+4NIA|1|g, 4NIA|1|d, 4NIA|1|b, 4NIA|1|T+4NIA|1|i, 4NIA|1|V, 4NIA|1|U, 4NIA|1|P+4NIA|1|e, 4NIA|1|Q, 4NIA|1|X+4NIA|1|m, 4NIA|1|Z, 1A34|1|B+1A34|1|C, 4OQ9|1|U, 4OQ9|1|T+4OQ9|1|i, 4OQ9|1|R+4OQ9|1|g, 4OQ9|1|c, 4OQ9|1|Q, 4OQ9|1|S+4OQ9|1|h, 4OQ9|1|W, 4OQ9|1|Y+4OQ9|1|n, 4OQ9|1|a, 4OQ9|1|d, 4OQ9|1|V, 4OQ9|1|P+4OQ9|1|e, 4OQ9|1|X+4OQ9|1|m, 4OQ9|1|Z, 4OQ9|1|b, 4OQ8|1|B+4OQ8|1|C | NULL | structural,virus |
| 137 | NR_2.0_36110.1 Exact match | 1LNT|1|A+1LNT|1|B (1LNT)
| 1.7 Å | 11 | (1) 1LNT|1|A+1LNT|1|B | A-form double helix,SRP RNA,double helix,function,structure,translation regulating | NULL |
| 138 | NR_2.0_40754.1 New id, 1 parent | 1KD5|1|A+1KD5|1|B (1KD5)
| 1.6 Å | 11 | (2) 1KD5|1|A+1KD5|1|B, 1KD3|1|A+1KD3|1|B | double helix,structure | NULL |
| 139 | NR_2.0_48612.1 Exact match | 1KD4|1|A+1KD4|1|B (1KD4)
| 1.9 Å | 11 | (1) 1KD4|1|A+1KD4|1|B | double helix,structure | NULL |
| 140 | NR_2.0_68312.1 Exact match | 2G92|1|A+2G92|1|B (2G92)
| 1.6 Å | 11 | (1) 2G92|1|A+2G92|1|B | A-form double helix,double helix,structure | NULL |
| 141 | NR_2.0_74856.1 Exact match Spodoptera frugiperda | 4KRE|1|R (4KRE)
| 1.8 Å | 11 | (1) 4KRE|1|R | NULL | enzyme,gene silencing,hydrolase,nuclease,regulatory |
| 142 | NR_2.0_76006.1 Exact match | 2ASB|1|B (2ASB)
| 1.5 Å | 11 | (1) 2ASB|1|B | function,protein synthesis,ribosomal RNA | RNA-binding transcription factor,regulatory,transcription |
| 143 | NR_2.0_76020.1 Exact match | 1QCU|1|A+1QCU|1|B (1QCU)
| 1.2 Å | 11 | (1) 1QCU|1|A+1QCU|1|B | A-form double helix,double helix,structure | NULL |
| 144 | NR_2.0_92134.1 New id, 1 parent synthetic construct | 5AY2|1|A+5AY2|1|B (5AY2)
| 1.3 Å | 11 | (4) 5AY2|1|A+5AY2|1|B, 5AY3|1|A+5AY3|1|B, 5AY2|1|C+5AY2|1|D, 5AY4|1|A+5AY4|1|B | A-form double helix,double helix,structure | NULL |
| 145 | NR_2.0_93811.1 Exact match | 4JRD|1|B (4JRD)
| 1.0 Å | 11 | (2) 4JRD|1|B, 4JRD|1|A | parallel helix,structure | NULL |
| 146 | NR_2.0_99273.1 Exact match | 1QCU|1|C+1QCU|1|D (1QCU)
| 1.2 Å | 11 | (1) 1QCU|1|C+1QCU|1|D | A-form double helix,double helix,structure | NULL |
| 147 | NR_2.0_14523.1 Exact match | 3R1E|1|A+3R1E|1|B (3R1E)
| 1.0 Å | 10 | (1) 3R1E|1|A+3R1E|1|B | A-form double helix,double helix,structure | NULL |
| 148 | NR_2.0_31602.1 New id, 1 parent | 4MSR|1|A+4MSR|1|B (4MSR)
| 1.2 Å | 10 | (5) 4MSR|1|A+4MSR|1|B, 4MS9|1|A, 4MSB|1|E+4MSB|1|F, 4MSB|1|C+4MSB|1|D, 4MSB|1|A+4MSB|1|B | A-form double helix,double helix,structure | NULL |
| 149 | NR_2.0_36003.1 Exact match | 1DQH|1|B+1DQH|1|A (1DQH)
| 1.7 Å | 10 | (1) 1DQH|1|B+1DQH|1|A | A-form double helix,double helix,structure | NULL |
| 150 | NR_2.0_43759.1 New id, 1 parent | 3NJ7|1|C+3NJ7|1|D (3NJ7)
| 1.9 Å | 10 | (4) 3NJ7|1|C+3NJ7|1|D, 3NJ7|1|E+3NJ7|1|F, 3NJ7|1|A+3NJ7|1|B, 3NJ6|1|A | A-form double helix,double helix,structure | NULL |
| 151 | NR_2.0_44333.1 Exact match | 1QC0|1|B+1QC0|1|A (1QC0)
| 1.6 Å | 10 | (1) 1QC0|1|B+1QC0|1|A | A-form double helix,double helix,structure | NULL |
| 152 | NR_2.0_47594.1 New id, 1 parent | 1PJG|1|A (1PJG)
| 1.2 Å | 10 | (3) 1PJG|1|A, 1PJO|1|A, 1G4Q|1|A | A-form double helix,double helix,structure | NULL |
