F. gonidiaformans 25563_FusoPortal_Gene_1539

InterPro predicted function:
InterPro Accessions:

Link to full Interpro analysis


Previous Gene Next Gene

Return to complete Genome Map of F. gonidiaformans 25563

FASTA file of all annotated F. gonidiaformans 25563 genes - Amino Acids | FASTA file of all annotated F. gonidiaformans 25563 genes - DNA

Additional Links

Hidden Markov Model (HMMScan) for domains: 25563_FusoPortal_Gene_1539.out

Amino Acids: 1340

ORF FASTA file - Amino Acids

MKGIFKYKTTVINISVFLTLLVGAIFYAANHLEEAIASVSKLFLGDPILIEKIEIKKDKI RLEGISMDLEGEPFLRIPKIEAERPSFLKLGNITIPEGDIYILRKEDGKLNIDRYLPKEE SKKINLKDYRPITNIPIEKISFETLRTHYEDRVLDPKFQKTISWQGETVFDRKKGISAKL LGSDKEERYQIDYSGEKMPYDVQLDIIGIRPEDYWKPYLKTESIVLETGNLEAHIHSDYY GNTGEIQADIPKLEFLNKKWEAGNLYISLDKNQVNASLDYKENGENKNSIITYDLEKKEA HAEFLDIYYDKISLDLAMQKKWKLDFLAEHSVYPKLEGTLSFDFKEDKIPFSLQSNIVDT DGEYLKNVSYLKLYKKKRFFLNYDIAKANLEKGEGEIPISIYDYKANIIFQAKDNVIEIQ KAKIDSEKNGSILLKGFTDINEKKAEFEYKSDHFCFEKEIEGTEVFAQLALQGNISYDAH LGVKVSSQGEIEKVQYGDYGIEGLRVDMEYEEDEIQVYAFENRFLNAKGSIDIVNQNTNL EIELKDFDNTKVNVSYPEFFVNHARGQVRGNIKNPIADLYIEEGKLSILSQKENQVRGNF HLEDKVVSFQDVNLDQNLFSGEYRIFDNSYHIFANIIEEKLSDYYGFHDLYYRVIGEVEV NGKGRELFATAKSTIDKIYYRGKKLPNIAWEGSYTLGKQGIGKIDLSPIYLQNDKKKRFL SLEAEIDLDQETLSVDIPKQSFYLEDIEDYTTVDFLEGKWTLAGKVKGNYKNPNYDFQME GENLKVKKAPLDYLTLKFHGNTEKLTIDSIKTAYLQNKAEIQGYYGIQDESYDISVKAPK IDWKLLQSFASEYGVENIEGNSNLDFHIRSQQSQGNLFLHNFSFEMPKKYISVKNFTGNI ELHGNEMMVHQISGIVNEGKAVVKGRMQLPKLNEVKKDFSFLKKLDYYFNIDVQELKYRI PEMLSLDISSHLRLESNKLRGNIELLKGKVVDIPNTYQSYWKIIRKFFEEKSSQVVLNSQ SLGQDFEVQESETKLENLLDIDLSLWIQEGIKVDIPELNVAVEDVKGTVVGGLSVVGKEG KYALLGNLEVEKGSLMVNTNIFSLDKAMLSFNENKTYLPNVNPSLLIDSNVDVNGEKVRF SIQGKTDDLRFSIGSSQGNTSGSLNSLITGQIQENESNASYTALLRNIIGGQLTQTVIRP FAKIIRKVFHFEKFRITSNVYNQAKKGDDSSGDLYLGAKIEVEDNLYKDKLYWNFTGTLY DTGLQNTQINSQSKDNKIMDQYDLSLRYPYSETKTFEIGVGKLPSKFYTNQEQIKEKKKL NYHIGVKIEKKMNDFFDIFR

