>M2310 B.a. group IIB2 intron postcat, Bacillus anthracis, subunit 1, 788 residues;
GUGCGAGACGUUCUCGAGUAAGCAAUACGGAAGUAUAAGCGACAACGAGGACUGUUCUUAAUUGGAAAAACAAUCAAAGCAAUAAAGAACAGGAUAACUGUUCAGAUAAGUGGUAGGAAUGAAGGAGUAACGCCCCGAAACUACCCCAGUGAGAUUCCCAACUGCAUACACUAGGCAUAGCGUGAUGUGGAGAGCAGAGUAAAAUAUACGGUCACGGUUCGUAGUGCACAACUGUGUAACCGAAAGCCAACAGGAGUAAUAAACCGGUUGGAACUAACCAAGUACCGUAUGCUGUCAACCGACAUGGUGAGAAUGUGGUAAACCAUUGACGAACUUGCGAAUGUACGCCUCGAAAAGGACACGGAUCAGAAAUGAUUCGGAGUCUGAAAACAAGACUUGUCUAAUGGAUUGGGAAUAUCUCAUAAUUAACAAUCCUAACGUUGUUAUAGGCAAUGGAGCUAGACACGGGGUAUAGCAAGCACCUAAAUCGGAGGUCAAAAUGACCUUUAAAACAAUGAUAGUCUGAAUGGAACGUCGAAAGCCACCAACGUUGAGAGUAAUCUCUAUCGGCGGAUACAGUUGAAUACGAAAUGGGCAACCAAGGGAAGUAUUCUUAAUAGUGGUGAGAGUAGUGGCACGACCGUUGAAGGUUCUGUAAUGGAACUGGAGGAACAGCCACAAGUCUAUAUUUCGAUAUAGAUGGACCGCGGUAUGCCGUGAAAGUGGCACGUACCGUGCGGAUCGGGGGAAAAGUUGGAGAUAGCUUCAAACACUUACCUAUCGACAAU
>M2310 B.a. group IIB2 intron postcat, Bacillus anthracis, subunit 2, 22 residues;
GGGAAGGUCCUAUAUGAGAAAU
>M2320 C.tet group IIB intron, Clostridium tetani, subunit 1, 721 residues;
CAAUAAAAGUGCGAAACGUUAUCCUAUAAGUAAGAAAGUUUUAAAAUUUUCUUACGAAAAGGAUAGAACUUAAAAGUUCUAACUGUUCUACUAAAGUAAUAAGUGAAAAUCUUAUUUAAAGCAAACAACCAAGUAGCUUUAAGUCUAAGUCCCCUACACAAGUUUUAUACUACUAUGCAAAACUUGUGAAGCUAGGUAAGGUCGUAAUCCGUGAAAGUCGGAUGCGGGGCUCCUUAAAAGAUUACUAUGGUAAACAUAAGCUAAUCCAUUAAGAUGCGAUUUAUAUGUAUUUUAUACUGUUAAAUAUUUUUGUGCUUGUGGCUUGGUAUAAAACAGUUAAGAUGAAGUACUUAACUGGUUUUGGAAUAAUUGGUUGUUAAACUAAAACAUUAUAAAUCGUUAGUGGAUACCUAAGGUAAUCAAAAAUAGGGAUAGGUAGAAUGGAACGUUUGAUGCUGUAUAUGAAGAGGUUUAGUAGAACCUAGGACACAUAUACGGGCUCAGCAGGUUCAUAGUAGCUAUGAUACUCAGCCGGAAGUCAAAUUAAUUUUGAAAUACUUCUAUGGUAACAUAGGAGAAGGAUAAAACUGAGUGAGCCAAGGAACCUAGUCGGUAAUAGUUCGCUAUUAUCGAGCGAACGCCUUAUGCGAUGAAAGUCGCACGUAGGGUGUAGACCAAGCGAAAUCCUAUGCAUUUAGGAUAGUGAGGUAUAGCAAGGAUC
>M2320 C.tet group IIB intron, Clostridium tetani, subunit 2, 10 residues;
GGGAGCCAUA
>M2333 TaitIntron RNA, Thermoanerobacter italicus, subunit 1, 609 residues;
GUGCGCCCGGCAUGGGCGAUAACUAGGCGGUGAAAGUCCGCUGUGGGCUUGGUAGUGGGAACCACUAGCCAAGAGCAAGGGUGUCCAUCGUGAGGUGGAAUCUGAAGGAAGCUUAAGGCAAAAUCUCGGUCUGAUGAACAAGAACCAGAUAAGAGGCUGAAUUGGGAUGGAUGAGUUUGCGUAACAAAACGAAGUCCAACACUACCCGAAUCCCAUACAGUAAAUCUGGCAGAUAUAUGAGAUGAAAGUUAUCGUUCUUACCCGGGGAGGUCUCAAGGAUAAGUCAUGGGAGUAAAAUCUGAAGUGACAACCCAUGCAGUGAUGUAUGGCUGAACCUUGAGAAGUCAGCAGAGGUCAUAGUACUUAUCUAUUCGUAGAUAAGGAAGGACCGAACGUUAGGAGGUUUUGGAAAUCUUAUGGACUCGAAAGAUAUGCAGAGACUGCAGACAACUCAACAAAGAGGCUAUCCGUUGUUCGCAACGGAAGUGCAUAGUAUAUCAUCGGCGUCGGAAGAUGGAAGAAACUCCUAAUGAACCGCCGUAUACCGAACGGUACGUACGGUGGUGUGAGAGGACGCUGAAUAAAAUAAUUAUUCAGCUCCUACUCGAU
>M2333 TaitIntron RNA, Thermoanerobacter italicus, subunit 2, 5 residues;
UUUAU
>M2334 TaitIntron RNP, Thermoanerobacter italicus, subunit 1, 609 residues;
GUGCGCCCGGCAUGGGCGAUAACUAGGCGGUGAAAGUCCGCUGUGGGCUUGGUAGUGGGAACCACUAGCCAAGAGCAAGGGUGUCCAUCGUGAGGUGGAAUCUGAAGGAAGCUUAAGGCAAAAUCUCGGUCUGAUGAACAAGAACCAGAUAAGAGGCUGAAUUGGGAUGGAUGAGUUUGCGUAACAAAACGAAGUCCAACACUACCCGAAUCCCAUACAGUAAAUCUGGCAGAUAUAUGAGAUGAAAGUUAUCGUUCUUACCCGGGGAGGUCUCAAGGAUAAGUCAUGGGAGUAAAAUCUGAAGUGACAACCCAUGCAGUGAUGUAUGGCUGAACCUUGAGAAGUCAGCAGAGGUCAUAGUACUUAUCUAUUCGUAGAUAAGGAAGGACCGAACGUUAGGAGGUUUUGGAAAUCUUAUGGACUCGAAAGAUAUGCAGAGACUGCAGACAACUCAACAAAGAGGCUAUCCGUUGUUCGCAACGGAAGUGCAUAGUAUAUCAUCGGCGUCGGAAGAUGGAAGAAACUCCUAAUGAACCGCCGUAUACCGAACGGUACGUACGGUGGUGUGAGAGGACGCUGAAUAAAAUAAUUAUUCAGCUCCUACUCGAU
>M2334 TaitIntron RNP, Thermoanerobacter italicus, subunit 2, 595 residues;
