F. mortiferum 9817_FusoPortal_Gene_146

InterPro predicted function: "Helicase
InterPro Accessions: IPR001650;IPR006935;IPR021835;IPR025202

Link to full Interpro analysis


Previous Gene Next Gene

Return to complete Genome Map of F. mortiferum 9817

FASTA file of all annotated F. mortiferum 9817 genes - Amino Acids | FASTA file of all annotated F. mortiferum 9817 genes - DNA

Additional Links

Hidden Markov Model (HMMScan) for domains: 9817_FusoPortal_Gene_146.out

Amino Acids: 942

ORF FASTA file - Amino Acids

MENILIDSIKTSLIDRNMESILSYQHKLISNREEKIISLIRRELESCDEFIISVAFITLG GVTMILEQLKDLEQRNVKGKILTGDYLTFTQPKALKKLLEFKNIELKILSDEKFHAKGYF FRKGDIWTMIVGSSNLTQTALTINFEWNLKINSLKDGKIAHDILNNFYEIYNKTPRLDSD FLDKYEKIYMLTKEYNKKKKKEIKEYKEITPNLMQRQALENLKILRNYEKRGLLISATGT GKTYLSAFDVKNSNPQKVLFIAHRKTILQKSKEAYENILRNKKIVIYGDEEVEGADVVFA MIQTLSKENHLAKFSPDYFDYIVIDEVHHGGAKSYQAVINYFTPKFLLGMTATPERGDNF DIYKLFDNNIAYEIRLHDALKEELLCPFHYFGISDIEVDGELINEKSGIKKLTTSERVNH ILEKSKFYGYSGEKLHGLIFVSRVEEALLLEERFQKRGVKCVALVGDDSDEKREKAITEL ENGKIEYIITVDIFNEGVDIPCVNQVILLRPTESSIVYIQQLGRGLRKYPDKEYVVILDF IGNYEKNFLIPVAVSQNSSYDKDYMKRFIMNGTDMIPGQSSIIFEEIVKERIFENINKTN FSTKKNIEKDFVLLEKQLGRIPMLYDFFEKNMIEPSIILKYKKTYDEVLRILKPREEFPA LNERESNYLTFLSSFFTPAKRVHEMIILEKLLRDEKINTTEIEKILKERYSLSNQKENIE NAIKHLAKEIFVSLSTAKEFLPIIERYGEDIVLSNDFRKSYKEKEYFKNLIDDLIKYNLA YVEKNYKQIEEESILRYKEYSKQEAFWYLNLDFNNGYQVSGYTVFEEQRKVILFITLDDT PPFTQYDNKFFDNRRFTWYSKNQRCLSRNGKLTAEGKIAENYYTLEAFIKKKSGENFYYL GQVKEVLNPKEIINYKGNQVVEYELLLKDEIENRLYEYLLGK