Coding DNA - Genome Coordinates: 1601749-1597727 | Orientation: Reverse

ORF FASTA file - Coding DNA

TTGAAAGGAATATTTAAGTATAAGACGACAGTCATCAATATTTCTGTTTTCCTTACTTTGTTAGTAGGAG CTATTTTTTATGCAGCGAATCATTTAGAAGAGGCGATTGCAAGTGTCTCTAAACTTTTTTTAGGGGATCC TATTCTGATTGAGAAGATTGAAATTAAAAAAGATAAGATTCGTTTAGAAGGAATTTCAATGGATTTAGAA GGAGAGCCTTTTCTTAGAATTCCTAAAATAGAGGCTGAGCGTCCCTCTTTTTTGAAATTAGGGAATATTA CGATTCCGGAAGGAGATATTTATATTCTTCGGAAAGAAGATGGGAAACTAAATATTGATCGTTATCTCCC CAAAGAAGAAAGCAAAAAGATAAACTTGAAGGACTATCGCCCTATTACAAATATTCCTATTGAAAAGATT TCTTTTGAAACATTGAGAACACACTATGAAGATAGAGTCTTGGATCCTAAGTTTCAAAAAACAATTTCTT GGCAAGGAGAAACTGTTTTTGATCGAAAAAAAGGAATTTCTGCTAAACTACTAGGAAGCGATAAGGAAGA AAGGTATCAAATTGATTATAGTGGAGAAAAGATGCCTTATGATGTACAGCTCGATATTATAGGAATACGA CCGGAAGATTATTGGAAACCTTATTTGAAAACAGAGAGTATTGTGTTAGAAACTGGAAATTTAGAAGCTC ATATTCATAGTGATTATTATGGAAATACAGGAGAAATTCAAGCAGATATTCCTAAATTAGAGTTTTTAAA TAAAAAATGGGAAGCAGGAAATCTTTATATTAGCTTAGATAAAAACCAAGTTAATGCTAGCTTAGATTAT AAGGAAAATGGAGAAAATAAGAATAGTATTATAACTTATGATTTAGAAAAGAAAGAAGCTCATGCCGAAT TTTTAGACATTTACTACGATAAAATTTCTTTGGATTTAGCAATGCAAAAGAAATGGAAGTTGGATTTTTT AGCAGAACATTCTGTTTACCCTAAGTTGGAAGGAACCTTGAGTTTTGATTTCAAAGAAGATAAGATTCCG TTTTCTTTGCAATCTAATATTGTAGATACAGATGGAGAATACTTAAAAAATGTAAGTTATTTGAAACTAT ACAAAAAGAAACGATTTTTCTTGAATTATGATATAGCAAAGGCAAATCTTGAGAAAGGGGAAGGAGAGAT CCCAATTTCTATTTATGATTATAAAGCTAATATTATATTTCAAGCAAAAGATAATGTAATTGAGATTCAA AAAGCTAAGATTGATTCTGAAAAAAATGGAAGTATCTTATTAAAAGGATTCACAGATATTAACGAAAAGA AAGCAGAATTCGAGTATAAAAGTGATCATTTTTGTTTTGAGAAAGAAATAGAAGGAACAGAAGTATTTGC TCAACTTGCTTTACAAGGGAATATTTCTTACGATGCTCATCTGGGAGTGAAAGTGAGCTCCCAAGGAGAA ATTGAAAAAGTACAATATGGAGACTACGGTATTGAAGGTTTAAGGGTTGACATGGAGTATGAAGAGGATG AAATTCAAGTCTATGCCTTTGAAAATCGTTTTTTAAATGCCAAAGGAAGCATCGATATTGTAAATCAAAA TACCAATTTAGAGATAGAATTAAAAGATTTTGATAATACAAAAGTAAATGTATCTTATCCGGAGTTTTTT GTAAATCATGCGAGAGGGCAAGTGAGAGGAAATATTAAAAATCCAATTGCTGACCTTTATATTGAGGAAG GAAAATTAAGTATTTTATCCCAAAAGGAAAATCAGGTAAGAGGAAATTTTCATTTAGAAGATAAGGTTGT AAGTTTTCAAGATGTGAATTTAGATCAGAATTTATTTTCCGGAGAATATCGTATTTTTGATAATTCTTAT CATATTTTTGCGAATATAATAGAGGAAAAACTATCCGATTACTATGGATTCCATGATCTTTATTATCGTG