MSGHHHHHHHHGGGSGSSGGGSGMSDSEVNQEAKPEVKPEVKPETHINLKVSDGSSEIFFKIKKTTPLRRLMEAFAKRQGKEMDSLRFLYDGIRIQADQTPEDLDMEDNDIIEAHREQIGGAAAEMDSKDMQRLQTTQQRGYPLNREMEFQKTTEVHSISSASEDGRNEVQRYTGKMLEMIVERGNMEAAYKRVVANKGSHGVDGMGVDELLPYLKENWATIKQQLLEGKYKPQPVRRVEIPKPDGGKRLLGIPTVLDRLIQQAIAQILNKVYNHTFSDSSYGFRPGRSAKDAIKAAEAYINEGYTWVVDMDLEKFFDRVNHDIIMSKLEKRIGDKRVLKLIRRYLESGVMINGIKVSTEEGTPQGGPLSPLLANIMLDELDKELEKRGHKFCRYADDCNIYVRSRSAGNRVMKSIKKFIESKLKLKVNEAKSAVDRPWRRKFLGFSFYTKENEVRIRIHEKSIKRFKEKVREITNRNKGISMENRIKRLNQITTGWVNYFGLADAKSIMKTLDEWIRRRLRACIWKQWKKIKTKHDNLVKLGVEEQKAWEYANTRKGYWRISNSPILNKTLTNKYFESIGYKSLSQRYLIVHNS
>M2337 Pli Group IIB intron postcat, Pylaiella littoralis, subunit 1, 622 residues;
GUGCGACAAGAAGUUCAGGAAGGGAUUGAGGUGAAAGUCCUCCUCCCGAAUCGUUCAUGGGAGAGUCUAUCCAGACUUGCGUAGCGAGUAAUCGCUAGGUGAGAAGCUCUGGAGACAAUGUACCUGCCCUUCAAUUGGAGGUGCCAGGGCUAGGCUUUGUUCCUAUGGCUAGCGAAAGCGAAUACAGGUUAUUAGGCGUCGUGAAAACAAAACUCUUUCGACAUAAGGGAGAGGCUCGUAGAUGAGUUACCCUCCUUUUUAUGGGGUAACUGAACGAUCAAUAUCUACCGGCGUAGACUGUGAGCCUAAAGGAAACGAAUGAAAGUGUCCCUUCCUGGGAACUUGGUAAGCCCAAUAGACUCCCUCUGGGAAACCAGAGGAGGAGUAAGAGCAAUCUUACUUAUCGUCUAGUGGGUAAAAGACAUAAUAGGAAGCAAAUGCUUGGUUGUAACGAUCGAGAUAGAAUCUGUUGAUUUAAGCUGAAAGGCUGCAGACUUAUUAAAUGGGUGUUCUGCUGUAUGGCGUUCGCGCCUAAGCAGCAGAAUGCGUGAGCCGUGUGCGAUGAAAGUCGCAAGCACGGUUCUGAUGGGGGGAAAACGAGAGAUCGUCUACCUAUCCAACU
>M2337 Pli Group IIB intron postcat, Pylaiella littoralis, subunit 2, 22 residues;
GGGACUGUUUAUUAAAAACACA
>M2377v1 P15692-4 / 2XP, Human / synthetic, subunit 1, 186 residues;
APMAEGGGQNHHEVVKFMDVYQRSYCHPIETLVDIFQEYPDEIEYIFKPSCVPLMRCGGCCNDEGLECVPTEESNITMQIMRIKPHQGQHIGEMSFLQHNKCECRPKKDRARQENPCGPCSERRKHLFVQDPQTCKCSCKNTDSRCKARQLELNERTCRCDKPRRGGHHHHSGHHHTGHHHHSGSH
>M2377v1 P15692-4 / 2XP, Human / synthetic, subunit 2, 276 residues;
GGAGGGAAAAGAGAAGGGUUCGCCCUUUUCUAGCACCGCCCUCGCCAAUGCCCCGGAAUCAGUGAAUGCUUAUACAUCCGGGGUAUUGUUUCUCGCGGUGCUCAACUGAAACUUCGGUUUUAGUUGUUUCCCUCCGUAUCCAAAGGGCCAUGCUUCGGCAUGGUCCUUGGGUUAGCGAGAAACCCUUGGUUGGAAUCAGUGAAUGCUUAUACAUCCAGCCAAGGGGCGAGGGCUAACCCGCACAAGAGGUACUUCGGUAUCUCUUGUGCUGGAUAC
>M2377v2 P15692-4 / 2XP, Human / synthetic, subunit 1, 186 residues;
APMAEGGGQNHHEVVKFMDVYQRSYCHPIETLVDIFQEYPDEIEYIFKPSCVPLMRCGGCCNDEGLECVPTEESNITMQIMRIKPHQGQHIGEMSFLQHNKCECRPKKDRARQENPCGPCSERRKHLFVQDPQTCKCSCKNTDSRCKARQLELNERTCRCDKPRRGGHHHHSGHHHTGHHHHSGSH
>M2377v2 P15692-4 / 2XP, Human / synthetic, subunit 2, 276 residues;
GGAGGGAAAAGAGAAGGGUUCGCCCUUUUCUAGCACCGCCCUCGCCAAUGCCCCGGAAUCAGUGAAUGCUUAUACAUCCGGGGUAUUGUUUCUCGCGGUGCUCAACUGAAACUUCGGUUUUAGUUGUUUCCCUCCGUAUCCAAAGGGCCAUGCUUCGGCAUGGUCCUUGGGUUAGCGAGAAACCCUUGGUUGGAAUCAGUGAAUGCUUAUACAUCCAGCCAAGGGGCGAGGGCUAACCCGCACAAGAGGUACUUCGGUAUCUCUUGUGCUGGAUAC
>M2415 U1 snRNP with ligand, , subunit 1, 166 residues;
GGAUACUUACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCACUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGUGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUUUCCCCUG
>M2415 U1 snRNP with ligand, , subunit 2, 10 residues;
AGAGUAAGUC
>M2415 U1 snRNP with ligand, , subunit 3, 218 residues;
GSMTQFLPPNLLALFAPRDPIPYLPPLEKLPHEKHHNQPYCGIAPYIREFEDPRDAPPPTRAETREERMERKRREKIERRQQEVETELKMWDPHNDPNAQGDAFKTLFVARVNYDTTESKLRREFEVYGPIKRIHMVYSKRSGKPRGYAFIEYEHERDMHSAYKHADGKKIDGRRVLVDVERGRTVKGWRPRRLGGGLGGTRRGGADVNIRHSGRDDT
>M2415 U1 snRNP with ligand, , subunit 4, 113 residues;
GHMAVPETRPNHTIYINNLNEKIKKDELKKSLYAIFSQFGQILDILVSRSLKMRGQAFVIFKEVSSATNALRSMQGFPFYDKPMRIQYAKTDSDIIAKMKGTFVERDRKREKR
>M2415 U1 snRNP with ligand, , subunit 5, 63 residues;
GSMPKFYCDYCDTYLTHDSPSVRKTHCSGRKHKENVKDYYQKWMEEQAQSLIDKTTAAFQQGK
>M2415 U1 snRNP with ligand, , subunit 6, 85 residues;
GSMKLVRFLMKLSHETVTIELKNGTQVHGTITGVDVSMNTHLKAVKMTLKNREPVQLETLSIRGNNIRYFILPDSLPLDTLLVDV
>M2415 U1 snRNP with ligand, , subunit 7, 108 residues;
MTPEELQKREEEEFNTGPLSVLTQSVKNNTQVLINCRNNKKLLGRVKAFDRHCNMVLENVKEMWTEVPKSGKGKKKSKPVNKDRYISKMFLRGDSVIVVLRNPLIAGK
>M2415 U1 snRNP with ligand, , subunit 8, 97 residues;
