F. ulcerans 49185_FusoPortal_Gene_623

InterPro predicted function: Domain of unknown function DUF4132
InterPro Accessions: IPR025406

Link to full Interpro analysis


Previous Gene Next Gene

Return to complete Genome Map of F. ulcerans 49185

FASTA file of all annotated F. ulcerans 49185 genes - Amino Acids | FASTA file of all annotated F. ulcerans 49185 genes - DNA

Additional Links

Hidden Markov Model (HMMScan) for domains: 49185_FusoPortal_Gene_623.out

Amino Acids: 1136

ORF FASTA file - Amino Acids

MAKREVAEIILRNVYSYKDPQVREQLESYILGETNIAPSGNDIRQKMSMYQAYGFENMSC FDENKNFIDNEDGEVLKRYTELMYKEAPDKLSTQFQLFSGKYSLYKKMGLSKAFVKEDFQ KTLLYTTRYWWQTEKDAVDKFIENYKDIADEYIDEYDKVNGNAAFAAGMLLIVKLINEKN SNPIEKLGNIFFGKKEKTVEKLERFFYSILKKRIKEKAIKRILENDIKDPQIDQYYNELD PIKLVFTSEMHEVILISRIIKEIKMTSNIIFQGARIAAMAEPVTFLYIHNNDEQTMKNIA ELKLSDKYKLDFCLERISSDYRYNEKYFYKSIEESIKASPEYVKSIMKREIDEEDVMGSV LLSLLLKNNHLTEEERAAYLRKAENLIIKSYKEMYTNQDVYSYEFPEIGMEDFEFLRDEN AALNGIKISEVGNAYKYRTPANKINVSALSLIEYSTIARNAVEVSLKIKGYVRYLFHFII NYKCVCPINTENVYIRLYDKMRISFEDVCQGYLDYRFSEEETEKKEFLQFAHKYEKEIYE LLKDNSFEIEDLKKFINVLYKENNGFDYVELTNVFEKKIKSVTSMVEDMLKSKEKEVRSK IEELAGAKSKITADTAMRLIRIWDNDKIEKDLRNIENIAEITEYIENLYTKTNDKNTPYA KEIDYGSVRIKDSEEKISEKVMKYFVSEYIVLKDLYIIKGCKRIQEVVNIFDLRLLMKSI FDMWVAEGSTTKYRNILLPLALTAGEAQIPMIKKQIDFWAENSKPGLATFAIQSLCMNGS KMALLTVDSMSRKHKNKRVKRAALEAMDIAAEAMGMSRDELDDIIVPDLGFGKDRTRIFN YGEREFKAVLDDKMEITLFDNTGKQIKSLPKASAKNNDNEDMAAECKEELKNIKKQIKIV VESQKLRIAKAVIVGRKWSIDKWKELFIENPIMNSFATKLVWEETDDKGNIIKTFRYMED GTFNTVEEEEYEVENGTYILPLHPADINEEELAAWTEQLEDYEIVQPVDQLNIPVYILKD EELEEKEISEFKTKKIYASTFKSAANKLGFNMEFAEYGECCGCTFLDESSNLRMFISTNN FYPGDYSTIISILKISFISRESNSEVVLRKVPKKLISLAYLAGKMITEKAIENREE*