| 153 | NR_2.0_67226.1 Exact match Endothia gyrosa | 4PCO|1|A+4PCO|1|B (4PCO)
| 1.3 Å | 10 | (3) 4PCO|1|A+4PCO|1|B, 4PCO|1|E, 4PCO|1|C+4PCO|1|D | double helix,structure | NULL |
| 154 | NR_2.0_70549.1 New id, 1 parent | 1DI2|1|E (1DI2)
| 1.9 Å | 10 | (3) 1DI2|1|E, 1DI2|1|C+1DI2|1|D, 1DI2|1|G | A-form double helix,double helix,structure | ribonucleoprotein,structural |
| 155 | NR_2.0_81870.1 New id, 1 parent | 3I62|1|B (3I62)
| 2.0 Å | 10 | (2) 3I62|1|B, 3I5X|1|B | NULL | enzyme,helicase,hydrolase |
| 156 | NR_2.0_84021.1 Exact match | 4ED5|1|D (4ED5)
| 2.0 Å | 10 | (2) 4ED5|1|D, 4ED5|1|C | NULL | post-transcriptional,regulatory |
| 157 | NR_2.0_93801.3 Updated, 1 parent | 3OK4|1|N (3OK4)
| 1.2 Å | 10 | (18) 3OK4|1|N, 3OK4|1|D, 3OK4|1|L, 3OK4|1|Z, 3OK4|1|4, 3OK4|1|V, 3OK4|1|X, 3OK4|1|P, 3OK4|1|F, 3OK4|1|H, 3OK4|1|J, 3OK4|1|R, 3OK4|1|T, 3OK4|1|2, 3OK4|1|B, 3OK2|1|B, 3OK2|1|D, 3OK2|1|F | A-form double helix,double helix,structure | NULL |
| 158 | NR_2.0_97130.1 New id, 1 parent Tobacco virtovirus 1 | 4NIA|1|o (4NIA)
| 1.8 Å | 10 | (18) 4NIA|1|o, 4NIA|1|p, 4NIA|1|s, 4NIA|1|j, 4NIA|1|r, 4NIA|1|k, 4NIA|1|l, 4NIA|1|q, 4NIA|1|f, 4OQ9|1|p, 4OQ9|1|k, 4OQ9|1|o, 4OQ9|1|r, 4OQ9|1|j, 4OQ9|1|q, 4OQ9|1|f, 4OQ9|1|l, 4OQ9|1|s | NULL | structural,virus |
| 159 | NR_2.0_01701.1 Exact match | 421D|1|B (421D)
| 1.8 Å | 9 | (1) 421D|1|B | A-form double helix,double helix,structure | NULL |
| 160 | NR_2.0_01741.1 Exact match | 3K64|1|B (3K64)
| 2.0 Å | 9 | (1) 3K64|1|B | NULL | post-transcriptional,regulatory |
| 161 | NR_2.0_22799.1 New id, 1 parent | 1ZH5|1|C+1ZH5|1|D (1ZH5)
| 1.9 Å | 9 | (1) 1ZH5|1|C+1ZH5|1|D | NULL | regulatory,translation |
| 162 | NR_2.0_27920.4 Updated, 1 parent | 4WAN|1|B (4WAN)
| 1.8 Å | 9 | (4) 4WAN|1|B, 4WAN|1|F, 4WAN|1|H, 4WAN|1|D | NULL | post-transcriptional,regulatory,splicing |
| 163 | NR_2.0_34230.1 New id, 1 parent | 3QGC|1|B (3QGC)
| 1.9 Å | 9 | (1) 3QGC|1|B | NULL | post-transcriptional,regulatory |
| 164 | NR_2.0_40300.1 Exact match | 1FXL|1|B (1FXL)
| 1.8 Å | 9 | (1) 1FXL|1|B | NULL | post-transcriptional,regulatory |
| 165 | NR_2.0_46229.1 Exact match | 4F02|1|B (4F02)
| 2.0 Å | 9 | (2) 4F02|1|B, 4F02|1|E | NULL | post-transcriptional,regulatory,translation |
| 166 | NR_2.0_57499.1 New id, 1 parent | 4U6K|1|A (4U6K)
| 1.5 Å | 9 | (6) 4U6K|1|A, 4U6K|1|C, 4U6M|1|A, 4U6L|1|A, 479D|1|B, 2DQQ|1|B | A-form double helix,double helix,structure | NULL |
| 167 | NR_2.0_69567.1 Exact match Homo sapiens | 4XW0|1|A+4XW0|1|B (4XW0)
| 1.8 Å | 9 | (1) 4XW0|1|A+4XW0|1|B | A-form double helix,double helix,structure | NULL |
| 168 | NR_2.0_72229.1 Exact match Aquifex aeolicus | 3R2C|1|R (3R2C)
| 1.9 Å | 9 | (2) 3R2C|1|R, 3R2C|1|S | NULL | RNA-binding transcription factor,regulatory,ribonucleoprotein,ribosome,structural,transcription |
| 169 | NR_2.0_80985.1 New id, 1 parent synthetic construct | 5HNJ|1|A+5HNJ|1|B (5HNJ)
| 1.2 Å | 9 | (6) 5HNJ|1|A+5HNJ|1|B, 5HNJ|1|C+5HNJ|1|D, 5HN2|1|B+5HN2|1|A, 5HNJ|1|E+5HNJ|1|F, 5HN2|1|C+5HN2|1|D, 5HN2|1|E+5HN2|1|F | A-form double helix,double helix,structure | NULL |
