| Acc# | Gene | Locus | DB | Organism | Product | Score | E-value | Identities | Positives | Gaps |
|---|---|---|---|---|---|---|---|---|---|---|
| Q12751 | YMR185W | YM48_YEAST | SP | Saccharomyces cerevisiae (Baker's yeast) | Hypothetical 113.2 kDa protein in SSO2-HSC82 intergenic region. | 356 | 8e-97 | 290/991 (29%) | 493/991 (49%) | 88/991 (8%) |
| Q96U31 | B2O8.070 | TrEMBL | Neurospora crassa | Conserved hypothetical protein. | 97.4 | 9e-19 | 145/626 (23%) | 242/626 (38%) | 73/626 (11%) | |
| O42977 | SPBC20F10.08C | TrEMBL | Schizosaccharomyces pombe (Fission yeast) | Hypothetical protein. | 80.9 | 8e-14 | 81/384 (21%) | 163/384 (42%) | 24/384 (6%) | |
| Q95RK7 | CG18398 | TrEMBL | Drosophila melanogaster (Fruit fly) | LD22423p. | 56.6 | 2e-06 | 64/280 (22%) | 121/280 (43%) | 3/280 (1%) | |
| Q9VJ29 | CG18398 | TrEMBL | Drosophila melanogaster (Fruit fly) | CG18398 protein. | 56.6 | 2e-06 | 64/280 (22%) | 121/280 (43%) | 3/280 (1%) |
Scores for sequence family classification (score includes all domains): Model Description Score E-value N -------- ----------- ----- ------- --- tRNA_Me_trans tRNA methyl transferase -272.9 5.4 1 Parsed for domains: Model Domain seq-f seq-t hmm-f hmm-t score E-value -------- ------- ----- ----- ----- ----- ----- ------- tRNA_Me_trans 1/1 211 424 .. 1 392 [] -272.9 5.4
CDS Sequence
ATGACACCTC CAAAGATTGA AGAGCTTCCG GACGAAGAGC CCAAAGTGGC AAAACCACCC AAGAAGAACC CATTTGCATT ACGTCCCAAA AAGACAACTA TTCAAAGATC TGTGGATGAG GTGTACCCAT TACGAAAGGG CCTCAATAAA CCCGAGATCA AAAGCACCAA ACCAATCGAC TTGTTATTCG AAAAATTGGA AAATGTGTTG GATTTAGAGT ATGATCAGTT GACTATCGAT GTCTTGTACC AACGTTTGTT CAATGATAAA CAAGAGTTTG ATTCTTTTAC GAAAAGATAT GAAGTTATTG AGCAATTGCT AGATTATTTG ATTGATATAC AGAAATTGTC AATGAACTCG ATTCAAAACG ACGATAAAAA TCTTATTGCC ATTTCATTAC ATGACCTCAA GACATTTAGT AAGTTACTTA ATGTCATCAT CATACACGGC GTGTATCCGC CTTTGAATAT ACTCCGCATA GGTATACAGT TTGAAAAAAG GCAATTAAAG AATTTTTCAA ACAACAAGAA CTTGATTAAG ATTGACAAGT TGCCTCAGAC TGATTTTGCA TATATTGAAA AGCTTTTGAC TTTGATTTAT ACAAAGCTAT TGCGGGTTTT ACTGATAAAA TCTGATGTTG CTAGTTTATT ATTAAAGGGA ACCGGCTACA CCGACTTTTT GGTTGTGGCT ATTACATTGA TTGTCATCCC TCAGTTTAAT TCCAGTGATA TCGACTTTGC TAAAATTGAA AGCATAGCAT CGACGTTTGA GTTATACCAG ACATATTCTT TGTTGTTAAC CACACCATCT CCAGCTATTT TCAAAAAGTT TGTAATGTCA CATTTGGGGT CACTCCACTA TTCAAGACCA AATGGTATAC TCACACTAAT TGAGTTTGTT CTTGGGTTGC GAGACCAAGA GGAAATAAAC ATCGAAAAGT TTGATAATGT GGCAAATGTT GTTTTGCAGA AACCCGCCAA CGTCGACACC AAGAGTTATT TTATGTCAGT TGGGAATCAA ATGTATGACT TGTTGATTAA TATCAACCGA CCAAATGTTA CTTCATGTGT GGCATATGTT TTGGAAAAAT TATGGCAGAG AAACAAACTA GTTGTAACGG ATTTTGTTTT GCAAAGAATA TGGAACAACT TCAATCCTCC ACCAAAAGAC GAAGGTATCT TAGTGACTGA AGCCCAATTG AATAACAATA TTAATGTGAT ATTATCTTTA ACCAAAAAGG GGTTGGAACC CGATTTATAC CAAGCTGTTA TTCAACCTGT GTTACTACCA CTTTGGGGGT ATTACACCTT TCTAAAACAA AACGGTAAAG