Coding DNA - Genome Coordinates: 668134-664724 | Orientation: Reverse

ORF FASTA file - Coding DNA

ATGGCAAAAAGAGAAGTAGCAGAAATTATTTTAAGAAATGTTTATTCTTACAAGGATCCACAAGTAAGAG AGCAGCTGGAGAGTTATATATTAGGGGAAACAAATATAGCTCCATCAGGAAATGATATCAGGCAGAAAAT GTCAATGTATCAAGCTTATGGTTTTGAAAATATGAGTTGTTTTGATGAAAATAAAAATTTCATAGATAAT GAAGATGGGGAGGTATTAAAAAGATATACAGAATTGATGTACAAAGAAGCTCCAGATAAATTAAGTACTC AATTTCAACTTTTTAGTGGTAAGTACAGCCTTTATAAAAAAATGGGACTCAGTAAGGCTTTTGTAAAGGA AGATTTTCAAAAAACTCTGTTATATACTACAAGATACTGGTGGCAGACAGAAAAAGATGCAGTAGATAAG TTTATTGAAAATTATAAGGATATTGCAGATGAATATATAGATGAATATGATAAAGTTAATGGAAATGCAG CTTTTGCAGCAGGAATGCTTCTTATAGTAAAATTAATTAATGAAAAAAACAGCAATCCAATAGAAAAATT AGGTAATATTTTCTTTGGAAAAAAAGAAAAAACAGTAGAGAAATTAGAGAGATTTTTTTATAGCATATTA AAGAAAAGAATAAAAGAGAAAGCTATAAAAAGAATTCTTGAAAATGATATAAAAGATCCACAAATAGATC AATACTATAATGAACTTGATCCGATAAAACTGGTTTTTACCTCTGAAATGCATGAAGTTATCTTAATCAG CAGAATAATAAAGGAAATAAAAATGACTTCAAATATTATTTTTCAAGGGGCTAGGATAGCAGCAATGGCA GAACCTGTAACATTCCTTTATATTCATAATAATGATGAACAGACAATGAAAAATATAGCAGAATTAAAAC TTTCTGATAAATATAAATTGGACTTCTGTCTGGAGCGTATTTCAAGCGATTACAGATATAATGAAAAATA TTTTTATAAAAGTATAGAAGAAAGTATAAAGGCTTCTCCAGAATATGTGAAATCTATAATGAAAAGAGAG ATAGATGAAGAAGATGTAATGGGAAGTGTACTTTTAAGCCTTCTTCTAAAAAATAATCATCTGACTGAAG AAGAAAGGGCAGCATATTTAAGAAAGGCTGAAAACCTTATAATAAAATCATACAAAGAAATGTACACAAA TCAAGATGTATATAGTTATGAATTTCCTGAAATAGGAATGGAGGATTTTGAATTTTTAAGAGATGAAAAT GCAGCATTAAATGGGATAAAAATATCTGAAGTTGGAAATGCATATAAATATAGAACTCCAGCAAATAAAA TAAACGTTTCAGCACTTTCATTGATTGAATACTCTACAATAGCAAGAAATGCTGTAGAAGTATCACTGAA AATAAAAGGATATGTGAGATATCTTTTCCATTTTATAATAAATTATAAGTGTGTATGTCCTATAAATACT GAAAATGTCTATATAAGACTTTATGATAAAATGAGAATTTCATTTGAAGATGTATGTCAGGGATATTTGG ACTATAGATTTTCAGAAGAAGAAACTGAGAAAAAAGAGTTTCTGCAATTTGCTCATAAATATGAAAAAGA AATCTATGAGTTATTAAAAGACAATTCTTTTGAAATAGAAGATTTGAAAAAATTTATCAATGTTCTTTAT AAAGAAAATAATGGATTTGATTATGTAGAGTTAACTAATGTATTTGAGAAAAAAATAAAAAGTGTAACAA GTATGGTAGAAGATATGCTTAAGTCTAAAGAAAAGGAAGTACGTTCTAAGATAGAGGAACTGGCAGGGGC TAAGAGCAAGATAACTGCTGATACAGCTATGCGTTTAATAAGAATATGGGATAATGATAAAATAGAAAAA GATTTAAGAAATATAGAAAATATTGCTGAAATAACAGAATATATAGAAAACCTATATACTAAAACTAATG ATAAAAATACTCCATATGCAAAAGAGATAGATTATGGAAGTGTGAGAATAAAAGATTCAGAAGAGAAGAT TTCAGAAAAAGTAATGAAATATTTTGTATCAGAATATATAGTTTTAAAAGATTTGTATATAATAAAGGGA TGTAAAAGAATACAGGAAGTAGTAAATATCTTTGATTTGAGACTTCTAATGAAAAGTATTTTTGATATGT GGGTAGCTGAAGGTTCTACTACAAAATACAGAAACATCCTGCTTCCTCTGGCTCTTACAGCTGGAGAAGC TCAAATACCTATGATTAAAAAACAGATAGACTTTTGGGCAGAAAACAGCAAACCGGGACTTGCTACTTTT GCTATCCAATCTCTATGTATGAATGGAAGTAAAATGGCACTTCTTACTGTGGATAGTATGTCAAGAAAAC ATAAAAATAAAAGAGTAAAAAGAGCAGCCCTTGAAGCCATGGATATTGCAGCAGAGGCTATGGGAATGTC TAGAGATGAACTTGATGATATAATTGTTCCTGATTTAGGTTTTGGAAAAGACAGAACAAGAATATTCAAT TATGGAGAGAGAGAATTTAAAGCAGTATTAGATGATAAGATGGAAATAACACTTTTTGATAATACTGGAA AACAGATAAAATCTCTTCCAAAGGCGTCTGCTAAAAATAACGACAATGAGGATATGGCAGCAGAATGTAA AGAGGAACTGAAAAATATAAAGAAACAGATAAAAATTGTTGTAGAATCTCAAAAATTAAGAATAGCTAAA GCAGTTATTGTAGGAAGAAAATGGAGTATAGACAAATGGAAAGAACTGTTTATAGAAAATCCTATAATGA ACAGTTTTGCAACAAAATTAGTTTGGGAAGAAACAGATGATAAAGGAAATATTATAAAAACTTTCAGATA TATGGAAGACGGGACTTTTAATACAGTAGAAGAAGAAGAGTATGAAGTGGAAAATGGAACATATATACTT CCACTGCATCCAGCTGATATAAATGAAGAGGAATTGGCAGCATGGACAGAACAGCTTGAAGATTATGAAA TAGTACAGCCAGTAGATCAGCTGAATATTCCTGTATATATTCTTAAAGATGAAGAGCTTGAAGAAAAAGA AATATCAGAATTTAAAACTAAGAAGATATATGCTTCAACTTTCAAAAGTGCAGCAAATAAACTTGGATTT AATATGGAATTTGCTGAATATGGTGAATGCTGTGGATGTACTTTCCTAGATGAATCAAGTAATTTGAGAA TGTTCATATCTACAAATAATTTCTATCCGGGAGATTACAGTACTATTATAAGTATACTTAAAATAAGCTT TATTTCAAGAGAAAGCAACAGTGAAGTAGTTCTTAGAAAAGTACCTAAAAAACTTATAAGTCTTGCATAT CTTGCAGGAAAGATGATAACAGAAAAAGCTATTGAAAACAGGGAGGAATAG

Previous Gene Next Gene