| 170 | NR_2.0_82758.1 Exact match | 3K62|1|B (3K62)
| 1.9 Å | 9 | (1) 3K62|1|B | NULL | post-transcriptional,regulatory |
| 171 | NR_2.0_01821.1 Exact match synthetic construct | 5EIM|1|C (5EIM)
| 1.5 Å | 8 | (2) 5EIM|1|C, 5EIM|1|D | NULL | post-transcriptional,regulatory |
| 172 | NR_2.0_04430.1 Exact match | 3G9Y|1|C (3G9Y)
| 1.4 Å | 8 | (1) 3G9Y|1|C | NULL | post-transcriptional,regulatory,splicing |
| 173 | NR_2.0_04432.1 Exact match | 4MDX|1|C (4MDX)
| 1.5 Å | 8 | (1) 4MDX|1|C | NULL | enzyme,hydrolase,nuclease |
| 174 | NR_2.0_06283.1 Exact match | 1JZV|1|B+1JZV|1|A (1JZV)
| 1.7 Å | 8 | (2) 1JZV|1|B+1JZV|1|A, 1JZV|1|D+1JZV|1|C | A-form double helix,double helix,structure | NULL |
| 175 | NR_2.0_07940.1 New id, 1 parent | 2A0P|1|A+2A0P|1|B (2A0P)
| 2.0 Å | 8 | (3) 2A0P|1|A+2A0P|1|B, 259D|1|A+259D|1|B, 1RXB|1|A+1RXB|1|B | A-form double helix,double helix,structure | NULL |
| 176 | NR_2.0_12002.1 Exact match | 472D|1|A+472D|1|B (472D)
| 1.9 Å | 8 | (1) 472D|1|A+472D|1|B | A-form double helix,double helix,structure | NULL |
| 177 | NR_2.0_17648.1 Exact match | 3EQT|1|C+3EQT|1|D (3EQT)
| 2.0 Å | 8 | (1) 3EQT|1|C+3EQT|1|D | A-form double helix,double helix,structure | enzyme,helicase,hydrolase |
| 178 | NR_2.0_24508.1 New id, 1 parent | 3L25|1|C+3L25|1|F (3L25)
| 2.0 Å | 8 | (1) 3L25|1|C+3L25|1|F | A-form double helix,double helix,structure | regulatory,transcription |
| 179 | NR_2.0_26612.1 Exact match | 2G91|1|A+2G91|1|B (2G91)
| 1.5 Å | 8 | (1) 2G91|1|A+2G91|1|B | A-form double helix,double helix,structure | NULL |
| 180 | NR_2.0_28251.1 New id, 1 parent | 3SQW|1|B (3SQW)
| 1.9 Å | 8 | (1) 3SQW|1|B | NULL | enzyme,helicase,hydrolase |
| 181 | NR_2.0_41669.1 Exact match Homo sapiens | 4E59|1|A+4E59|1|B (4E59)
| 1.5 Å | 8 | (1) 4E59|1|A+4E59|1|B | A-form double helix,double helix,structure | NULL |
| 182 | NR_2.0_42301.1 New id, 1 parent | 3H5X|1|T+3H5X|1|P (3H5X)
| 1.8 Å | 8 | (4) 3H5X|1|T+3H5X|1|P, 3BSO|1|T+3BSO|1|P, 3H5Y|1|T+3H5Y|1|P, 3BSN|1|T+3BSN|1|P | A-form double helix,double helix,structure | enzyme,polymerase,transferase |
| 183 | NR_2.0_43602.1 Exact match | 1J9H|1|A+1J9H|1|B (1J9H)
| 1.4 Å | 8 | (2) 1J9H|1|A+1J9H|1|B, 1J9H|1|C+1J9H|1|D | NULL | NULL |
| 184 | NR_2.0_49966.1 Exact match | 3RER|1|K (3RER)
| 1.7 Å | 8 | (2) 3RER|1|K, 4HT9|1|E | NULL | regulatory,translation |
| 185 | NR_2.0_51482.3 Exact match | 398D|1|C (398D)
| 1.9 Å | 8 | (2) 398D|1|C, 398D|1|A | A-form double helix,double helix,structure | NULL |
| 186 | NR_2.0_79508.1 Exact match | 3Q0Q|1|B (3Q0Q)
| 2.0 Å | 8 | (1) 3Q0Q|1|B | NULL | post-transcriptional,regulatory |
| 187 | NR_2.0_81754.1 Exact match | 3Q0S|1|B (3Q0S)
| 2.0 Å | 8 | (1) 3Q0S|1|B | NULL | post-transcriptional,regulatory |
| 188 | NR_2.0_89165.1 New id, 1 parent synthetic construct | 4U3L|1|A+4U3L|1|B (4U3L)
| 1.5 Å | 8 | (6) 4U3L|1|A+4U3L|1|B, 4U3O|1|A+4U3O|1|B, 4U3R|1|A+4U3R|1|B, 4U78|1|A+4U78|1|B, 4U47|1|A+4U47|1|B, 4U3P|1|A+4U3P|1|B | A-form double helix,double helix,structure | NULL |
| 189 | NR_2.0_89204.1 Exact match | 4QPX|1|P+4QPX|1|T (4QPX)