AAGGTGGGGT CGCCTTGAAC ATTTTGACTA GCTATTTTAC ATTAATGAAG GGTATCGACG ATCTGGGATT GCCAACTATA GCTAAAAATT TACTTTACAA ACATGGAGAA AACTGGAAAT ATGAATTTGG CGACAACAAC TTGACCCAAA TTGTGACAGA AAAACCCGAA TTTGTATCTC AGAGCAAAGA GTCCAAAATC AATAAATTCT TGAACGATTT GGACTTTGCT TGCGAATTGT TTGTCAAGGT ATTGGAGGAA TTGGATGATA GTCTAATTCA ACAGCTATTT GTAAAAATCT TGAACAACTG GTTAAACAAT GACACACAAA TTTTAGGAGG CGAAGAAAGA GATCCATTTC TAATGCTTCT TGATTTACGT TTATTAGAAA AAATAGGGGA GAAGTTTAGA GAGAATTTAG CAACGAACCC AATTGATATG TTAGAATTGG TACAGAGTTT TCTCAGTTCC TACAAGCCAA ACAGCAAAGA GAATGAACAC AGCGCCGAAG ATTCAGACGA CGAAATGGAT GACGATGAGC TGGAGTTTAA TCTGGATCAA ACTATAACTG TTCTCCTCCA GTTATTGTCA GCAATTATTT CCGAAAACGA TATTATTCTT GACAACAAGG GTTCCGAGTT GTTGTCGAGT ATCAAAAAAA TTCTATCGAC GAATTCACAG TTTCAAGCTA GCTCACTTAA GGGTTCAGCA GATGCATTAT GCACAAGAAT TGAAAGTTTA CTATCTAACA ATAATGAGAT ACTTCCTGCC AACGAATCTG AAGCCCAGAA ACAAATTTTG CAGCGGGCCA TAACCAATTT AAACGACCCC TTAGTACCCA TTCGAGCCCA TGGATTATAT TTGTTGAGAC AATTGATTGA AATGAAAAGC TCAGTAATTA CATTGGATTT TGCAATAAAT TTACATCTCG TACAATTGAA AGACCCAGAA CCATTTATAT ATCTCAACGT GATCAAAGGA CTTGAAACTT TAATTGAGTG GAACGAGCCA CTAGTTTTGG ATAGCTTGTG CAAGTTATAT TTACAAGATG ATGTTGAGTT GGACGAAAAA CTAAGAATTG GAGAGGTGAT TCTTCGGTAT ATTCAAAGAG CAGGGCAAAC ATTTACCGGG AATTCTGCTA AATTGATTGT AGAAACAACA TTGGCGGTGA TTCGAAGAGC AGGCAACAAT AGAAAAGATG ACAGATTAAG AATGTCGAGC ATGTCGTTGT TGGGTACATG TTGCAAGGTC AATCCGTTGG GGATGATTGA TAATTTGAAC TATGCGTTGG ATGCAAGTAT TGGTATTTTG GAATTAGAAA CAGACAAGGA TCAAGCTATA ATGAGACGTG CAGCCATTAT GTTGATATAT GATTTGATAC TAGGAACATC AGAGACTGAC AAAGTCGAGT TTCCTCAGCA GTACAAAAGC AAGGTTATAA CTGTATTGAG ATATGTTGCT GAAACAGATA ACGATTTATT GGTCAGAGAA CAGGCACAAA AAGTGTTCGC AACCGTGGAA GAGTTGATTG AATTAGCCAT GGAATTATAC AAAGAGGAAA ATCAAGTACA ATGA
AA Sequence
MTPPKIEELP DEEPKVAKPP KKNPFALRPK KTTIQRSVDE VYPLRKGLNK PEIKSTKPID LLFEKLENVL DLEYDQLTID VLYQRLFNDK QEFDSFTKRY EVIEQLLDYL IDIQKLSMNS IQNDDKNLIA ISLHDLKTFS KLLNVIIIHG VYPPLNILRI GIQFEKRQLK NFSNNKNLIK IDKLPQTDFA YIEKLLTLIY TKLLRVLLIK SDVASLLLKG TGYTDFLVVA ITLIVIPQFN SSDIDFAKIE SIASTFELYQ TYSLLLTTPS PAIFKKFVMS HLGSLHYSRP NGILTLIEFV LGLRDQEEIN IEKFDNVANV VLQKPANVDT KSYFMSVGNQ MYDLLININR PNVTSCVAYV LEKLWQRNKL VVTDFVLQRI WNNFNPPPKD EGILVTEAQL NNNINVILSL TKKGLEPDLY QAVIQPVLLP LWGYYTFLKQ NGKEGGVALN ILTSYFTLMK GIDDLGLPTI AKNLLYKHGE NWKYEFGDNN LTQIVTEKPE FVSQSKESKI NKFLNDLDFA CELFVKVLEE LDDSLIQQLF VKILNNWLNN DTQILGGEER DPFLMLLDLR LLEKIGEKFR ENLATNPIDM LELVQSFLSS YKPNSKENEH SAEDSDDEMD DDELEFNLDQ TITVLLQLLS AIISENDIIL DNKGSELLSS IKKILSTNSQ FQASSLKGSA DALCTRIESL LSNNNEILPA NESEAQKQIL QRAITNLNDP LVPIRAHGLY LLRQLIEMKS SVITLDFAIN LHLVQLKDPE PFIYLNVIKG LETLIEWNEP LVLDSLCKLY LQDDVELDEK LRIGEVILRY IQRAGQTFTG NSAKLIVETT LAVIRRAGNN RKDDRLRMSS MSLLGTCCKV NPLGMIDNLN YALDASIGIL ELETDKDQAI MRRAAIMLIY DLILGTSETD KVEFPQQYKS KVITVLRYVA ETDNDLLVRE QAQKVFATVE ELIELAMELY KEENQVQ*