Fusarium oxysporum: FOXG_08526 Help Entry FOXG_08526        CDS       T04882                                  Name (RefSeq) lon protease like, mitochondrial   KO K08675   ATP-dependent Lon protease [EC:3.4.21.53] Organism fox  Fusarium oxysporum Brite KEGG Orthology (KO) [BR:fox00001]  09180 Brite Hierarchies   09181 Protein families: metabolism    01002 Peptidases and inhibitors [BR:fox01002]     FOXG_08526   09182 Protein families: genetic information processing    03029 Mitochondrial biogenesis [BR:fox03029]     FOXG_08526 Enzymes [BR:fox01000]  3. Hydrolases   3.4  Acting on peptide bonds (peptidases)    3.4.21  Serine endopeptidases     3.4.21.53  endopeptidase La      FOXG_08526 Peptidases and inhibitors [BR:fox01002]  Serine peptidases   Family S16: lon protease family    FOXG_08526 Mitochondrial biogenesis [BR:fox03029]  Mitochondrial quality control factors   Regulator of mitochondrial biogenesis    Other regulator of mitochondrial biogenesis     FOXG_08526 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Lon_C LON_substr_bdg AAA Lon_lid AAA_2 AAA_5 ChlI AAA_22 RuvB_N AAA_PrkA bpMoxR AAA_16 AAA_14 AAA_18 nSTAND3 NTPase_1 RsgA_GTPase SKI AAA_30 RNA_helicase SAP_new25 AAA_7 ABC_tran Motif Other DBs NCBI-GeneID:  28950165 NCBI-ProteinID:  XP_018245361 UniProt:  A0A0J9V8S4 LinkDB All DBs Position 2:complement(3714316..3718468) Genome browser AA seq 1116 aa AA seqDB search MIPRSRLSGRLILERSLVHASRVSSEATAARWASAPACRNHHICGRRLPAIQPRLVAAAF STSARVTKEKDSNDKGFFESAIEPLTEPLSDEEAKANIENKRREADSPLLAESRNPGPDS PGSGKNDNAGQSNDGKAGSAAGGAGSGSGGDNSGGDGGRRGRKPSAEKALQKPVVPEVYP QVLAIPIARRPLFPGFYKAITIKDPEVANAITESIKRGQPYVGAFLFKDENEDEDVIRNP EDVYDVGVFAQITSAFPIHGQEGALTAILYPHRRIKLSSLLPPGGQDTTKKTDAKAEPTP EPIPQKPAEEETTPEKKGDVVASFEESAVEKKPDQTAEKYEPTSFLKRYPVSLVNVENLV DEPYDPKSPVIRAVTNEIVNVFKEVATMNNLFRDQISTFSMSQSTGNVTSEPAKLADFAA AVSSGEQKELQEVLGCLNVEERMQKALVVLKKELMNAQLQSKISKDVENKISKRQREYWL MEQMKGIRRELGLESDGKDKLVEKFKEKANSLAMPEAVRKVFDEELNKLAHLETAASEFN VTRNYLDWLTQIPWGRRSAENFGIPNAVKILDEDHHGLKDVKDRILEFIAVGKLRGTVEG KILCFVGPPGVGKTSIGKSIARALNREYYRFSVGGLTDVAEIKGHRRTYVGALPGRMIQA LKKCQTENPLILIDEIDKIGRGYQGDPSSALLELLDPEQNSSFLDHYMDVPVDLSKVLFV CTANMTDTIPRPLLDRMELITLSGYVADEKMAIAQRYLAPAAKETAGLQNADVNLSEEAI EELIKSYCRESGVRNLKKQIEKVYRKSALKIVQELGEEVLPEEEALTEEGKSALEEAEKK SKTEEVTEGKESTSNETGATTEKPRKPLNVPDSVHVVIGKDNLTDYVGPPVFTSDRLYEV NPPGVSMGLAWTQLGGAAMYIESILQAPLRPSTRPHLEITGNLKNVMKESTTIAYSFAKS FMVKQFPDNHFFDKAKMHLHVPDGAVSKDGPSAGITMATSLLSLALDAPVDPTVAMTGEI TLTGKVLRIGGLREKTVAARRAGCKTIIFPKDNMSDWLELPENIKEGLEGHAVAWYPEVF DLVFPNIDKEKANTCKICEWKAQQKKNDSESAEEED NT seq 3351 nt NT seq  +upstreamnt  +downstreamnt atgattccccgttcacgcctctcagggcgcctcattcttgagcgctctctcgtccacgca tcacgagtatcttccgaagcaaccgctgcacgatgggcttctgctcccgcctgccgcaac catcacatctgcggtcgtcggcttcccgccattcaaccgcggttagtcgccgctgccttt tccacatctgcccgagtcaccaaagagaaggacagcaacgacaagggcttcttcgagtct gcgatagagccattgacggagcccttatccgacgaggaggctaaggcgaatatcgagaac aagcgcagggaagccgatagcccattactggccgagtcgaggaatccaggccccgattca cctggctctggaaagaacgataatgctggtcaatcgaatgatgggaaggcgggaagtgct