| 1.9 Å | 8 | (1) 4QPX|1|P+4QPX|1|T | A-form double helix,double helix,structure | enzyme,polymerase,transferase |
| 190 | NR_2.0_89221.2 Exact match | 2G3S|1|I+2G3S|1|J (2G3S)
| 1.5 Å | 8 | (5) 2G3S|1|I+2G3S|1|J, 2G3S|1|G+2G3S|1|H, 2G3S|1|E+2G3S|1|F, 2G3S|1|C+2G3S|1|D, 2G3S|1|A+2G3S|1|B | A-form double helix,double helix,structure | NULL |
| 191 | NR_2.0_91673.1 New id, 1 parent | 3Q0R|1|B (3Q0R)
| 2.0 Å | 8 | (1) 3Q0R|1|B | NULL | post-transcriptional,regulatory |
| 192 | NR_2.0_93082.1 Exact match | 165D|1|A+165D|1|B (165D)
| 1.6 Å | 8 | (1) 165D|1|A+165D|1|B | double helix,structure | NULL |
| 193 | NR_2.0_97285.1 Exact match | 3PF4|1|R (3PF4)
| 1.4 Å | 8 | (1) 3PF4|1|R | NULL | regulatory,transcription |
| 194 | NR_2.0_97749.1 Exact match | 439D|1|A+439D|1|B (439D)
| 1.6 Å | 8 | (1) 439D|1|A+439D|1|B | A-form double helix,double helix,structure | NULL |
| 195 | NR_2.0_02752.1 Exact match Homo sapiens | 2VUQ|1|A+2VUQ|1|B (2VUQ)
| 1.2 Å | 7 | (1) 2VUQ|1|A+2VUQ|1|B | A-form double helix,double helix,structure | NULL |
| 196 | NR_2.0_04359.1 New id, 1 parent | 2JLV|1|C (2JLV)
| 1.9 Å | 7 | (2) 2JLV|1|C, 2JLV|1|D | NULL | enzyme,hydrolase,protease |
| 197 | NR_2.0_08365.1 Exact match | 435D|1|C+435D|1|D (435D)
| 1.4 Å | 7 | (2) 435D|1|C+435D|1|D, 435D|1|A+435D|1|B | A-form double helix,double helix,structure | NULL |
| 198 | NR_2.0_09084.1 Exact match synthetic construct | 4XWW|1|D (4XWW)
| 1.7 Å | 7 | (1) 4XWW|1|D | NULL | enzyme,hydrolase |
| 199 | NR_2.0_12476.1 Exact match synthetic construct | 4U34|1|B+4U34|1|A (4U34)
| 1.4 Å | 7 | (1) 4U34|1|B+4U34|1|A | A-form double helix,double helix,structure | NULL |
| 200 | NR_2.0_15969.1 Exact match Escherichia coli | 2VAL|1|A+2VAL|1|C (2VAL)
| 2.0 Å | 7 | (2) 2VAL|1|A+2VAL|1|C, 2VAL|1|B+2VAL|1|D | A-form double helix,double helix,structure | NULL |
| 201 | NR_2.0_21850.1 New id, 1 parent | 1WMQ|1|D (1WMQ)
| 1.6 Å | 7 | (2) 1WMQ|1|D, 1WMQ|1|C | NULL | RNA-binding transcription factor,regulatory,transcription |
| 202 | NR_2.0_24111.1 Exact match Escherichia coli | 2V6W|1|A+2V6W|1|B (2V6W)
| 1.8 Å | 7 | (1) 2V6W|1|A+2V6W|1|B | A-form double helix,double helix,structure | NULL |
| 203 | NR_2.0_38438.1 Exact match synthetic construct | 4JAH|1|A+4JAH|1|B (4JAH)
| 1.5 Å | 7 | (3) 4JAH|1|A+4JAH|1|B, 4JAH|1|C+4JAH|1|D, 4JAH|1|E+4JAH|1|F | NULL | NULL |
| 204 | NR_2.0_38873.1 New id, 1 parent | 464D|1|A+464D|1|B (464D)
| 1.2 Å | 7 | (11) 464D|1|A+464D|1|B, 464D|1|C+464D|1|D, 466D|1|C+466D|1|D, 466D|1|A+466D|1|B, 4U37|1|A+4U37|1|B, 4U38|1|A+4U38|1|B, 4U38|1|C+4U38|1|D, 4U38|1|E+4U38|1|F, 4U38|1|G+4U38|1|H, 434D|1|C+434D|1|D, 434D|1|A+434D|1|B | A-form double helix,double helix,structure | NULL |
| 205 | NR_2.0_52494.1 New id, 1 parent Homo sapiens | 4HT9|1|D (4HT9)
| 1.8 Å | 7 | (3) 4HT9|1|D, 4HT8|1|I, 4HT8|1|K | NULL | regulatory,translation |
| 206 | NR_2.0_55269.1 Exact match Thermus thermophilus | 2XSL|1|C+2XSL|1|D (2XSL)
| 1.6 Å | 7 | (2) 2XSL|1|C+2XSL|1|D, 2XSL|1|A+2XSL|1|B | A-form double helix,double helix,structure | NULL |
