F. nucleatum 25586_FusoPortal_Gene_296

InterPro predicted function: Heat shock protein 70 family
InterPro Accessions: IPR013126

Link to full Interpro analysis


Previous Gene Next Gene

Return to complete Genome Map of F. nucleatum 25586

FASTA file of all annotated F. nucleatum 25586 genes - Amino Acids | FASTA file of all annotated F. nucleatum 25586 genes - DNA

Additional Links

Hidden Markov Model (HMMScan) for domains: 25586_FusoPortal_Gene_296.out

Amino Acids: 607

ORF FASTA file - Amino Acids

MSKIIGIDLGTTNSCVAVMEGGSATIIPNSEGARTTPSVVNIKDNGEVVVGEIAKRQAVT NPTSTVSSIKTHMGSDYKVEIFGKKYTPQEISAKTLQKLKKDAEAYLGEEVKEAVITVPA YFTDSQRQATKDAGTIAGLDVKRIINEPTAAALAYGLEKKKEEKVLVFDLGGGTFDVSVL EISDGVIEVISTAGNNHLGGDDFDNEIINWLVAEFKKETGIDLSNDKMAYQRLKDAAEKA KKELSTLMETSISLPFITMDATGPKHLEMKLTRAKFNDLTKHLVEATQGPTKTALKDASL EANQIDEILLVGGSTRIPAVQEWVENFFGKKPNKGINPDEVVAAGAAIQGGVLMGDVKDV LLLDVTPLSLGIETLGGVFTKMIEKNTTIPVKKSQVYSTAVDNQPAVTINVLQGERSRAT DNHKLGEFNLEGIPAAPRGVPQIEVTFDIDANGIVHVSAKDLGTGKENKVTISGSSNLSK EEIERMTKEAEAHAEEDKKFQELVEARNKADQLISATEKTLKENPDKVSEEDKKNIEAAI EELKKVKDGDDKSAIDSAMEKLSQASHKFAEELYKEVQAQAQAQQQAGANAGSDKKDEDV AEAEVVD

Coding DNA - Genome Coordinates: 318275-316452 | Orientation: Reverse

ORF FASTA file - Coding DNA

ATGAGTAAAATAATAGGAATCGATTTAGGAACAACAAACTCTTGTGTGGCAGTAATGGAAGGTGGAAGTG CAACAATAATACCAAATTCTGAAGGAGCAAGAACAACTCCATCAGTTGTAAATATTAAAGATAATGGTGA AGTAGTTGTAGGAGAAATAGCAAAAAGACAAGCTGTTACAAATCCTACTTCAACAGTAAGTTCAATCAAA ACTCATATGGGTTCTGATTACAAAGTAGAAATTTTTGGAAAGAAATATACTCCACAAGAAATTTCTGCTA AAACATTACAAAAATTGAAAAAAGATGCTGAAGCTTACTTAGGAGAAGAAGTTAAAGAAGCAGTTATCAC AGTACCAGCTTACTTTACTGACTCTCAAAGACAAGCTACAAAAGATGCTGGAACAATAGCAGGTTTAGAT GTAAAGAGAATTATAAATGAACCAACTGCTGCTGCTCTTGCTTATGGACTTGAAAAGAAAAAAGAAGAAA AAGTATTAGTATTTGACCTTGGTGGGGGAACATTTGACGTATCTGTTCTTGAAATATCAGATGGTGTTAT AGAAGTTATATCAACAGCTGGAAACAACCACTTAGGTGGAGATGACTTTGATAATGAAATCATAAACTGG TTAGTTGCAGAATTTAAGAAAGAAACTGGAATTGATTTATCAAATGATAAAATGGCTTATCAAAGACTAA AAGATGCTGCTGAAAAAGCTAAAAAAGAATTATCAACATTGATGGAAACTTCAATTTCGTTACCATTCAT AACTATGGATGCAACAGGGCCTAAACATTTAGAAATGAAATTGACAAGAGCAAAATTTAATGATTTAACA AAACATCTTGTTGAAGCAACACAAGGACCTACAAAAACAGCTTTAAAAGATGCGAGTCTTGAAGCTAATC AAATAGATGAAATCTTACTTGTTGGAGGTTCTACAAGAATACCAGCAGTTCAAGAATGGGTTGAAAACTT CTTTGGAAAGAAACCTAATAAGGGAATAAACCCTGATGAAGTTGTTGCGGCAGGTGCTGCAATACAAGGT GGAGTATTAATGGGAGATGTTAAAGATGTATTACTTCTTGATGTAACTCCATTATCATTAGGAATTGAAA CTCTTGGTGGAGTATTTACTAAGATGATAGAAAAAAATACTACTATCCCAGTTAAGAAATCTCAAGTGTA CTCAACAGCTGTTGATAACCAACCAGCAGTTACTATAAATGTATTACAAGGAGAAAGATCAAGAGCTACT GATAACCATAAATTAGGAGAATTTAATCTTGAAGGTATCCCTGCTGCTCCAAGAGGTGTACCTCAAATAG AAGTTACATTTGATATAGATGCTAATGGTATAGTTCATGTATCTGCAAAAGATTTAGGAACAGGAAAAGA AAATAAAGTAACTATTTCTGGTTCAAGTAACCTTTCAAAAGAAGAAATTGAAAGAATGACTAAGGAAGCT GAAGCTCATGCTGAAGAAGATAAAAAATTCCAAGAATTAGTAGAAGCTAGAAATAAAGCAGACCAATTAA TTTCTGCTACTGAAAAAACTTTAAAAGAAAATCCTGATAAAGTAAGTGAAGAAGATAAGAAAAATATAGA AGCTGCTATTGAAGAATTAAAGAAAGTTAAAGATGGTGATGATAAATCAGCAATAGACTCAGCTATGGAA AAATTATCTCAAGCATCTCATAAATTTGCAGAAGAATTATATAAAGAAGTTCAAGCACAGGCTCAAGCTC AACAACAAGCAGGAGCTAATGCTGGTTCTGATAAAAAAGATGAAGATGTAGCAGAAGCAGAAGTTGTGGA CTAA

Previous Gene Next Gene