GSMTVGKSSKMLQHIDYRMRCILQDGRIFIGTFKAFDKHMNLILCDCDEFRKIKPKNSKQAEREEKRVLGLVLLRGENLVSMTVEGPPPKDTGIARV
>M2415 U1 snRNP with ligand, , subunit 9, 126 residues;
MSIGVPIKVLHEAEGHIVTCETNTGEVYRGKLIEAEDNMNCQMSNITVTYRDGRVAQLEQVYIRGSKIRFLILPDMLKNAPMLKSMKNKNQGSGAGRGKAAILKAQVAARGRGRGMGRGNIFQKRR
>M2415 U1 snRNP with ligand, , subunit 10, 94 residues;
GSMAYRGQGQKVQKVMVQPINLIFRYLQNRSRIQVWLYEQVNMRIEGCIIGFDEYMNLVLDDAEEIHSKTKSRKQLGRIMLKGDNITLLQSVSN
>M2415 U1 snRNP with ligand, , subunit 11, 75 residues;
MSLPLNPKPFLNGLTGKPVMVKLKWGMEYKGYLVSVDGYMNMQLANTEEYIDGALSGHLGEVLIRCNNVLYIRGV
>M2415 U1 snRNP with ligand, , subunit 12, 76 residues;
MSKAHPPELKKFMDKKLSLKLNGGRHVQGILRGFDPFMNLVIDECVEMATSGQQNNIGMVVIRGNSIIMLEALERV
>M2435 METTL16 (Uniprot: Q86W50)/MALAT1, Human, subunit 1, 562 residues;
MALSKSMHARNRYKDKPPDFAYLASKYPDFKQHVQINLNGRVSLNFKDPEAVRALTCTLLREDFGLSIDIPLERLIPTVPLRLNYIHWVEDLIGHQDSDKSTLRRGIDIGTGASCIYPLLGATLNGWYFLATEVDDMCFNYAKKNVEQNNLSDLIKVVKVPQKTLLMDALKEESEIIYDFCMCNPPFFANQLEAKGVNSRNPRRPPPSSVNTGGITEIMAEGGELEFVKRIIHDSLQLKKRLRWYSCMLGKKCSLAPLKEELRIQGVPKVTYTEFCQGRTMRWALAWSFYDDVTVPSPPSKRRKLEKPRKPITFVVLASVMKELSLKASPLRSETAEGIVVVTTWIEKILTDLKVQHKRVPCGKEEVSLFLTAIENSWIHLRRKKRERVRQLREVPRAPEDVIQALEEKKPTPKESGNSQELARGPQERTPCGPALREGEAAAVEGPCPSQESLSQEENPEPTEDERSEEKGGVEVLESCQGSSNGAQDQEASEQFGSPVAERGKRLPGVAGQYLFKCLINVKKEVDDALVEMHWVEGQNRDLMNQLCTYIRNQIFRLVAVN
>M2435 METTL16 (Uniprot: Q86W50)/MALAT1, Human, subunit 2, 18 residues;
GGAAGGUUUUUCUUUUCC
>M2435 METTL16 (Uniprot: Q86W50)/MALAT1, Human, subunit 3, 42 residues;
GGUUUUGCUUUUUGGCCUUUCUUAAAAAAAAAAAAAGCAAAA
>M1439 Intron-protein complex, , subunit 1, 372 residues;
AGAUAUUGUUGAGUUUAUUUGAGGAGGUUUAUACACAGAUGAACCACAAUGCGGUGACGUAUUGUUAAAAAUCCUGCUUAAUGCUGGAAAAUCCCCAAUCUUAGGAUUUGCAUACGACUUAUUCUUUAUAAUAGUAUUAUUAAUAGGCGUGAAAAUUGCAAUGACACGGGGAAAAUCAGCAGGGGUGAGAAGUUUACAUACUUCAGAAGCCUCUCAGAGACUACAUGCAGGAGAUCUUAUGUCGACAUAAGAUCAUGAUAUAGUCCGAUCAAUAAAGAAAUUUAUUGCGUAUAGUAAGAGGAUUUAAUAUUUAUAUUAAAUCUGUAACUAUCAACAUAAAUGCUCUGUAAAUAAUGCAACUUUAAACAGAUU
>M1439 Intron-protein complex, , subunit 2, 277 residues;
MTRGKSAGVRSLHTSEASQRLHAGDLTYAYLVGLFEGDGYFSITKKGKYLTYELGIELSIKDVQLIYKIKKILGIGIVSFRKRNEIEMVALRIRDKNHLKSFILPIFEKYPMFSNKQYDYLRFRNALLSGIISLEDLPDYTRSDEPLNSIESIINTSYFSAWLVGFIEAEGCFSVYKLNKDDDYLIASFDIAQRDGDILISAIRKYLSFTTKVYLDKTNCSKLKVTSVRSVENIIKFLQNAPVKLLGNKKLQYLLWLKQLRKISRYSEKIKIPSNYK
>R2301 0 96 residues,|
GAGCCCGUUAGAUUUUAUGUGCGAGCUUUCUUGCCGCCUUCUUGCUCGUGUGGUAGGACCGUUUCUUUGGCGGCUUCUUCGGUCCUGUUCGGGCUC
>R2302 0 90 residues,|
GAGCGUAGCACACACUCAGACUAAGUCUGACACACACCUACGCUAAACAUCUUAGUGUGUGAUCGAGAUAUCGAUGUGUGUGUAAGAUGA
>R2303 0 84 residues,|
CUGCGACAGAAAGGAAACGAGCUACUUUAAGAAUCUCGGCAAAGCUACUCGUUUCCAUAUACCAGCAGCCGAGAACUGGCGCAG
>R2304 0 100 residues,|
CCCUCUCUACACCUAUCGGUGUACCCAUAAGGGUCGCCCCAGAGAGGGCCCACUCACCGGGGCCACAUGUUUGUGCCGCCCCAAAGGGCGGAGUGAGUGG
>R2305 0 105 residues,|
GCGCCGGAGGCCCUAAAGGGCCAAGCGAAAGCUUAGGGGGACCGGCGCAGGGAUAGUACCCCCCACCUAAAGGUGCGGGCCUAUAGGCCCGAACUAUCCCGGAUC
>R2306 0 100 residues,|
GGACGCCCGGCGCUGUAGCGCCGGCCGAAAGGCCACGCCCAGGCGUCCUGGCGGGCCAGGGCGGUCGUAAACGACGGGCCCGAAAGGGCCCAGGCCCGCC
>R2307 0 100 residues,|
UGCCACGGGGAGCGAUAGCUCCGGGUGAAAACCCUGGGGGCCGUGGCUAGGCUGGAGGCCCCCGGCAGAAAUGCCGUACACGAAAGUGUACCCUCCAGCC
>R2308 0 93 residues,|
GAGACCGAGAUGUUUUUCCCCCGAUUACAAGUGUGCCUAAAGGGCUACGGAGGGAGUAAAAACUCCCUUCGUUGGGUUUAUAAGCACACAUAA
>R2309 0 810 residues,|