gctggaggtgccggttcgggatccggaggcgacaactccggtggtgatggaggtcgtcgc ggtagaaagccttctgctgagaaggctcttcagaagcctgttgttcccgaagtctaccct caagtcctagcgatcccgattgctcgacgcccactcttccctggcttctacaaggctatt accattaaggaccccgaggtggcgaatgcaatcactgagtcgattaagcgtggtcaacca tacgttggtgcattcttgttcaaggacgagaacgaggatgaggatgtgatcaggaacccc gaggacgtctacgatgttggtgtctttgcccaaatcacaagcgctttccctattcacggc caagaaggtgccttgactgccatcctctaccctcatcgccgtatcaagttatccagccta ctaccacctggtggccaagatactaccaagaagaccgatgctaaggccgagcccacacct gaaccgattccccagaagcccgcagaggaggagactactcctgagaagaagggagatgtc gttgccagcttcgaagagagcgctgtggagaagaagcctgaccagacagccgaaaagtac gagccaacatcattcctcaagagataccccgtcagtctggtcaacgtcgagaaccttgtc gatgagccatacgaccccaagagccctgtcattcgcgccgtcaccaacgaaattgtcaac gttttcaaggaagtcgccacaatgaacaatctcttccgagaccagatctccactttctct atgagtcaatcaaccggaaatgttacatcagagcccgctaagctcgctgactttgccgct gccgtatcttcaggcgagcaaaaggagctgcaagaggtgcttggttgccttaacgtcgag gagaggatgcagaaggctcttgtggtgctgaagaaggagctcatgaatgctcaactacag tccaagatcagcaaggacgtcgaaaataagattagtaagagacagcgcgagtactggctt atggagcagatgaagggcatccgccgtgagcttggccttgaatccgatggaaaggacaag ctggttgagaagttcaaggagaaggccaacagccttgccatgcctgaggcagttcgcaag gtcttcgatgaggagcttaacaagcttgctcatcttgagacagctgcttccgagtttaac gtcacaaggaactacctggactggctcacccagattccctggggcaggaggagtgccgag aactttggcatccctaatgcagtcaagattctggacgaggaccaccacggtctcaaggac gtcaaggaccgcattctggagttcatcgctgttggtaagcttcgaggcactgtcgagggc aagattctctgcttcgtcggacctcctggtgtgggtaagacaagtattggaaagtcgatt gcccgagctcttaaccgtgagtactaccgattcagtgtcggtggtctcacagatgttgct gagatcaagggtcaccgaagaacctatgttggtgcccttcctggtcgtatgatccaggcg ctgaagaagtgtcaaactgagaaccctctcatcctcatcgatgagattgacaaaattggc cgaggttaccagggcgatccctcttctgctctgctggaattgctcgaccctgagcagaat agctctttcttggatcactacatggacgtgcctgtagatctgtccaaggtcttgttcgtg tgcactgccaacatgactgatactattcctcgacccctgctcgaccgcatggagctcatc acactctctggttacgttgccgacgagaagatggccattgcccaacgatatcttgcaccc gctgccaaggagactgctggacttcagaacgctgatgtcaacttgagcgaggaggcaatt gaggagctcatcaagtcatactgccgtgagtctggtgtgcgaaacctcaagaagcagatc gagaaggtctaccgaaagtccgccctcaagatcgttcaggagctcggtgaggaagttttg cctgaagaggaggccctcaccgaggagggtaagtctgctcttgaggaggctgagaagaag agcaaaaccgaggaggttaccgagggtaaggagtccacctctaacgaaactggcgcgacc acggagaaaccccgcaagccactcaacgtccctgactctgtccatgttgttatcggcaag gacaatctcactgactacgttggacctcctgtcttcacctctgaccgtctctacgaggtc aaccctcctggtgtttccatgggcctcgcctggacgcaactcggcggtgctgccatgtac atcgaatctatcctccaggctcccctccgaccatctacacggcctcaccttgagatcacc ggtaacctcaagaacgtcatgaaggaatctactaccatcgcctactctttcgccaagtct ttcatggttaagcaattccctgacaaccacttcttcgacaaggcaaagatgcatctgcac gttccagatggtgccgtctccaaggatggtccttcagctggtatcacaatggctacttca ctcctttctcttgctctcgatgcccccgttgatcctacagttgccatgactggtgagatc acactcactggaaaggtactacgcattggtggtcttcgtgagaagactgttgctgctcga cgagctggctgcaagaccatcatcttccccaaggacaacatgtctgactggctagagcta cctgagaacatcaaggagggtcttgaaggtcatgctgtggcctggtaccctgaggtcttt gaccttgtcttccccaacattgataaggagaaggccaacacgtgcaagatctgcgagtgg aaggctcagcagaagaagaacgactccgagtcagctgaagaggaggactaa

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