F. periodonticum 2_1_31_FusoPortal_Gene_1920

InterPro predicted function:
InterPro Accessions:

Link to full Interpro analysis


Previous Gene Next Gene

Return to complete Genome Map of F. periodonticum 2_1_31

FASTA file of all annotated F. periodonticum 2_1_31 genes - Amino Acids | FASTA file of all annotated F. periodonticum 2_1_31 genes - DNA

Additional Links

Hidden Markov Model (HMMScan) for domains: 2_1_31_FusoPortal_Gene_1920.out

Amino Acids: 1135

ORF FASTA file - Amino Acids

MGNKKRRLSVAISALFSVVNNTQNYSRDFKESSEIINSFNDNYRDRLNEIEKIKFIFKKV MEIKREKMGKKGSAKKVKKEFESLEKNRIEKIEEISTQDINLKELKKYEKIKKFRNLEKV NIIDSNNEKDKFKDFQEIYNLINIKLEAKNKKWIFSQKDNIYYIFPYDFFVTERLKGGYS IYVSNKETKNNLDSIKKVSNRIRKKEFEFNLPEERSIKLLNSIGFLGNGNWVYYQKQVLE YVTIEDSFNYSSNYTHNLLGIYKLDNFFKSIENRNKKYNLVESNNLKDFEVILNYDLLDP SIITKSYEKKFNNLVEIYRTYKDYISCIYDEDDKKAGILFDTEKIIESIKNREKIFDNIE IAYLENELGIEKEVIYLDKNVYCYKNGEKEEIYNTNSEENKSIYHFKNGDIEERIYQNGI LNGKSILKFSNGGIEERDYKNGILDGKAVSKINNKEKEYIYNNGIKKEISKLKYYLSIDK ERINTDDYQEDILLDPNVGHWDLKEQDKKELKEILGKNVYKRNPKEDINQGGIVAIDFGT KSTVVVYQKDSENILPMRISGDKLNREVRNTDYENPTVIEFRDIDKFLKDYNAKVGRPDT KWQDITVSHTAFGNLTEVSSEYFDSIISDIKQWTASKNQKIILVDRKGKEILLPPYLELK EKSKDYLDPVEIYAYYIGSYINNMINGIYLEYYLSFPVTYEKAIRERILKSFEKGIQKSL PIEIQEDKDLMKKFRVRHGANEPAAFAVCALKNFKIEPKDKDDKVYYGVFDFGGGTTDFD FGIWKYSEEEDLYDYELEHFGAGGEKYLGGENILKELAYKVFTDNSSNLRKSQIQYTRPE WCDEIIGEETLVSQTKQARQNSTKVAKELRGIWENTTTERVDFISVNLFDSHDEVNAGFK LNVKEDELKNLIKEKIEKGIKNFFIKMEDAFKGEDVKEINIFLAGNSCKHPFVEEIFNSY IEKKKNKFKINIYDTKMFEKLKDTKKTNPTAKTGIAFGLIYSRNSGRIKVISRDEKANMN NEINFKFYIGNNRRNKFNCIISPNSNYDEYKFFGIVKSDIFELYYSTSPEAQTNEMKSSE AKIKRVNLKKDYDEEERYRIYLKADESDKLVYAIVKEEKDIETKKFVEEGEVTLN