GGGAAGGUCCUAUAUGAGGUGCGAGACGUUCUCGAGUAAGCAAUACGGAAGUAUAAGCGACAACGAGGACUGUUCUUAAUUGGAAAAACAAUCAAAGCAAUAAAGAACAGGAUAACUGUUCAGAUAAGUGGUAGGAAUGAAGGAGUAACGCCCCGAAACUACCCCAGUGAGAUUCCCAACUGCAUACACUAGGCAUAGCGUGAUGUGGAGAGCAGAGUAAAAUAUACGGUCACGGUUCGUAGUGCACAACUGUGUAACCGAAAGCCAACAGGAGUAAUAAACCGGUUGGAACUAACCAAGUACCGUAUGCUGUCAACCGACAUGGUGAGAAUGUGGUAAACCAUUGACGAACUUGCGAAUGUACGCCUCGAAAAGGACACGGAUCAGAAAUGAUUCGGAGUCUGAAAACAAGACUUGUCUAAUGGAUUGGGAAUAUCUCAUAAUUAACAAUCCUAACGUUGUUAUAGGCAAUGGAGCUAGACACGGGGUAUAGCAAGCACCUAAAUCGGAGGUCAAAAUGACCUUUAAAACAAUGAUAGUCUGAAUGGAACGUCGAAAGCCACCAACGUUGAGAGUAAUCUCUAUCGGCGGAUACAGUUGAAUACGAAAUGGGCAACCAAGGGAAGUAUUCUUAAUAGUGGUGAGAGUAGUGGCACGACCGUUGAAGGUUCUGUAAUGGAACUGGAGGAACAGCCACAAGUCUAUAUUUCGAUAUAGAUGGACCGCGGUAUGCCGUGAAAGUGGCACGUACCGUGCGGAUCGGGGGAAAAGUUGGAGAUAGCUUCAAACACUUACCUAUCGACAAUAAAU
>R2310 0 B.a. group IIB2 intron postcat, Bacillus anthracis, M2310 subunit 1, 788 residues;
GUGCGAGACGUUCUCGAGUAAGCAAUACGGAAGUAUAAGCGACAACGAGGACUGUUCUUAAUUGGAAAAACAAUCAAAGCAAUAAAGAACAGGAUAACUGUUCAGAUAAGUGGUAGGAAUGAAGGAGUAACGCCCCGAAACUACCCCAGUGAGAUUCCCAACUGCAUACACUAGGCAUAGCGUGAUGUGGAGAGCAGAGUAAAAUAUACGGUCACGGUUCGUAGUGCACAACUGUGUAACCGAAAGCCAACAGGAGUAAUAAACCGGUUGGAACUAACCAAGUACCGUAUGCUGUCAACCGACAUGGUGAGAAUGUGGUAAACCAUUGACGAACUUGCGAAUGUACGCCUCGAAAAGGACACGGAUCAGAAAUGAUUCGGAGUCUGAAAACAAGACUUGUCUAAUGGAUUGGGAAUAUCUCAUAAUUAACAAUCCUAACGUUGUUAUAGGCAAUGGAGCUAGACACGGGGUAUAGCAAGCACCUAAAUCGGAGGUCAAAAUGACCUUUAAAACAAUGAUAGUCUGAAUGGAACGUCGAAAGCCACCAACGUUGAGAGUAAUCUCUAUCGGCGGAUACAGUUGAAUACGAAAUGGGCAACCAAGGGAAGUAUUCUUAAUAGUGGUGAGAGUAGUGGCACGACCGUUGAAGGUUCUGUAAUGGAACUGGAGGAACAGCCACAAGUCUAUAUUUCGAUAUAGAUGGACCGCGGUAUGCCGUGAAAGUGGCACGUACCGUGCGGAUCGGGGGAAAAGUUGGAGAUAGCUUCAAACACUUACCUAUCGACAAU
>R2310s2 B.a. group IIB2 intron postcat, Bacillus anthracis, M2310 subunit 2, 22 residues;
GGGAAGGUCCUAUAUGAGAAAU
>R2310 0 B.a. group IIB2 intron postcat, Bacillus anthracis, M2310 subunit 1, 788 residues;
GUGCGAGACGUUCUCGAGUAAGCAAUACGGAAGUAUAAGCGACAACGAGGACUGUUCUUAAUUGGAAAAACAAUCAAAGCAAUAAAGAACAGGAUAACUGUUCAGAUAAGUGGUAGGAAUGAAGGAGUAACGCCCCGAAACUACCCCAGUGAGAUUCCCAACUGCAUACACUAGGCAUAGCGUGAUGUGGAGAGCAGAGUAAAAUAUACGGUCACGGUUCGUAGUGCACAACUGUGUAACCGAAAGCCAACAGGAGUAAUAAACCGGUUGGAACUAACCAAGUACCGUAUGCUGUCAACCGACAUGGUGAGAAUGUGGUAAACCAUUGACGAACUUGCGAAUGUACGCCUCGAAAAGGACACGGAUCAGAAAUGAUUCGGAGUCUGAAAACAAGACUUGUCUAAUGGAUUGGGAAUAUCUCAUAAUUAACAAUCCUAACGUUGUUAUAGGCAAUGGAGCUAGACACGGGGUAUAGCAAGCACCUAAAUCGGAGGUCAAAAUGACCUUUAAAACAAUGAUAGUCUGAAUGGAACGUCGAAAGCCACCAACGUUGAGAGUAAUCUCUAUCGGCGGAUACAGUUGAAUACGAAAUGGGCAACCAAGGGAAGUAUUCUUAAUAGUGGUGAGAGUAGUGGCACGACCGUUGAAGGUUCUGUAAUGGAACUGGAGGAACAGCCACAAGUCUAUAUUUCGAUAUAGAUGGACCGCGGUAUGCCGUGAAAGUGGCACGUACCGUGCGGAUCGGGGGAAAAGUUGGAGAUAGCUUCAAACACUUACCUAUCGACAAU
>R2314 0 25 residues,|
CGAGGACCGGUACGGCCGCCACUCG
>R2315 0 25 residues,|
CGAGGACCGGUACGGCCGCCACUCG
>R2316 0 97 residues,|
GUUGAUAUGGAUAAUACGUCAAGCUUCACCGAAGAACAAAUCAGGGGAAACUUUGAUUUGGGAGGUGAAGAACUACUUGACGUUGUCCUAAGUCAAC
>R2317 0 129 residues,|
GCGGGUGAAUGUAAGCAGAGAGACUGCGAAAAGCGGCGCCGACGGGGAAAGCAUGUAUUAUGUGAAACUCUCAGGCAAAAGGAUGUUUACGGGACGCAACUCUGGAGUCAUUUUUGUGUUACGACAGGG
>R2318 0 140 residues,|
CACUGGAUGAGGUUUUCAGGAGAACAGGGUAAGCUAACCAUGAUGAACUGAAAACGGACAGAACUCUGGAGAGUUCCGCAAGGACGCCGAAGGGGCAAGACAGCAAAGCUGUUCAAUCUCUCAGGCAAAAGGACAGAGCG
>R2320 0 C.tet group IIB intron, Clostridium tetani, subunit 1 of M2320, 721 residues;
CAAUAAAAGUGCGAAACGUUAUCCUAUAAGUAAGAAAGUUUUAAAAUUUUCUUACGAAAAGGAUAGAACUUAAAAGUUCUAACUGUUCUACUAAAGUAAUAAGUGAAAAUCUUAUUUAAAGCAAACAACCAAGUAGCUUUAAGUCUAAGUCCCCUACACAAGUUUUAUACUACUAUGCAAAACUUGUGAAGCUAGGUAAGGUCGUAAUCCGUGAAAGUCGGAUGCGGGGCUCCUUAAAAGAUUACUAUGGUAAACAUAAGCUAAUCCAUUAAGAUGCGAUUUAUAUGUAUUUUAUACUGUUAAAUAUUUUUGUGCUUGUGGCUUGGUAUAAAACAGUUAAGAUGAAGUACUUAACUGGUUUUGGAAUAAUUGGUUGUUAAACUAAAACAUUAUAAAUCGUUAGUGGAUACCUAAGGUAAUCAAAAAUAGGGAUAGGUAGAAUGGAACGUUUGAUGCUGUAUAUGAAGAGGUUUAGUAGAACCUAGGACACAUAUACGGGCUCAGCAGGUUCAUAGUAGCUAUGAUACUCAGCCGGAAGUCAAAUUAAUUUUGAAAUACUUCUAUGGUAACAUAGGAGAAGGAUAAAACUGAGUGAGCCAAGGAACCUAGUCGGUAAUAGUUCGCUAUUAUCGAGCGAACGCCUUAUGCGAUGAAAGUCGCACGUAGGGUGUAGACCAAGCGAAAUCCUAUGCAUUUAGGAUAGUGAGGUAUAGCAAGGAUC