TGATTGGAGAAGTGGAGGTAAATGGAAAAGGGCGAGAACTGTTCGCAACAGCAAAATCGACAATAGATAA AATTTATTATCGAGGGAAAAAACTACCAAATATTGCTTGGGAGGGAAGTTATACTTTAGGAAAACAGGGA ATAGGAAAGATTGACTTATCCCCGATTTATTTACAAAATGATAAAAAGAAAAGATTCCTTTCTTTAGAAG CAGAAATCGATTTAGATCAAGAAACCCTTTCCGTAGATATTCCGAAGCAAAGTTTTTATTTGGAAGATAT TGAAGATTATACAACTGTGGATTTCTTAGAAGGAAAATGGACTTTAGCAGGAAAAGTAAAAGGAAATTAT AAAAATCCAAACTATGATTTTCAAATGGAGGGAGAAAATTTAAAGGTTAAAAAGGCTCCTTTGGATTATT TAACGTTAAAGTTCCATGGAAATACAGAAAAGTTAACGATAGATTCTATAAAAACAGCTTATCTACAAAA TAAAGCGGAAATACAAGGTTATTATGGGATTCAAGACGAAAGCTATGATATTTCTGTGAAAGCTCCTAAA ATTGATTGGAAATTATTGCAATCTTTTGCCTCTGAATATGGAGTAGAAAATATTGAGGGAAATTCGAATT TAGATTTTCATATTCGAAGTCAACAATCACAAGGAAACTTATTCCTTCACAATTTTTCGTTTGAAATGCC TAAAAAATATATTTCTGTGAAAAATTTTACAGGAAATATAGAATTGCATGGAAATGAAATGATGGTCCAT CAAATTTCAGGGATTGTAAATGAAGGGAAAGCGGTAGTAAAAGGGCGAATGCAACTTCCCAAATTGAATG AAGTAAAAAAAGATTTCTCTTTCTTAAAAAAACTAGATTACTATTTCAATATAGATGTGCAAGAATTAAA ATATAGAATTCCTGAGATGCTATCTTTAGATATTTCTTCTCATTTACGATTAGAATCGAATAAACTTCGA GGGAATATAGAGCTTCTAAAAGGTAAAGTAGTAGATATTCCAAATACTTATCAAAGTTATTGGAAAATTA TTCGTAAATTTTTTGAGGAAAAATCTTCTCAAGTTGTTTTAAATAGTCAAAGTTTAGGACAGGATTTCGA AGTACAGGAATCCGAGACAAAGTTAGAGAACTTGCTGGACATTGATTTATCTCTTTGGATACAAGAGGGA ATCAAAGTGGATATTCCGGAATTGAATGTTGCGGTAGAAGATGTAAAAGGAACTGTTGTGGGAGGACTTT CTGTAGTAGGCAAAGAAGGAAAGTATGCTTTATTAGGAAATTTAGAAGTGGAGAAAGGTTCCCTAATGGT CAATACCAATATTTTCAGTTTAGATAAAGCGATGCTTTCATTTAACGAGAATAAAACCTATTTACCAAAT GTAAATCCAAGTTTACTGATTGATTCGAATGTAGATGTTAACGGAGAAAAAGTACGTTTCAGTATTCAAG GTAAGACAGATGACTTACGTTTTTCTATTGGATCCAGCCAAGGAAATACGAGTGGAAGTTTGAATAGTTT GATTACAGGTCAAATTCAAGAAAATGAAAGTAATGCAAGCTATACGGCCTTACTTCGTAATATTATTGGA GGGCAATTGACACAGACTGTCATTCGTCCTTTTGCAAAGATAATCCGTAAAGTTTTCCATTTTGAGAAAT TTAGAATTACCTCAAATGTATATAATCAAGCGAAGAAAGGAGATGACTCTTCTGGAGATTTATACTTAGG AGCTAAAATTGAAGTAGAGGATAATCTGTATAAAGATAAGTTGTATTGGAATTTTACAGGAACTCTTTAT GATACTGGTCTACAAAACACTCAAATCAACAGTCAAAGTAAGGATAATAAAATTATGGATCAGTATGATT TATCTTTACGATATCCATATAGTGAAACAAAAACCTTTGAGATTGGTGTTGGGAAATTACCTAGTAAATT CTATACGAATCAAGAACAAATAAAGGAGAAGAAAAAACTAAATTATCACATTGGGGTTAAAATTGAAAAG AAGATGAATGATTTCTTTGATATATTCCGATAA

Previous Gene Next Gene