Coding DNA - Genome Coordinates: 162369-159541 | Orientation: Reverse

ORF FASTA file - Coding DNA

GTGGAGAATATATTAATAGATAGTATAAAAACAAGTTTAATAGATAGAAATATGGAGTCTATTCTATCTT ATCAGCATAAGCTTATCTCTAATAGGGAAGAAAAAATAATAAGTTTAATAAGAAGAGAGCTGGAAAGTTG TGATGAATTTATAATCTCAGTAGCCTTTATAACTTTAGGTGGGGTTACTATGATACTTGAACAGTTGAAA GATTTGGAGCAAAGAAACGTAAAGGGAAAAATTTTAACAGGAGATTACCTAACTTTTACTCAACCTAAGG CACTTAAAAAACTTTTGGAGTTTAAAAATATAGAGTTGAAGATATTATCAGATGAAAAATTTCATGCTAA AGGGTATTTTTTTAGAAAGGGAGATATATGGACAATGATAGTGGGAAGCAGTAATCTTACTCAAACAGCT CTCACTATAAATTTTGAATGGAATTTGAAAATTAACTCTCTTAAAGATGGGAAGATAGCCCATGATATTT TAAATAATTTTTATGAGATTTATAATAAAACTCCTAGATTGGATAGTGATTTTCTTGATAAGTATGAAAA AATATATATGCTTACAAAGGAGTACAACAAGAAAAAAAAGAAAGAGATAAAAGAGTATAAGGAGATAACT CCTAATCTTATGCAAAGACAGGCTCTTGAAAATCTGAAAATTTTGAGAAATTATGAAAAAAGAGGACTTC TTATTAGTGCAACAGGCACAGGAAAAACTTATCTTAGTGCCTTTGATGTAAAAAATTCAAATCCTCAAAA AGTGCTCTTTATAGCTCATAGAAAAACTATACTTCAAAAGTCAAAGGAAGCCTATGAAAATATTTTAAGA AATAAAAAAATAGTAATATATGGAGATGAGGAAGTAGAAGGAGCAGATGTTGTTTTTGCTATGATACAAA CTTTAAGTAAAGAGAATCATCTGGCAAAATTTTCTCCAGATTATTTTGATTATATAGTAATAGATGAAGT ACATCATGGAGGAGCAAAGAGTTATCAGGCTGTTATCAATTATTTTACTCCTAAATTTTTATTGGGAATG ACAGCTACTCCAGAGAGAGGAGATAATTTTGATATATATAAGTTATTTGATAATAATATAGCTTATGAAA TTAGATTGCATGATGCTTTAAAAGAGGAGTTACTATGCCCTTTTCATTATTTTGGTATCTCTGATATAGA AGTAGATGGGGAATTAATAAATGAGAAGAGTGGAATAAAAAAACTCACAACATCTGAAAGGGTAAACCAT ATTTTAGAGAAGAGTAAATTTTATGGATATAGTGGAGAAAAGCTTCATGGACTTATTTTTGTATCTCGTG TAGAGGAAGCACTACTTCTTGAGGAACGATTTCAAAAGAGGGGAGTAAAATGTGTAGCTTTAGTTGGAGA TGATAGTGATGAGAAAAGAGAAAAGGCTATAACTGAGCTTGAAAATGGTAAGATAGAGTATATTATAACT GTAGATATATTTAATGAGGGAGTAGATATCCCTTGTGTGAATCAAGTGATACTGCTACGTCCTACTGAGT CATCAATTGTATATATCCAACAACTAGGGAGAGGACTTAGAAAATATCCAGATAAGGAGTATGTAGTTAT ACTTGATTTTATTGGTAACTATGAGAAAAACTTTTTAATTCCTGTAGCTGTATCTCAAAATAGTAGCTAT GATAAAGACTATATGAAAAGGTTTATAATGAATGGAACAGATATGATTCCAGGACAGAGTTCTATAATTT TTGAGGAGATAGTTAAGGAGAGAATTTTTGAAAATATTAATAAAACAAACTTTTCTACAAAGAAAAATAT AGAAAAAGACTTTGTACTTCTTGAAAAACAACTTGGAAGAATACCTATGCTATATGATTTTTTTGAGAAG AATATGATAGAGCCAAGTATAATATTGAAATATAAGAAAACTTATGATGAGGTACTTAGAATTTTAAAAC CTAGAGAGGAGTTTCCAGCTCTTAATGAAAGGGAGAGCAACTATCTAACTTTTTTATCTAGCTTTTTTAC TCCAGCTAAAAGAGTGCATGAGATGATAATCTTAGAAAAATTATTGAGAGATGAAAAAATAAATACAACT GAGATAGAGAAAATTTTAAAAGAGAGATACTCTTTAAGTAATCAAAAGGAAAATATTGAAAATGCTATAA AGCATTTAGCAAAGGAGATATTTGTAAGCCTTTCAACAGCTAAGGAGTTTTTACCTATTATTGAAAGATA TGGGGAGGATATAGTTTTAAGTAACGATTTCAGAAAAAGTTACAAAGAGAAAGAGTATTTTAAAAATCTA ATAGATGATTTGATAAAATATAACTTGGCGTATGTGGAGAAAAACTATAAACAAATAGAAGAGGAGAGTA TATTAAGATATAAGGAGTATAGTAAGCAGGAAGCATTTTGGTATCTCAATTTAGATTTTAATAATGGTTA CCAAGTAAGTGGATATACTGTTTTTGAAGAACAGAGAAAAGTAATACTATTTATTACTTTGGATGATACA CCACCTTTTACCCAATATGATAATAAGTTTTTTGATAATAGAAGATTTACTTGGTATTCAAAAAATCAAA GGTGTTTAAGTAGAAATGGTAAACTTACAGCAGAGGGAAAGATAGCAGAAAATTATTATACTTTAGAAGC CTTTATTAAGAAAAAGTCTGGAGAAAATTTTTACTACCTTGGACAAGTTAAAGAGGTATTAAATCCTAAG GAGATAATAAATTATAAAGGAAATCAAGTAGTAGAGTATGAGTTACTTTTGAAAGATGAGATAGAAAATA GATTATATGAATATTTATTAGGAAAATAA

Previous Gene Next Gene