Coding DNA - Genome Coordinates: 2048498-2045091 | Orientation: Reverse

ORF FASTA file - Coding DNA

ATGGGCAATAAAAAAAGAAGATTATCAGTTGCTATTTCAGCACTTTTTTCAGTGGTTAATAATACTCAAA ATTATTCAAGAGACTTTAAAGAGTCAAGTGAAATTATAAATTCTTTCAATGATAATTATAGAGATAGATT AAATGAAATAGAGAAAATAAAGTTTATTTTTAAGAAAGTCATGGAAATAAAGAGGGAGAAAATGGGGAAA AAGGGTTCAGCAAAAAAGGTTAAAAAAGAATTTGAAAGTCTTGAAAAAAATAGAATAGAGAAAATTGAAG AAATATCTACTCAAGATATAAACTTAAAAGAATTAAAGAAATATGAAAAAATCAAAAAATTTAGAAATTT AGAAAAAGTGAATATTATTGATAGTAATAATGAAAAAGATAAATTCAAAGATTTTCAAGAGATTTATAAT TTAATAAATATTAAATTAGAAGCAAAAAATAAGAAATGGATATTTTCTCAAAAAGATAATATTTATTATA TTTTTCCTTATGATTTTTTTGTTACTGAAAGATTAAAAGGTGGATATAGTATTTATGTATCTAATAAAGA AACTAAAAATAATTTAGATAGTATTAAGAAAGTTTCAAATAGAATTAGGAAAAAAGAATTTGAATTTAAT CTTCCAGAAGAAAGAAGTATAAAATTATTAAATAGCATAGGTTTTTTAGGTAATGGAAATTGGGTATATT ATCAAAAACAAGTTTTAGAATATGTAACTATTGAAGATTCTTTTAATTATTCTAGTAATTATACGCATAA TTTATTAGGGATATATAAATTAGATAATTTTTTTAAATCTATAGAAAATAGAAATAAAAAATATAATCTT GTAGAAAGCAATAATTTAAAGGATTTTGAAGTAATATTAAATTATGATTTATTAGATCCCAGCATTATAA CAAAAAGTTATGAGAAAAAATTTAATAATTTAGTTGAAATATATAGAACATATAAAGACTATATTTCTTG TATATATGATGAAGATGATAAAAAAGCTGGAATACTTTTTGACACTGAAAAAATAATAGAGTCTATTAAA AATAGAGAAAAAATATTTGATAATATTGAAATAGCTTATTTAGAAAATGAATTAGGAATTGAAAAAGAAG TAATTTATTTAGATAAAAATGTTTATTGCTATAAAAATGGTGAAAAAGAAGAAATTTATAATACAAACTC AGAAGAAAATAAATCAATATACCATTTTAAAAATGGAGATATAGAAGAGAGAATATATCAAAATGGTATT TTAAATGGAAAAAGTATTTTAAAATTCTCTAATGGAGGAATAGAGGAAAGAGACTATAAGAATGGAATTT TAGATGGAAAAGCTGTATCTAAAATTAATAATAAAGAAAAAGAGTATATCTATAATAATGGTATAAAAAA AGAAATATCAAAGTTAAAATATTATCTTTCAATAGATAAAGAAAGAATAAATACAGATGACTATCAAGAA GATATACTTTTAGATCCTAATGTAGGACATTGGGATTTGAAAGAACAAGATAAAAAAGAATTAAAAGAAA TATTAGGAAAAAATGTATATAAAAGAAACCCAAAAGAGGATATTAACCAAGGTGGAATTGTTGCTATTGA CTTTGGTACTAAAAGTACAGTTGTAGTTTATCAAAAAGATAGCGAAAATATCTTACCTATGAGAATTAGT GGAGATAAATTAAATAGAGAAGTAAGAAATACAGATTATGAAAATCCTACTGTAATTGAATTTAGAGATA TAGATAAGTTTTTAAAAGATTATAATGCTAAAGTTGGAAGACCAGATACAAAGTGGCAAGATATTACAGT TTCTCATACTGCTTTTGGAAATTTAACAGAGGTTTCTAGTGAATATTTTGACTCTATAATATCTGATATA AAACAATGGACAGCAAGTAAAAATCAAAAAATAATTCTTGTGGATAGAAAGGGAAAAGAAATTTTACTTC CACCATACTTAGAGTTAAAAGAAAAAAGTAAAGATTATTTAGATCCTGTTGAAATTTATGCTTACTATAT TGGTAGCTATATTAATAATATGATAAATGGTATTTATTTAGAATATTATTTATCCTTTCCAGTGACTTAT GAAAAAGCTATTAGAGAAAGAATTTTAAAGAGCTTTGAAAAAGGAATACAAAAATCTTTACCTATTGAAA TCCAAGAAGATAAGGATTTAATGAAAAAATTCAGAGTAAGACACGGAGCAAATGAACCTGCTGCTTTTGC AGTATGTGCATTAAAAAACTTTAAAATAGAGCCAAAAGATAAAGATGATAAAGTTTATTATGGAGTGTTT GACTTTGGTGGAGGAACAACTGACTTTGATTTTGGTATATGGAAATATTCTGAAGAGGAAGATTTATATG ACTATGAACTTGAGCACTTTGGAGCAGGTGGAGAAAAATATTTAGGTGGAGAAAATATTTTAAAAGAATT AGCATATAAAGTTTTCACAGATAATTCATCTAATTTAAGAAAAAGTCAAATTCAATATACTAGACCTGAA TGGTGTGATGAAATAATTGGAGAAGAAACCTTAGTCAGTCAAACTAAACAGGCAAGACAAAATAGTACAA AAGTTGCAAAAGAATTAAGAGGAATTTGGGAAAATACTACGACAGAAAGAGTGGATTTTATTTCTGTAAA TCTTTTTGATTCTCATGATGAAGTTAATGCTGGTTTTAAATTAAATGTTAAAGAAGATGAATTAAAAAAT TTAATAAAAGAAAAAATTGAAAAAGGAATAAAAAACTTTTTTATAAAAATGGAAGATGCTTTTAAGGGAG AAGATGTAAAAGAAATCAATATTTTTCTAGCTGGAAATTCTTGTAAGCATCCATTTGTTGAAGAAATATT TAATAGCTACATTGAAAAAAAGAAAAATAAATTTAAAATAAATATCTACGATACAAAGATGTTTGAAAAA TTAAAAGATACAAAAAAAACTAATCCTACTGCTAAAACAGGAATTGCTTTTGGGCTTATCTATTCAAGAA ATAGTGGAAGAATAAAAGTTATTAGTAGAGATGAAAAAGCAAATATGAACAATGAGATTAATTTTAAATT CTATATTGGTAATAATAGAAGAAATAAATTTAATTGTATCATTAGTCCAAATTCAAACTATGATGAATAT AAGTTCTTTGGAATAGTTAAATCTGATATTTTTGAATTGTATTATTCAACTTCGCCAGAAGCTCAAACTA ATGAAATGAAGTCATCAGAAGCCAAAATAAAGAGAGTTAATCTAAAGAAAGATTATGATGAAGAAGAAAG ATATAGAATTTATTTAAAGGCAGATGAATCTGATAAATTGGTTTATGCTATTGTTAAGGAAGAAAAAGAT ATTGAAACAAAGAAATTTGTTGAGGAAGGAGAAGTAACTTTAAACTAA

Previous Gene Next Gene