>M2320 C.tet group IIB intron, Clostridium tetani, subunit 2, 10 residues;
GGGAGCCAUA
>R2320 0 C.tet group IIB intron, Clostridium tetani, subunit 1 of M2320, 721 residues;
CAAUAAAAGUGCGAAACGUUAUCCUAUAAGUAAGAAAGUUUUAAAAUUUUCUUACGAAAAGGAUAGAACUUAAAAGUUCUAACUGUUCUACUAAAGUAAUAAGUGAAAAUCUUAUUUAAAGCAAACAACCAAGUAGCUUUAAGUCUAAGUCCCCUACACAAGUUUUAUACUACUAUGCAAAACUUGUGAAGCUAGGUAAGGUCGUAAUCCGUGAAAGUCGGAUGCGGGGCUCCUUAAAAGAUUACUAUGGUAAACAUAAGCUAAUCCAUUAAGAUGCGAUUUAUAUGUAUUUUAUACUGUUAAAUAUUUUUGUGCUUGUGGCUUGGUAUAAAACAGUUAAGAUGAAGUACUUAACUGGUUUUGGAAUAAUUGGUUGUUAAACUAAAACAUUAUAAAUCGUUAGUGGAUACCUAAGGUAAUCAAAAAUAGGGAUAGGUAGAAUGGAACGUUUGAUGCUGUAUAUGAAGAGGUUUAGUAGAACCUAGGACACAUAUACGGGCUCAGCAGGUUCAUAGUAGCUAUGAUACUCAGCCGGAAGUCAAAUUAAUUUUGAAAUACUUCUAUGGUAACAUAGGAGAAGGAUAAAACUGAGUGAGCCAAGGAACCUAGUCGGUAAUAGUUCGCUAUUAUCGAGCGAACGCCUUAUGCGAUGAAAGUCGCACGUAGGGUGUAGACCAAGCGAAAUCCUAUGCAUUUAGGAUAGUGAGGUAUAGCAAGGAUC
>R2322 0 83 residues,|
GUUGAUAUGGACAUUCAAGUUGGGGAGCACACAUGGGGGAAACUUCAUGUAGUGCAUGGAACCAGAGAAUGUCCUAAGUCAAC
>R2323 0 83 residues,|
GUUGAUAUGGACAUUCAAGUUGUGGACGACACAUGGGGGAAACUUCAUGUAGUCGAUGGAAGCAGAGAAUGUCCUAAGUCAAC
>R2325 0 499 residues,|
GAGACCGAGAGGGAGUGAAGGACGGAACAAGUAUGGCGUUCGCGCCAUGCUUGAACCACCGUAUACCGAACGGUACGUACGGUGGUGAAACAAACAAAUAAACUAAAUUAUGUGUGCCCGGCAUGGGUGCAGUCUAUAGGGUGAGAGUCCCGAACUGUGAAGGCAGAAGUAACAGUUAGCCUAACGCAAGGGUGUCCGUGGCGACAUGGAAUCUGAAGGAAGCGGACGGCAAACCUUCGGUCUGAGGAACACGAACUUCAUAUGAGGCUAGGUAUCAAUGGAUGAGUUUGCAUAACAAAACAAAGUCCUUUCUGCCAAAGUUGGUACAGAGUAAAUGAAGCAGAUUGAUGAAGGGAAAGACUGCAUUCUUACCCGGGGAGGUCUGAGCUUUCGAGCUCAGAAGUCAGCAGAAGUCAUAGUAACUCCCUUUCCCCCGAUUACAAGUGUGCCUAAAGGGCUACGGAUUCGUUCGUUGGGUUUAUAAGCACACAUAAGGAUC
>R2326 0 37 residues,|
GCAGCCGCGCGUGGCCUUGAUGUUGUGCCCGGGCUGC
>R2327 0 40 residues,|
GGCAUCGGAAAGUGGGUUGAUGUAAGUAACAGGCGAUGCC
>R2328 0 32 residues,|
GGUCUUACGUCGUUCGCGACUAUUGGGAGACC
>R2329 0 60 residues,|
CGGAGUCAUGGCUCAGGGCUGUUCGCAGCCGCUGCAGUCAGUCGAAAGACUGAGACUCCG
>R2330 0 75 residues,|
ACUCGGGGUGCCCUUCAAAAGAAGGCUGAGAAAUACCCGUAUCACCUGAUCUGGAUAAUGCCAGCGUAGGGAAGU
>R2333s0 0 609 residues,|
GUGCGCCCGGCAUGGGCGAUAACUAGGCGGUGAAAGUCCGCUGUGGGCUUGGUAGUGGGAACCACUAGCCAAGAGCAAGGGUGUCCAUCGUGAGGUGGAAUCUGAAGGAAGCUUAAGGCAAAAUCUCGGUCUGAUGAACAAGAACCAGAUAAGAGGCUGAAUUGGGAUGGAUGAGUUUGCGUAACAAAACGAAGUCCAACACUACCCGAAUCCCAUACAGUAAAUCUGGCAGAUAUAUGAGAUGAAAGUUAUCGUUCUUACCCGGGGAGGUCUCAAGGAUAAGUCAUGGGAGUAAAAUCUGAAGUGACAACCCAUGCAGUGAUGUAUGGCUGAACCUUGAGAAGUCAGCAGAGGUCAUAGUACUUAUCUAUUCGUAGAUAAGGAAGGACCGAACGUUAGGAGGUUUUGGAAAUCUUAUGGACUCGAAAGAUAUGCAGAGACUGCAGACAACUCAACAAAGAGGCUAUCCGUUGUUCGCAACGGAAGUGCAUAGUAUAUCAUCGGCGUCGGAAGAUGGAAGAAACUCCUAAUGAACCGCCGUAUACCGAACGGUACGUACGGUGGUGUGAGAGGACGCUGAAUAAAAUAAUUAUUCAGCUCCUACUCGAU
>M2333 TaitIntron RNA, Thermoanerobacter italicus, subunit 2, 5 residues;
UUUAU
>R2333s0 0 609 residues,|
GUGCGCCCGGCAUGGGCGAUAACUAGGCGGUGAAAGUCCGCUGUGGGCUUGGUAGUGGGAACCACUAGCCAAGAGCAAGGGUGUCCAUCGUGAGGUGGAAUCUGAAGGAAGCUUAAGGCAAAAUCUCGGUCUGAUGAACAAGAACCAGAUAAGAGGCUGAAUUGGGAUGGAUGAGUUUGCGUAACAAAACGAAGUCCAACACUACCCGAAUCCCAUACAGUAAAUCUGGCAGAUAUAUGAGAUGAAAGUUAUCGUUCUUACCCGGGGAGGUCUCAAGGAUAAGUCAUGGGAGUAAAAUCUGAAGUGACAACCCAUGCAGUGAUGUAUGGCUGAACCUUGAGAAGUCAGCAGAGGUCAUAGUACUUAUCUAUUCGUAGAUAAGGAAGGACCGAACGUUAGGAGGUUUUGGAAAUCUUAUGGACUCGAAAGAUAUGCAGAGACUGCAGACAACUCAACAAAGAGGCUAUCCGUUGUUCGCAACGGAAGUGCAUAGUAUAUCAUCGGCGUCGGAAGAUGGAAGAAACUCCUAAUGAACCGCCGUAUACCGAACGGUACGUACGGUGGUGUGAGAGGACGCUGAAUAAAAUAAUUAUUCAGCUCCUACUCGAU
>M2333 TaitIntron RNA, Thermoanerobacter italicus, subunit 2, 5 residues;
UUUAU
>R2334 0 609 residues,|