| 207 | NR_2.0_59951.1 Exact match | 3GVN|1|A+3GVN|1|B (3GVN)
| 1.2 Å | 7 | (1) 3GVN|1|A+3GVN|1|B | A-form double helix,double helix,structure | NULL |
| 208 | NR_2.0_62740.1 Exact match Escherichia coli | 2W89|1|A+2W89|1|B (2W89)
| 2.0 Å | 7 | (2) 2W89|1|A+2W89|1|B, 2W89|1|C+2W89|1|D | A-form double helix,double helix,structure | NULL |
| 209 | NR_2.0_64272.1 Exact match | 2PO1|1|C (2PO1)
| 1.9 Å | 7 | (1) 2PO1|1|C | NULL | enzyme,exosome,helicase,hydrolase,ribonucleoprotein,structural |
| 210 | NR_2.0_64337.1 Exact match Mus musculus | 2XS2|1|B (2XS2)
| 1.4 Å | 7 | (1) 2XS2|1|B | NULL | regulatory,translation |
| 211 | NR_2.0_69242.1 New id, 2 parents | 3JXQ|1|L+3JXQ|1|K (3JXQ)
| 1.5 Å | 7 | (4) 3JXQ|1|L+3JXQ|1|K, 3JXQ|1|B+3JXQ|1|A, 3JXR|1|A+3JXR|1|B, 3JXR|1|K | A-form double helix,double helix,structure | NULL |
| 212 | NR_2.0_78848.1 Exact match | 1WPU|1|C (1WPU)
| 1.5 Å | 7 | (2) 1WPU|1|C, 1WPU|1|D | NULL | RNA-binding transcription factor,regulatory,transcription |
| 213 | NR_2.0_80706.1 Exact match Homo sapiens | 4E58|1|D+4E58|1|C+4E58|1|E (4E58)
| 2.0 Å | 7 | (1) 4E58|1|D+4E58|1|C+4E58|1|E | NULL | NULL |
| 214 | NR_2.0_82159.1 Exact match synthetic construct | 4XWW|1|E (4XWW)
| 1.7 Å | 7 | (1) 4XWW|1|E | NULL | enzyme,hydrolase |
| 215 | NR_2.0_87121.1 Exact match | 4QM6|1|D (4QM6)
| 1.5 Å | 7 | (2) 4QM6|1|D, 4QM6|1|C | NULL | enzyme,kinase,transferase |
| 216 | NR_2.0_90751.1 Exact match synthetic construct | 4U35|1|B+4U35|1|A (4U35)
| 1.6 Å | 7 | (1) 4U35|1|B+4U35|1|A | A-form double helix,double helix,structure | NULL |
| 217 | NR_2.0_92693.1 Exact match Schizosaccharomyces pombe | 5DNO|1|B (5DNO)
| 1.8 Å | 7 | (1) 5DNO|1|B | NULL | post-transcriptional,regulatory |
| 218 | NR_2.0_93687.1 Exact match Homo sapiens | 2V7R|1|A+2V7R|1|B (2V7R)
| 1.2 Å | 7 | (1) 2V7R|1|A+2V7R|1|B | A-form double helix,double helix,function,protein synthesis,structure,transfer RNA | NULL |
| 219 | NR_2.0_93983.1 Exact match | 1G2J|1|A (1G2J)
| 2.0 Å | 7 | (1) 1G2J|1|A | A-form double helix,double helix,structure | NULL |
| 220 | NR_2.0_94903.1 Exact match | 2B3J|1|G (2B3J)
| 2.0 Å | 7 | (1) 2B3J|1|G | function,protein synthesis,transfer RNA | enzyme,hydrolase |
| 221 | NR_2.0_01802.1 Exact match Homo sapiens | 3NMR|1|B (3NMR)
| 1.9 Å | 6 | (1) 3NMR|1|B | NULL | post-transcriptional,regulatory |
| 222 | NR_2.0_09046.1 New id, 1 parent | 4RKV|1|A (4RKV)
| 0.9 Å | 6 | (14) 4RKV|1|A, 4RNE|1|B, 4RJ1|1|A, 4RNE|1|C, 4RNE|1|E, 4RNE|1|D, 4RNE|1|A, 4RNE|1|G, 4RNE|1|F, 4RNE|1|H, 4XK0|1|C, 1J8G|1|A, 1J8G|1|C, 1J8G|1|D | quadruplex,structure | NULL |
| 223 | NR_2.0_13992.1 Exact match | 3P4C|1|A (3P4C)
| 1.2 Å | 6 | (1) 3P4C|1|A | A-form double helix,double helix,structure | NULL |
| 224 | NR_2.0_16396.1 Exact match Escherichia coli | 3T5N|1|C (3T5N)
| 1.8 Å | 6 | (1) 3T5N|1|C | NULL | enzyme,hydrolase,nuclease,ribonucleoprotein,structural,virus |
| 225 | NR_2.0_26944.1 Exact match | 4JIY|1|A (4JIY)
| 1.9 Å | 6 | (1) 4JIY|1|A | NULL | NULL |
| 226 | NR_2.0_40902.3 Updated, 1 parent synthetic construct | 5D8T|1|A+5D8T|1|B (5D8T)