GUGCGCCCGGCAUGGGCGAUAACUAGGCGGUGAAAGUCCGCUGUGGGCUUGGUAGUGGGAACCACUAGCCAAGAGCAAGGGUGUCCAUCGUGAGGUGGAAUCUGAAGGAAGCUUAAGGCAAAAUCUCGGUCUGAUGAACAAGAACCAGAUAAGAGGCUGAAUUGGGAUGGAUGAGUUUGCGUAACAAAACGAAGUCCAACACUACCCGAAUCCCAUACAGUAAAUCUGGCAGAUAUAUGAGAUGAAAGUUAUCGUUCUUACCCGGGGAGGUCUCAAGGAUAAGUCAUGGGAGUAAAAUCUGAAGUGACAACCCAUGCAGUGAUGUAUGGCUGAACCUUGAGAAGUCAGCAGAGGUCAUAGUACUUAUCUAUUCGUAGAUAAGGAAGGACCGAACGUUAGGAGGUUUUGGAAAUCUUAUGGACUCGAAAGAUAUGCAGAGACUGCAGACAACUCAACAAAGAGGCUAUCCGUUGUUCGCAACGGAAGUGCAUAGUAUAUCAUCGGCGUCGGAAGAUGGAAGAAACUCCUAAUGAACCGCCGUAUACCGAACGGUACGUACGGUGGUGUGAGAGGACGCUGAAUAAAAUAAUUAUUCAGCUCCUACUCGAU
>R2336 0 644 residues,|
GGGACUGUUUAUUAAAAAGUGCGACAAGAAGUUCAGGAAGGGAUUGAGGUGAAAGUCCUCCUCCCGAAUCGUUCAUGGGAGAGUCUAUCCAGACUUGCGUAGCGAGUAAUCGCUAGGUGAGAAGCUCUGGAGACAAUGUACCUGCCCUUCAAUUGGAGGUGCCAGGGCUAGGCUUUGUUCCUAUGGCUAGCGAAAGCGAAUACAGGUUAUUAGGCGUCGUGAAAACAAAACUCUUUCGACAUAAGGGAGAGGCUCGUAGAUGAGUUACCCUCCUUUUUAUGGGGUAACUGAACGAUCAAUAUCUACCGGCGUAGACUGUGAGCCUAAAGGAAACGAAUGAAAGUGUCCCUUCCUGGGAACUUGGUAAGCCCAAUAGACUCCCUCUGGGAAACCAGAGGAGGAGUAAGAGCAAUCUUACUUAUCGUCUAGUGGGUAAAAGACAUAAUAGGAAGCAAAUGCUUGGUUGUAACGAUCGAGAUAGAAUCUGUUGAUUUAAGCUGAAAGGCUGCAGACUUAUUAAAUGGGUGUUCUGCUGUAUGGCGUUCGCGCCUAAGCAGCAGAAUGCGUGAGCCGUGUGCGAUGAAAGUCGCAAGCACGGUUCUGAUGGGGGGAAAACGAGAGAUCGUCUACCUAUCCAACUCACA
>R2337s0 0 622 residues,|
GUGCGACAAGAAGUUCAGGAAGGGAUUGAGGUGAAAGUCCUCCUCCCGAAUCGUUCAUGGGAGAGUCUAUCCAGACUUGCGUAGCGAGUAAUCGCUAGGUGAGAAGCUCUGGAGACAAUGUACCUGCCCUUCAAUUGGAGGUGCCAGGGCUAGGCUUUGUUCCUAUGGCUAGCGAAAGCGAAUACAGGUUAUUAGGCGUCGUGAAAACAAAACUCUUUCGACAUAAGGGAGAGGCUCGUAGAUGAGUUACCCUCCUUUUUAUGGGGUAACUGAACGAUCAAUAUCUACCGGCGUAGACUGUGAGCCUAAAGGAAACGAAUGAAAGUGUCCCUUCCUGGGAACUUGGUAAGCCCAAUAGACUCCCUCUGGGAAACCAGAGGAGGAGUAAGAGCAAUCUUACUUAUCGUCUAGUGGGUAAAAGACAUAAUAGGAAGCAAAUGCUUGGUUGUAACGAUCGAGAUAGAAUCUGUUGAUUUAAGCUGAAAGGCUGCAGACUUAUUAAAUGGGUGUUCUGCUGUAUGGCGUUCGCGCCUAAGCAGCAGAAUGCGUGAGCCGUGUGCGAUGAAAGUCGCAAGCACGGUUCUGAUGGGGGGAAAACGAGAGAUCGUCUACCUAUCCAACU
>M2337 Pli Group IIB intron postcat, Pylaiella littoralis, subunit 2, 22 residues;
GGGACUGUUUAUUAAAAACACA
>R2337s0 0 622 residues,|
GUGCGACAAGAAGUUCAGGAAGGGAUUGAGGUGAAAGUCCUCCUCCCGAAUCGUUCAUGGGAGAGUCUAUCCAGACUUGCGUAGCGAGUAAUCGCUAGGUGAGAAGCUCUGGAGACAAUGUACCUGCCCUUCAAUUGGAGGUGCCAGGGCUAGGCUUUGUUCCUAUGGCUAGCGAAAGCGAAUACAGGUUAUUAGGCGUCGUGAAAACAAAACUCUUUCGACAUAAGGGAGAGGCUCGUAGAUGAGUUACCCUCCUUUUUAUGGGGUAACUGAACGAUCAAUAUCUACCGGCGUAGACUGUGAGCCUAAAGGAAACGAAUGAAAGUGUCCCUUCCUGGGAACUUGGUAAGCCCAAUAGACUCCCUCUGGGAAACCAGAGGAGGAGUAAGAGCAAUCUUACUUAUCGUCUAGUGGGUAAAAGACAUAAUAGGAAGCAAAUGCUUGGUUGUAACGAUCGAGAUAGAAUCUGUUGAUUUAAGCUGAAAGGCUGCAGACUUAUUAAAUGGGUGUUCUGCUGUAUGGCGUUCGCGCCUAAGCAGCAGAAUGCGUGAGCCGUGUGCGAUGAAAGUCGCAAGCACGGUUCUGAUGGGGGGAAAACGAGAGAUCGUCUACCUAUCCAACU
>M2337 Pli Group IIB intron postcat, Pylaiella littoralis, subunit 2, 22 residues;
GGGACUGUUUAUUAAAAACACA
>R2341 0 186 residues,|
GCCCGGAUAGCUCAGUCGGUAGAGCAGCGGAGGAAGCACUAUCAAUGGAUAGUGCAACAGCAGAACAAUUUGCUGAGGGCUAUUGAGGCGCAACAACAUCUGUUGCAACUCACAGUCUGGGGCAUCAAGCAGCUCCAGGCAAGAAUCCUCCGCGGGUCCAGGGUUCAAGUCCCUGUUCGGGCGCCA
>R2345 0 64 residues,|
GAGACCGACAUGUCUACCAGUAUGGGGAUCUCAUGACGGUUCGAAAGAACCUAGAGUUGACAUC
>R2350 0 389 residues,|
GGAGGGAAAAGUUAUCAGGCAUGCACCUGGUAGCUAGUCUUUAAACCAAUAGAUUGCAUCGGUUUAAAAGGCAAGACCGUCAAAUUGCGGGAAAGGGGUCAACAGCCGUUCAGUACCAAGUCUCAGGGGAAACUUUGAGAUGGCCUUGCAAAGGGUAUGGUAAUAAGCUGACGGACAUGGUCCUAACCACGCAGCCAAGUCCUGUACUCAACAGAUCUUCUGUUGAGAUGGAUGCAGUUCACAGACUAAAUGUCGGUCGGGGAAGAUGUAUUCUUCUCAUAAGAUAUAGUCGGACCUCUCCUUAAUGGGAGCUAGCGGAUGAAGUGAUGCAACACUGGAGCCGCUGGGAACUAAUUUGUAUGCGAAAGUAUAUUGAUUAGUUUUGGAGU
>R2351 0 389 residues,|
GGAGGGAAAAGUUAUCAGGCAUGCACCUGGUAGCUAGUCUUUAAACCAAUAGAUUGCAUCGGUUUAAAAGGCAAGACCGUCAAAUUGCGGGAAAGGGGUCAACAGCCGUUCAGUACCAAGUCUCAGGGGGAACUUUGAGAUGGCCUUGCAAAGGGUAUGGUAAUAAGCUGACGGACAUGGUCCUAACCACGCAGCCAAGUCCUGUGUCAACAGAUCUUCUGUUGAAUCUGGAUGCAGUUCACAGACUAAAUGUCGGUCGGGGAAGAUGUAUUCUUCUCAUAAGAUAUAGUCGGACCUCUCCUUAAUGGGAGCUAGCGGAUGAAGUGAUGCAACACUGGAGCCGCUGGGAACUAAUUUGUAUGCGAAAGUAUAUUGAUUAGUUUUGGAGU
>R2352 0 389 residues,|
GGAGGGAAAAGUUAUCAGGCAUGCACCUGGUAGCUAGUCUUUAAACCAAUAGAUUGCAUCGGUUUAAAAGGCAAGACCGUCAAAUUGCGGGAAAGGGGUCAACAGCCGUUCAGUACCAAGUCUCAGGGGAAACUUUGAGAUGGCCUUGCAAAGGGUAUGGUAAUAAGCUGACGGACAUGGUCCUAACCACGCAGCCAAGUCCCUAACUCAACAGAUCUUCUGUUGAGAGGGAUGCAGUUCACAGACUAAAUGUCGGUCGGGGAAGAUGUAUUCUUCUCAUAAGAUAUAGUCGGACCUCUCCUUAAUGGGAGCUAGCGGAUGAAGUGAUGCAACACUGGAGCCGCUGGGAACUAAUUUGUAUGCGAAAGUAUAUUGAUUAGUUUUGGAGU
>R2353 0 394 residues,|
GGUUUGGAGGGAAAAGUUAUCAGGCAUGCACCUGGUAGCUAGUCUUUAAACCAAUAGAUUGCAUCGGUUUAAAAGGCAAGACCGUCAAAUUGCGGGAAAGGGGUCAACAGCCGUUCAGUACCAAGUCUCAGGGGAAACUUUGAGAUGGCCUUGCAAAGGGUAUGGUAAUAAGCUGACGGACAUGGUCCUAACCACGCAGCCAAGUCCUAAACUCAACAGAUCUUCUGUUGAGUAGGAUGCAGUUCACAGACUAAAUGUCGGUCGGGGAAGAUGUAUUCUUCUCAUAAGAUAUAGUCGGACCUCUCCUUAAUGGGAGCUAGCGGAUGAAGUGAUGCAACACUGGAGCCGCUGGGAACUAAUUUGUAUGCGAAAGUAUAUUGAUUAGUUUUGGAGU
>R2365 0 60 residues,|
GGGCGGCAGUAGCCAACACGAGUACUGCUUCGGCAGUGGAACCAACGUAGUAUGCCGCCC
>R2377v1 0 276 residues,|
GGAGGGAAAAGAGAAGGGUUCGCCCUUUUCUAGCACCGCCCUCGCCAAUGCCCCGGAAUCAGUGAAUGCUUAUACAUCCGGGGUAUUGUUUCUCGCGGUGCUCAACUGAAACUUCGGUUUUAGUUGUUUCCCUCCGUAUCCAAAGGGCCAUGCUUCGGCAUGGUCCUUGGGUUAGCGAGAAACCCUUGGUUGGAAUCAGUGAAUGCUUAUACAUCCAGCCAAGGGGCGAGGGCUAACCCGCACAAGAGGUACUUCGGUAUCUCUUGUGCUGGAUAC
>R2377v2 0 276 residues,|
GGAGGGAAAAGAGAAGGGUUCGCCCUUUUCUAGCACCGCCCUCGCCAAUGCCCCGGAAUCAGUGAAUGCUUAUACAUCCGGGGUAUUGUUUCUCGCGGUGCUCAACUGAAACUUCGGUUUUAGUUGUUUCCCUCCGUAUCCAAAGGGCCAUGCUUCGGCAUGGUCCUUGGGUUAGCGAGAAACCCUUGGUUGGAAUCAGUGAAUGCUUAUACAUCCAGCCAAGGGGCGAGGGCUAACCCGCACAAGAGGUACUUCGGUAUCUCUUGUGCUGGAUAC
>R2386 0 417 residues,|
GUUAUGUGUGCCCGGCAUGGGUGCAGUCUAUAGGGUGAGAGUCCCGAACUGUGAAGGCAGAAGUAACAGUUAGCCUAACGCAAGGGUGUCCGUGGCGACAUGGAAUCUGAAGGAAGCGGACGGCAAACCUUCGGUCUGAGGAACACGAACUUCAUAUGAGGCUAGGUAUCAAUGGAUGAGUUUGCAUAACAAAACAAAGUCCUUUCUGCCAAAGUUGGUACAGAGUAAAUGAAGCAGAUUGAUGAAGGGAAAGACUGCAUUCUUACCCGGGGAGGUCUGGAAACAGAAGUCAGCAGAAGUCAUAGUACCCUGUUCGCAGGGGAAGGACGGAACAAGUAUGGCGUUCGCGCCUAAGCUUGAACCACCGUAUACCGAACGGUACGUACGGUGGUGUGAGAGGAGUUCGCUCUACUCUAU
>R2387 0 43 residues,|
GGUGCGUUGCUUCCGAUGACGGCACCUUAAAAACAAUAGGAGA
>R2390 0 34 residues,|
GGUGGGUUCUUCCUCGCCACGGUAAAAACAAGGA
>R2415s0 0 166 residues,|
GGAUACUUACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCACUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGUGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUUUCCCCUG
>M2415 U1 snRNP with ligand, , subunit 2, 10 residues;
AGAGUAAGUC
>M2415 U1 snRNP with ligand, , subunit 1, 166 residues;
GGAUACUUACCUGGCAGGGGAGAUACCAUGAUCACGAAGGUGGUUUUCCCAGGGCGAGGCUUAUCCAUUGCACUCCGGAUGUGCUGACCCCUGCGAUUUCCCCAAAUGUGGGAAACUCGACUGCAUAAUUUGUGGUAGUGGGGGACUGCGUUCGCGCUUUCCCCUG
>M2415 U1 snRNP with ligand, , subunit 2, 10 residues;
AGAGUAAGUC
>R2425 0 851 residues,|
GGGAGGGAAUACCUGGCUGUGCGAGACGUUCGUAAUUGAAAAGAUUACGCACCAUCUUGAAACGUUGAAAUGUAAAUAACACCCACAACGAAUUAAGAUUGUAGAACUCUUAACUUGAGAAGUGGAAUGAUAGAGUAACGUCUUGAAACGCUUCCCCUAAUACUCCGACAUGCGCCUUCUAGUUUUGCGACAUAAGAAGGGGUCUGAAGCUCGGUGAAGUCAUCUGAAAAAUUACCGAAGUACCUAUUUUAACAGGCAACCGAAAAGGAUCUCAGAGGUGAGUCCCGUAGUUGAUAGGGUGGGGGUCACAAAAAAUUAGAUAUGGUGAGAAUGAAUAAAAUGGUAUUCUGACGAACUUCCGAAUGUACGGGUCGAAUAUUCGCAUACCAGAAAUGGUAUGGGAAACGAAAGUUUCUAUGUCCAGUGGUGGAUACGUUAUAGCCUGGAAAAACCACCAUGCAAUGUUACAGGCAUUGGAUAGGGCAUCGGCUUAAAGGAAGCAUCUAAGUCUAAAAUUGAUAAAGUUAAGGGAACGUCGAAAGCUAAUGAUGUGGAGAGCGCAAACUCUAUGAAACAGUAAGGAGGAAACGGUAUACCGAGGGAACUUCUUUUAACAUUAGUGAGAGUAGUGGUAGGAGCAAAGAAGGUUCUGUAAUGGAACUGGAGCAAUAGCCACAAGUCGACUGCAUUUCGAUGCAGUCGAUGGAACGCCGUGUGCGGUGAAAGUCGCACGCACGGUGUGGGGCGGGGGAAAAAUUGGAGAUAACAUCAAAGAUUUACCUAUCGCACCCGAAAUGGGUAGGCGCUACCCCAGAGGGAAAUAUCCUUUGGGAUGCGUCACAUUUUGGAUC