| 1.2 Å | 6 | (3) 5D8T|1|A+5D8T|1|B, 5DER|1|A+5DER|1|B, 5DER|1|C+5DER|1|D | A-form double helix,double helix,structure | NULL |
| 227 | NR_2.0_48074.1 Exact match synthetic construct | 4XK0|1|A (4XK0)
| 1.1 Å | 6 | (1) 4XK0|1|A | quadruplex,structure | NULL |
| 228 | NR_2.0_51132.1 New id, 1 parent Bombyx mori | 4D25|1|D (4D25)
| 1.9 Å | 6 | (1) 4D25|1|D | NULL | enzyme,helicase,hydrolase |
| 229 | NR_2.0_72148.1 New id, 1 parent | 3ULD|1|B (3ULD)
| 1.6 Å | 6 | (8) 3ULD|1|B, 2G8K|1|B, 2G8I|1|B, 2G8F|1|B, 3TWH|1|B, 2R7Y|1|B, 2G8V|1|B, 2G8H|1|B | A-form double helix,double helix,structure | enzyme,hydrolase,nuclease |
| 230 | NR_2.0_73901.1 Exact match | 4RKV|1|B (4RKV)
| 0.9 Å | 6 | (2) 4RKV|1|B, 1J8G|1|B | quadruplex,structure | NULL |
| 231 | NR_2.0_78734.1 Exact match synthetic construct | 4RJ1|1|B (4RJ1)
| 0.9 Å | 6 | (1) 4RJ1|1|B | quadruplex,structure | NULL |
| 232 | NR_2.0_85560.1 Exact match | 3D2S|1|E (3D2S)
| 1.7 Å | 6 | (2) 3D2S|1|E, 3D2S|1|G | NULL | post-transcriptional,regulatory,splicing |
| 233 | NR_2.0_88825.1 New id, 1 parent | 3HGA|1|X (3HGA)
| 1.3 Å | 6 | (2) 3HGA|1|X, 1OSU|1|A | NULL | NULL |
| 234 | NR_2.0_04498.1 Exact match | 4HOR|1|X (4HOR)
| 1.9 Å | 5 | (1) 4HOR|1|X | NULL | immune system,innate immunity,regulatory |
| 235 | NR_2.0_06398.1 Exact match Homo sapiens | 5DET|1|Q (5DET)
| 2.0 Å | 5 | (1) 5DET|1|Q | NULL | post-transcriptional,regulatory,splicing |
| 236 | NR_2.0_07423.1 Exact match Mus musculus | 5ELH|1|R (5ELH)
| 1.8 Å | 5 | (1) 5ELH|1|R | NULL | regulatory,translation |
| 237 | NR_2.0_10955.1 Exact match | 2Q66|1|X (2Q66)
| 1.8 Å | 5 | (1) 2Q66|1|X | NULL | enzyme,polymerase,transferase |
| 238 | NR_2.0_16399.1 Exact match Candida albicans | 5BUD|1|E (5BUD)
| 2.0 Å | 5 | (1) 5BUD|1|E | NULL | enzyme,hydrolase |
| 239 | NR_2.0_16408.1 Exact match Homo sapiens | 3NNA|1|B (3NNA)
| 1.9 Å | 5 | (1) 3NNA|1|B | NULL | post-transcriptional,regulatory |
| 240 | NR_2.0_16619.1 Exact match Saccharomyces cerevisiae | 2XNR|1|C (2XNR)
| 1.6 Å | 5 | (1) 2XNR|1|C | NULL | post-transcriptional,regulatory |
| 241 | NR_2.0_22496.3 Exact match | 1J6S|1|A (1J6S)
| 1.4 Å | 5 | (4) 1J6S|1|A, 1J6S|1|C, 1J6S|1|D, 1J6S|1|B | quadruplex,structure | NULL |
| 242 | NR_2.0_23473.3 Exact match | 377D|1|A+377D|1|B (377D)
| 1.8 Å | 5 | (2) 377D|1|A+377D|1|B, 377D|1|C+377D|1|D | A-form double helix,double helix,structure | NULL |
| 243 | NR_2.0_39961.1 Exact match synthetic construct | 1UVM|1|D (1UVM)
| 2.0 Å | 5 | (3) 1UVM|1|D, 1UVM|1|E, 1UVM|1|F | NULL | enzyme,polymerase,transferase |
| 244 | NR_2.0_41627.1 Exact match Mus musculus | 2XS7|1|B (2XS7)
| 1.5 Å | 5 | (1) 2XS7|1|B | NULL | regulatory,translation |
| 245 | NR_2.0_60810.1 New id, 1 parent | 3PEY|1|B (3PEY)
| 1.4 Å | 5 | (7) 3PEY|1|B, 3PEW|1|B, 5ELX|1|B, 4ALP|1|E, 3O8C|1|C, 3PF5|1|R, 3PF5|1|S | NULL | enzyme,helicase,hydrolase |
| 246 | NR_2.0_70792.1 Exact match synthetic construct | 4J7L|1|B (4J7L)
| 1.8 Å | 5 | (1) 4J7L|1|B | NULL | enzyme,hydrolase,nuclease |
| 247 | NR_2.0_79905.1 Exact match | 1MDG|1|A (1MDG)
| 1.5 Å | 5 | (1) 1MDG|1|A | quadruplex,structure | NULL |
| 248 | NR_2.0_84170.1 Exact match synthetic construct | 1UVL|1|B (1UVL)
| 2.0 Å | 5 | (3) 1UVL|1|B, 1UVL|1|F, 1UVL|1|D | NULL | enzyme,polymerase,transferase |
| 249 | NR_2.0_90693.1 Exact match | 1P79|1|A (1P79)
| 1.1 Å | 5 | (1) 1P79|1|A | parallel helix,structure | NULL |
| 250 | NR_2.0_93003.1 Exact match Mus musculus | 2XS5|1|D (2XS5)
| 1.6 Å | 5 | (2) 2XS5|1|D, 2XS5|1|C | NULL | regulatory,translation |
| 251 | NR_2.0_94743.1 Exact match synthetic construct | 5GJB|1|B (5GJB)
| 1.7 Å | 5 | (1) 5GJB|1|B | NULL | enzyme,hydrolase,protease |
| 252 | NR_2.0_95772.1 Exact match | 3D2S|1|F (3D2S)
| 1.7 Å | 5 | (2) 3D2S|1|F, 3D2S|1|H | NULL | post-transcriptional,regulatory,splicing |
| 253 | NR_2.0_07689.1 Exact match Candida albicans | 5BUD|1|D (5BUD)
| 2.0 Å | 4 | (1) 5BUD|1|D | NULL | enzyme,hydrolase |
| 254 | NR_2.0_08290.1 Exact match | 2GRB|1|F (2GRB)
| 1.4 Å | 4 | (8) 2GRB|1|F, 2GRB|1|A, 2GRB|1|C, 2GRB|1|B, 2GRB|1|E, 2GRB|1|H, 2GRB|1|G, 2GRB|1|D | quadruplex,structure | NULL |
| 255 | NR_2.0_20720.1 Exact match synthetic construct | 4WTL|1|T+4WTL|1|P (4WTL)
| 2.0 Å | 4 | (1) 4WTL|1|T+4WTL|1|P | A-form double helix,double helix,structure | enzyme,polymerase,transferase |
| 256 | NR_2.0_29178.1 Exact match | 4E6B|1|E+4E6B|1|F (4E6B)
| 1.5 Å | 4 | (1) 4E6B|1|E+4E6B|1|F | A-form double helix,double helix,structure | NULL |
| 257 | NR_2.0_30683.1 New id, 1 parent | 3P4C|1|B (3P4C)
| 1.2 Å | 4 | (7) 3P4C|1|B, 3P4B|1|A, 3P4B|1|C, 3P4B|1|D, 3P4B|1|B, 3P4B|1|F, 3P4B|1|E | A-form double helix,double helix,structure | NULL |
| 258 | NR_2.0_34611.1 Exact match | 3P4D|1|B (3P4D)
| 1.9 Å | 4 | (2) 3P4D|1|B, 3P4D|1|A | A-form double helix,double helix,structure | NULL |
| 259 | NR_2.0_39772.1 Exact match Homo sapiens | 5DET|1|P (5DET)
| 2.0 Å | 4 | (1) 5DET|1|P | NULL | post-transcriptional,regulatory,splicing |
| 260 | NR_2.0_46283.1 Exact match synthetic construct | 4RCJ|1|B (4RCJ)
| 1.6 Å | 4 | (1) 4RCJ|1|B | NULL | post-transcriptional,regulatory |
| 261 | NR_2.0_67915.1 Exact match synthetic construct | 1UVJ|1|F (1UVJ)
| 1.9 Å | 4 | (3) 1UVJ|1|F, 1UVJ|1|D, 1UVJ|1|E | NULL | enzyme,polymerase,transferase |
| 262 | NR_2.0_70785.1 Exact match synthetic construct | 4R3I|0|B (4R3I)
| 1.8 Å | 4 | (1) 4R3I|0|B | NULL | post-transcriptional,regulatory,splicing |
| 263 | NR_2.0_79500.1 Exact match Escherichia coli | 4QVD|1|H (4QVD)
| 2.0 Å | 4 | (1) 4QVD|1|H | NULL | regulatory,translation |
| 264 | NR_2.0_80245.1 Exact match | 4E6B|1|A+4E6B|1|B (4E6B)
| 1.5 Å | 4 | (1) 4E6B|1|A+4E6B|1|B | A-form double helix,double helix,structure | NULL |
| 265 | NR_2.0_87689.1 Exact match Escherichia coli | 4QVC|1|G (4QVC)
| 2.0 Å | 4 | (1) 4QVC|1|G | NULL | regulatory,translation |
| 266 | NR_2.0_93440.1 New id, 1 parent | 4GV6|1|C+4GV6|1|B (4GV6)
| 2.0 Å | 4 | (2) 4GV6|1|C+4GV6|1|B, 4GV3|1|C+4GV3|1|B | A-form double helix,double helix,structure | enzyme,hydrolase,nuclease,structural,virus |
| 267 | NR_2.0_05112.1 Exact match synthetic construct | 4PEI|1|Z (4PEI)
| 2.0 Å | 3 | (5) 4PEI|1|Z, 4PEI|1|Y, 4PEI|1|X, 4PEI|1|W, 4PEI|1|V | NULL | enzyme,hydrolase,nuclease |