>R2426 B.cI4 postcat, Bacillus cereus, subunit 1, 825 residues;
GUGCGAGACGUUCGUAAUUGAAAAGAUUACGCACCAUCUUGAAACGUUGAAAUGUAAAUAACACCCACAACGAAUUAAGAUUGUAGAACUCUUAACUUGAGAAGUGGAAUGAUAGAGUAACGUCUUGAAACGCUUCCCCUAAUACUCCGACAUGCGCCUUCUAGUUUUGCGACAUAAGAAGGGGUCUGAAGCUCGGUGAAGUCAUCUGAAAAAUUACCGAAGUACCUAUUUUAACAGGCAACCGAAAAGGAUCUCAGAGGUGAGUCCCGUAGUUGAUAGGGUGGGGGUCACAAAAAAUUAGAUAUGGUGAGAAUGAAUAAAAUGGUAUUCUGACGAACUUCCGAAUGUACGGGUCGAAUAUUCGCAUACCAGAAAUGGUAUGGGAAACGAAAGUUUCUAUGUCCAGUGGUGGAUACGUUAUAGCCUGGAAAAACCACCAUGCAAUGUUACAGGCAUUGGAUAGGGCAUCGGCUUAAAGGAAGCAUCUAAGUCUAAAAUUGAUAAAGUUAAGGGAACGUCGAAAGCUAAUGAUGUGGAGAGCGCAAACUCUAUGAAACAGUAAGGAGGAAACGGUAUACCGAGGGAACUUCUUUUAACAUUAGUGAGAGUAGUGGUAGGAGCAAAGAAGGUUCUGUAAUGGAACUGGAGCAAUAGCCACAAGUCGACUGCAUUUCGAUGCAGUCGAUGGAACGCCGUGUGCGGUGAAAGUCGCACGCACGGUGUGGGGCGGGGGAAAAAUUGGAGAUAACAUCAAAGAUUUACCUAUCGCACCCGAAAUGGGUAGGCGCUACCCCAGAGGGAAAUAUCCUUUGGGAUGCGUCACAU
>R2426 B.cI4 postcat, Bacillus cereus, subunit 2, 26 residues;
GGGAGGGAAUACCUGGCUUUUGGAUC
>R2427 0 604 residues,|
GGGUAACUGUUUAUACAUACAGUGUGCGCCGGGAGACCGGUAGAGAUCAAGGGGUGAAAGUCCCCGACCAUUGAAGGACCAGCAAUCCACAAGGUCCCCGAGUCAUGCGUUGCAUACCGCGAGGUAUGGGGCGAAGCGUUGACAGGGGUGUUGACAGGCCAGCCAUUGAGCCACGAAAUGUAUAUUAAAUUACCGGGUGCCGACGUUGUACUGUUAACGGAAGGCAACAUCAUAGGGUGCGAUACUGCGAGUGCCACAUGGACCCGGCGGGGUCUGAGACCCUGGCAUGUCAAUACGAUCUCUACGCGGGAACCGGGAGAUCUCCCCUCUGACCAUCUGCCAGUGUCGGAGACGGCCCGCACCGGGAAGACGAGGAGUCAUAGCCGGUGAUGUACGGAGAGGAGAAGUCGGACUCGCUCAUAGUAGCGGCGAAGCAGGCGAACAACCCGAAAGGAGCGGAGUCAGUGGAGCGAAGGAGCGGGGCCAAGGGUACGAGGUCUUCGGACCUCGUACCCGAGGCAGGAGCCCGGUGCGUAAAUCGCGCACGCCGGGAUCUGUGCGGGGGGUAUCCGGUAACGGGUAUCCCUACCGCGACAUAUGGAUC
>R2428 0 87 residues,|
GGUUCACCCUUGUAAUCCCAGCACUUUGGGAGGCAGAGGCUGGCGGAUCGCUUGAGUCCAGGAGUUCGAGACCAGCCUGGGUGAACU
>R2429 0 345 residues,|
GGGAGACCCUCGAAUGGAAUUGGUUCUACAUAAAUGCCUAACGACUAUCCCUUUGGGGAGUAGGGUCAAGUGACUCGAAACGAUAGACAACUUGCUUUAACAAGUUGGAGAUAUAGUCUGCUCUGCAUGGUGACAUGCAGCUGGAUAUAAUUCCGGGGUAAGAUUAACGACCUUAUCUGAACAUAAUGCUACCGUUUAAUAUUGCGUCACAGUAGAUGUUUUCUUGGGUUAAUUGAGGCCUGAGUAUAAGGUGACUUAUACUUGUAAUCUAUCUAAACGGGGAACCUCUCUAGUAGACAAUCCCGUGCUAAAUUGUAGGACUAAUUCCAUUUAUCAGAUUUCUAG
>R1435s0 0 METTL16 (Uniprot: Q86W50)/MALAT1, Human, subunit 2 of M1435, 18 residues;
GGAAGGUUUUUCUUUUCC
>R1435s1 1 METTL16 (Uniprot: Q86W50)/MALAT1, Human, subunit 3 of M1435, 42 residues;
GGUUUUGCUUUUUGGCCUUUCUUAAAAAAAAAAAAAGCAAAA
>R1435s0 0 METTL16 (Uniprot: Q86W50)/MALAT1, Human, subunit 2 of M1435, 18 residues;
GGAAGGUUUUUCUUUUCC
>R1435s1 1 METTL16 (Uniprot: Q86W50)/MALAT1, Human, subunit 3 of M1435, 42 residues;
GGUUUUGCUUUUUGGCCUUUCUUAAAAAAAAAAAAAGCAAAA
>R2439 0 372 residues,|
AGAUAUUGUUGAGUUUAUUUGAGGAGGUUUAUACACAGAUGAACCACAAUGCGGUGACGUAUUGUUAAAAAUCCUGCUUAAUGCUGGAAAAUCCCCAAUCUUAGGAUUUGCAUACGACUUAUUCUUUAUAAUAGUAUUAUUAAUAGGCGUGAAAAUUGCAAUGACACGGGGAAAAUCAGCAGGGGUGAGAAGUUUACAUACUUCAGAAGCCUCUCAGAGACUACAUGCAGGAGAUCUUAUGUCGACAUAAGAUCAUGAUAUAGUCCGAUCAAUAAAGAAAUUUAUUGCGUAUAGUAAGAGGAUUUAAUAUUUAUAUUAAAUCUGUAACUAUCAACAUAAAUGCUCUGUAAAUAAUGCAACUUUAAACAGAUU
>R2452 0 51 residues,|
GGUAGCACACCUAUGCGUUCCCGUCGCGCUACUGAUUUAGACUAAAUAGGU
>R2453 0 22 residues,|
GGGCCAUGGGAUGGGGUCUGGG
>R2454 0 22 residues,|
GGGCCAUGGGAUGGGAUCUGGG
>R2456 0 198 residues,|
GUCAUUGAAAAAAAAAGACAAAUCUGCCCUCAGAGCUUGAGAACAUCUUCGGAUGCAGAGGAGGCAGCCUUCGGUGGCGCGAUAGCGCCAACGUUCUCAACAGACACCCAAUACUCCCGCUUCGGCGGGUGGGGAUAACACCUGACGAAAAGGCGAUGUUAGACACGCCCAGGUCAUAAUCCCCGGAGCUUCGGCUCC
>R2457 0 25 residues,|
CGAGGACCGGUACGGCCGCCACUCG