| 268 | NR_2.0_17478.1 Exact match | 4HOS|1|X (4HOS)
| 2.0 Å | 3 | (1) 4HOS|1|X | NULL | immune system,innate immunity,regulatory |
| 269 | NR_2.0_28000.1 Exact match | 4V4F|1|B6 (4V4F)
| 1.9 Å | 3 | (22) 4V4F|1|B6, 4V4F|1|A5, 4V4F|1|A3, 4V4F|1|B0, 4V4F|1|B9, 4V4F|1|A2, 4V4F|1|A8, 4V4F|1|A1, 4V4F|1|A9, 4V4F|1|BZ, 4V4F|1|B8, 4V4F|1|B7, 4V4F|1|B5, 4V4F|1|A0, 4V4F|1|A7, 4V4F|1|A4, 4V4F|1|AZ, 4V4F|1|B3, 4V4F|1|B1, 4V4F|1|B4, 4V4F|1|A6, 4V4F|1|B2 | antitermination element,function,transcription regulating | RNA-binding transcription factor,regulatory,transcription |
| 270 | NR_2.0_32029.1 Exact match synthetic construct | 4YOE|1|E (4YOE)
| 1.9 Å | 3 | (1) 4YOE|1|E | NULL | ribonucleoprotein,structural |
| 271 | NR_2.0_54120.1 Exact match Thermus thermophilus | 3B0U|1|B (3B0U)
| 2.0 Å | 3 | (2) 3B0U|1|B, 3B0U|1|A | function,protein synthesis,transfer RNA | enzyme,oxidoreductase |
| 272 | NR_2.0_56393.1 Exact match synthetic construct | 4QU6|1|B (4QU6)
| 1.8 Å | 3 | (1) 4QU6|1|B | NULL | post-transcriptional,regulatory |
| 273 | NR_2.0_57340.1 Exact match Homo sapiens | 2VOO|1|C (2VOO)
| 1.8 Å | 3 | (2) 2VOO|1|C, 2VOO|1|D | NULL | regulatory,translation |
| 274 | NR_2.0_61566.1 New id, 1 parent Escherichia coli | 1H2C|1|R (1H2C)
| 1.6 Å | 3 | (1) 1H2C|1|R | NULL | structural,virus |
| 275 | NR_2.0_93800.1 Exact match synthetic construct | 4J7M|1|B (4J7M)
| 1.7 Å | 3 | (1) 4J7M|1|B | NULL | enzyme,hydrolase,nuclease |
| 276 | NR_2.0_25105.1 Exact match synthetic construct | 5K8H|1|A (5K8H)
| 1.1 Å | 2 | (1) 5K8H|1|A | parallel helix,structure | NULL |
| 277 | NR_2.0_27500.1 New id, 1 parent | 4OHY|1|B (4OHY)
| 2.0 Å | 2 | (1) 4OHY|1|B | NULL | enzyme,kinase,post-transcriptional,regulatory,splicing,transferase |
| 278 | NR_2.0_29856.1 Exact match | 4NKU|1|D (4NKU)
| 1.9 Å | 2 | (2) 4NKU|1|D, 4NKU|1|H | NULL | enzyme,transferase |
| 279 | NR_2.0_42650.1 New id, 1 parent | 4S2X|1|B (4S2X)
| 1.5 Å | 2 | (2) 4S2X|1|B, 4S2Y|1|B | NULL | enzyme,hydrolase |
| 280 | NR_2.0_60482.1 New id, 1 parent | 3GPQ|1|E (3GPQ)
| 2.0 Å | 2 | (2) 3GPQ|1|E, 3GPQ|1|F | NULL | enzyme,transferase |
| 281 | NR_2.0_61331.1 New id, 1 parent Tobacco virtovirus 1 | 4OQ9|1|z (4OQ9)
| 1.5 Å | 2 | (31) 4OQ9|1|z, 4OQ9|1|y, 4OQ9|1|x, 4OQ9|1|w, 4OQ9|1|v, 4OQ9|1|u, 4OQ9|1|t, 4OQ9|1|8, 4OQ9|1|7, 4OQ9|1|6, 4OQ9|1|5, 4OQ9|1|4, 4OQ9|1|3, 4OQ9|1|2, 4OQ9|1|1, 4OQ8|1|D, 4NIA|1|z, 4NIA|1|y, 4NIA|1|x, 4NIA|1|w, 4NIA|1|v, 4NIA|1|u, 4NIA|1|t, 4NIA|1|8, 4NIA|1|7, 4NIA|1|6, 4NIA|1|5, 4NIA|1|4, 4NIA|1|3, 4NIA|1|2, 4NIA|1|1 | NULL | structural,virus |
| 282 | NR_2.0_62184.1 Exact match | 4II9|1|C (4II9)
| 1.7 Å | 2 | (1) 4II9|1|C | NULL | enzyme,transferase |
| 283 | NR_2.0_99221.1 New id, 1 parent | 2X1F|1|B (2X1F)
| 1.6 Å | 2 | (1) 2X1F|1|B | NULL | post-transcriptional,regulatory |
| 284 | NR_2.0_12563.1 Exact match | 1B2M|1|E (1B2M)
| 2.0 Å | 1 | (3) 1B2M|1|E, 1B2M|1|D, 1B2M|1|C | NULL | enzyme,hydrolase,nuclease |
| 285 | NR_2.0_77812.1 New id, 1 parent | 4JZU|1|C (4JZU)
| 1.7 Å | 1 | (1) 4JZU|1|C | NULL | enzyme,hydrolase |