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ar4r2_scaffold_2557_1

Organism: ALUMROCK_MS4_SR1_33_49

near complete RP 44 / 55 MC: 3 BSCG 48 / 51 MC: 2 ASCG 8 / 38 MC: 1
Location: 2..5626

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Putative uncharacterized protein n=1 Tax=Beggiatoa sp. PS RepID=A7BT13_9GAMM Tax=ACD80 similarity UNIPROT
DB: UniProtKB
  • Identity: 40.8
  • Coverage: 402.0
  • Bit_score: 255
  • Evalue 7.40e-64
Putative uncharacterized protein n=1 Tax=Beggiatoa sp. PS RepID=A7BT13_9GAMM id=132907 bin=ACD80 species=Beggiatoa sp. PS genus=Beggiatoa taxon_order=Thiotrichales taxon_class=Gammaproteobacteria phylum=Proteobacteria tax=ACD80 organism_group=SR1 similarity UNIREF
DB: UNIREF100
  • Identity: 40.7
  • Coverage: 403.0
  • Bit_score: 248
  • Evalue 3.80e-62
parallel beta-helix repeat-containing protein similarity KEGG
DB: KEGG
  • Identity: 26.0
  • Coverage: 999.99
  • Bit_score: 203
  • Evalue 6.70e-49

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Taxonomy

Sequences

DNA sequence
Length: 5625
ACCGATGGTAGCTATATGGACTCTTGTACTGCCATCATAGGACAAGATACAACCAATCTCTTGAGTACAGGACAAATTAATACAAATTGAATAATCAATAATATCAACACACAATATACTATCATAGACAATCTCCATATCGATGGAAAAGCTGATGGATCATGAGGCATACATAACAATAATAATTATGGAATATATAGCAGAAAAAATAGTTTCTTTAGTCTACACAGCATAACCCTACACGACAACTACTCTCCTCTAGACATATCAACAAACACCTATCTTATAGATACACTGACTATATACAGCAATCTTGGAAAAACAAAAAACCAAGGAAGCAATATATTGTTAAACAACATCACAATATTCAACAATAAATCAAATGGATATAACTTAGAAGACACCACAAACGCATCCATAAACAATATCTATACTTTCAACAACTGATGATATTGAATCGTTCTCAAAAATACCAATAAAACCATACTAAACAATGCTTATAGTTTCAACAATAAATCTGCTTTTTATAAAGATGGTATATATATTGCTCCAATTGGATGAGAAGTTATCCTCAAAAATATCTACAGCTACAACAACGAATGACACTGAATCGTTCTTGATGGATATGGAACAATCAAGTATTTTGATACTATAAAACTCTTTGACAACGAAGATATCAATATAGCTATAGATCCAACTATCACATTTATTCAGTGATCATGATCAGACACCAACGGACTTGCAAACACAGGGAATATAGAAGAATTTGGATGTATGTCATGTAATCGATATCCAAACGCACAAAATACCTGATGAATATTTTTTATAAATACAGGAGCATATCCCCTATGTGACAAGAAATGATATGATTGATGGACAACAACAGGTACACCATGAATAGTGTATGGACATTTGTTGGGTAAACAAAATACAGGATATATATACAATACCACATACAATATAGTAGAAACACCACTACAAATTGAGACAGACAAATTCATCAATCAAAGAAATATATTAGGCATATATAGTGGCGGATCAAATTATGATTGTAACTGCAACCCAAATATTACACGACGAGACAACAGCTACTTCTTCACAGGGTGATTTTGGAATCACACACCAGAACCAAATTATTGTGATATTGTAGTGGGATTATATGGATATAGTACCTGATCAAACCTAGATACTACTGCATATACCCAGAATCGAAGCTGACGAAATCAAGCATGTAGTGTAGACACTATGAATATTACTTTTATAACAGGAGGTCTTGACTCAATCCCAGCAACACTTTCTCCGTATACTATATATATTCTCAGTGGCGAGTATATACAAACAAATATAATCAACATGAATATATGTACTGCAATAGTGGGAAAACAAAATAGTACACTATACACAGAAAATTTTACAGACAACAATATTGGTATTGCAGGAACACAAAACCACATAATAGACAACATACATATCAATTGAACCTATGATTGAATAAGTACAGATCACACACCAAACTCAATAGGAATAGCTATAAAAGGATGATCAAACACCAGTATAAACAACAATAATATATATAATCTAGAGCTAGGTATAAAATCTTCAAACTCAAGTTACAACAACACCTTAAGCAACAGCAATATTTACAACAATACCAATGGTATCAGACTAGAAAATAATCGAGATGCTAGACAATTTGCTTACAACAACAATATCTACAACAATAGCAATATAGGACTATATCTATCAGAGACAAACGATAGCATAACAAACACGAATATCTTCCAAAACACCATAGGTATATCTCTATACAAAGGGAAAAACAATATAATAAACAACAGCAATATCTACAACAACAACTCTTGATGAATAAGCTTTGAAGGATCAAGCAACAATAACATACTCGTAGACACAAACATCTACAACAATTACTATGGAATCAAACTAGATGTAGATTCCACGGGCAATATTTATTATGGCAACAATAAAATATTTACCAATACAGAAAACCTATCCTGAACAAATGCTAATGATGTTACACTATCCGCTGGAACAGGAATATTTTGAGATGCCTTTTGACGAGAAACGTGAAATATACAAAACGAAGGAAATATGTCTCGAAACATTATTATCAACCCCAAAAACTCGCAATGAGACTATCTTCTCAAACGAGAATGAATGCAAGATAGTTGAGAACGAGCAAATCAAAGAGGATATATCACCGATTATGATTATCAACCAACAACAGCATATTCTTATGGTATATCAATACCCCTACAAACACAACCAGTCTACTACTCTTGAATAGAGCTTATATCTTGAGGTATTTTTGTACCAAACAACTACATCTGATCACAGATACCAAAAATCACAGGAGATCTATTGGGAATATACAATATAAGTCCACTTTCATCGATTACTGTAACGGGAATAAGCAACTTCATTTCCAGCTATTCTATATTTTGAGATATATACAGCCCTATCATAGGACAAGATATCAATACAAGTACTGGAATCCAAATCACGTTATGATTGACTACCAATACAATAATTACACAACTCTTCTCACCAAATATATATTTTGCTACTCACTTCCAAAAACAAACACAAATTGACTGATGTCTTTCTTGACGAGACAACAACAATTTTCTTAATGAATCTTTTTGGAACAATGCTCGTACCCAAGATGACAGTAGTACTGCATATACACAATTTCGAAGTGGATATACATACGATACATGTTTATCTTCAGGTATGACAGTAACATATATCGATCCAAGCACAATCCCAGCAACACGGACAGAAAATACTATTTATGTAATAGCAAGCTGAACAGTAAATAGAATCACAGAAACAAATGCAAACAATTGTTCTGCACTGATAAGTAGTGGAGAAATAGAACTCAAAAAAAACATGGGAAATTTTTATCTACTCATGGCAGACAACAAAAATAACTTCATCATAGACACCATAAAATTCAATGGAAACCTTATATCTAGCACTTATGCGTTAATATATTTTACAAACACAAACAATTCTACAATAAACAACGTAAACGTCTTCAACAACACAGGAACAAGTACAGCATATGGACACTGAATATATTATAGTTGAAACGACACAACAAATTATTTTACTCACAATATTATTGCAAATAGTAAAATTTACAATAACAATAGTGTTTGAATATATTATAGAAACTACAACAATGGAACAAATAGAAAGGGCTATTTTATAAACAATATGATCATAAATTCACAAATCTACAACAACAAATATCATTGAATATATTCTTATAATTACTCAATAAATTGATGAGAATCATACAACCAAAACAATAGTATCCAAAACTCACAAATCTATAACAACCTTTGACATGGAATACGAACACAAAACTATGCATCATGAACAGACACCAAAATATACAATGAAAATAATATAATCAACAACACCAACATCTATAACAATAGCGGTTATGGACTATATCGTTATATCTATGTATCATTTGGATGAACAGGATACAGCAGCTGAGAAACAATCAACAACACAAAGATACTCAACAATGGAGCCTATGGAATTTATTTTTACTGAAGTATTTGAGCACAAACTATTAAGTATTACGGACAAAATAGTATTGCTGGAAACACAACCAACATCAGTAATATAAACTATTTTTCAACAGGATCCAATACAGAATATACCTCATTATGATGGGATATTTGATCATACGAAACAAATACGAACAACACAACATTTTGGAACATCAACACCAATCCACAAAACACAAATACCAATTATATGATCAATTGGAATACTGATATTATATATCGGCGCACAGATATTTCTTGAATCAGATGATCAAAGAACACAACAGGATACGATACTGCATATAGCTATTGATGAGACACACAAAACCAAAAACAACTATTATATATCCAATGAAATATTATTTCTACAGGATGAAAACACAATCCAAGCCATATGATCTGATGAGATACACAAAAAATAATAGGAAGTATTTCTGTACCCACCTCAGGAGATGCGGACACAATTGTTGCAACCCTATTGGCAACAACCTGAACAAATTTTAGAATATACGGAGATATTTCATATGAAATTACATGAATAGTGGAAGCAAATATCTCTACAGGCATAACAATAACACTTTCATGAACCACCCCACTCAAAAAAATATTTGTACAATATCAGACAGGGAACAATGACCCTACACACTACCTTACCTATACCATAAAAAAAGAAAATATCTTGTATTTTACTGGAACAACACCTGAAAACGAACAAAATATATGATTCAACAATTTTAGAATAGAGGCAGATATCATCAATTCAGAACGAATAGACACGCTCACCTATACGCTCAATAACAACACGTATCCTTATTACGATAGTGGACTTCGTCTGATGATGAATTTTGACAACATTAATACACTCTGAGAAACAACAGGGACCATAATCAAAGATTTTTCTCAAAATGAAAAAAATGGAACAGGAATGAATTGAACTACCTGGATTCCAAATGGAAAACGATGAGGCGCTTATCAATTTGATTGAGATTCGATAAATACAGACCATATTGCGATACCGAATATATGAATAATCACATGATGACTTACTATAGCAGTACGAGTAAGAGTAGACTGATTTAGTGGAACCTATGGAACCATTATATGATACAACACAACACATAGAATACTTATCCAAAACAATCTTAAGCTACTTACACAATTTGGATGAAATTTTTATTCTACCACAGCGCTAAGTGGACTCAATGAACGAAATTATATTGTATATACATACAACCAAACGACAAACCAAGAATCATTTTATATCAACGGACAACTAAATAACACACACACACCAAGCATCCAACCAAACCGAAACGGTAATTTTTACCTATGACAATATGATGCTAGTGTGCTATATAAACTTAGTGGTGCTATAGATGAACTTCGTATTCGAAATCGTGCAGTATCTAGTGGGGATATTTATCAAATGCGAAGATCAAATTTATCAAAGAATAGTAGCAACACTCGAAAATTGATAGATGATAAGCAATGCCTATCAGAGATGGAGTATATATATACAGGATATATACAAAATGGATACACCATAGAAAGTACCACAGGCAGAAAAAACACAGTAAGTCTAACAGGATATACTCCACACGCACCTGAAGGATACTTTATTGGAAGTACAGGAGTATCATCATCTCAGACAACATTATCAGGACAGTTTACTGGATATTTCAAGATGGAAGATCGAAAAGGAATTACCGGTTGGTATACAACTATCCAATTACCAGATCATATGAGTTGAGTGACGTATCAAAGCAATGTTATTGCAGGGAATAAAATCAAATTCATGGCTACAGGAACAACACTCATCGAAGGAACAAATACAAGTTCAATATATATCAACTCTGCATTAACGGGTGGATTCACAGGATTCAGCAATCCGGTACAATATCTCAAAAGAGATTATGCTGCAGAATGATATTATTGTCCATCAGGAATATACGGCAACAAACCATATATCAGTGTAGATATCCCTGCATATCAAAATCCTGATACCTATAGCGGAATCATTACTATAGATATCAACAACTAA
PROTEIN sequence
Length: 1875
TDGSYMDSCTAIIGQDTTNLLSTGQINTN*IINNINTQYTIIDNLHIDGKADGS*GIHNNNNYGIYSRKNSFFSLHSITLHDNYSPLDISTNTYLIDTLTIYSNLGKTKNQGSNILLNNITIFNNKSNGYNLEDTTNASINNIYTFNN**Y*IVLKNTNKTILNNAYSFNNKSAFYKDGIYIAPIG*EVILKNIYSYNNE*H*IVLDGYGTIKYFDTIKLFDNEDINIAIDPTITFIQ*S*SDTNGLANTGNIEEFGCMSCNRYPNAQNT**IFFINTGAYPLCDKK*YD*WTTTGTP*IVYGHLLGKQNTGYIYNTTYNIVETPLQIETDKFINQRNILGIYSGGSNYDCNCNPNITRRDNSYFFTG*FWNHTPEPNYCDIVVGLYGYST*SNLDTTAYTQNRS*RNQACSVDTMNITFITGGLDSIPATLSPYTIYILSGEYIQTNIINMNICTAIVGKQNSTLYTENFTDNNIGIAGTQNHIIDNIHIN*TYD*ISTDHTPNSIGIAIKG*SNTSINNNNIYNLELGIKSSNSSYNNTLSNSNIYNNTNGIRLENNRDARQFAYNNNIYNNSNIGLYLSETNDSITNTNIFQNTIGISLYKGKNNIINNSNIYNNNS**ISFEGSSNNNILVDTNIYNNYYGIKLDVDSTGNIYYGNNKIFTNTENLS*TNANDVTLSAGTGIF*DAF*RET*NIQNEGNMSRNIIINPKNSQ*DYLLKRE*MQDS*ERANQRGYITDYDYQPTTAYSYGISIPLQTQPVYYS*IELIS*GIFVPNNYI*SQIPKITGDLLGIYNISPLSSITVTGISNFISSYSIF*DIYSPIIGQDINTSTGIQITL*LTTNTIITQLFSPNIYFATHFQKQTQID*CLS*RDNNNFLNESFWNNARTQDDSSTAYTQFRSGYTYDTCLSSGMTVTYIDPSTIPATRTENTIYVIAS*TVNRITETNANNCSALISSGEIELKKNMGNFYLLMADNKNNFIIDTIKFNGNLISSTYALIYFTNTNNSTINNVNVFNNTGTSTAYGH*IYYS*NDTTNYFTHNIIANSKIYNNNSV*IYYRNYNNGTNRKGYFINNMIINSQIYNNKYH*IYSYNYSIN**ESYNQNNSIQNSQIYNNL*HGIRTQNYAS*TDTKIYNENNIINNTNIYNNSGYGLYRYIYVSFG*TGYSS*ETINNTKILNNGAYGIYFY*SI*AQTIKYYGQNSIAGNTTNISNINYFSTGSNTEYTSL*WDI*SYETNTNNTTFWNINTNPQNTNTNYMINWNTDIIYRRTDIS*IR*SKNTTGYDTAYSY**DTQNQKQLLYIQ*NIISTG*KHNPSHMI**DTQKIIGSISVPTSGDADTIVATLLATT*TNFRIYGDISYEIT*IVEANISTGITITLS*TTPLKKIFVQYQTGNNDPTHYLTYTIKKENILYFTGTTPENEQNI*FNNFRIEADIINSERIDTLTYTLNNNTYPYYDSGLRLMMNFDNINTL*ETTGTIIKDFSQNEKNGTGMN*TTWIPNGKR*GAYQFD*DSINTDHIAIPNI*IIT**LTIAVRVRVD*FSGTYGTII*YNTTHRILIQNNLKLLTQFG*NFYSTTALSGLNERNYIVYTYNQTTNQESFYINGQLNNTHTPSIQPNRNGNFYL*QYDASVLYKLSGAIDELRIRNRAVSSGDIYQMRRSNLSKNSSNTRKLIDDKQCLSEMEYIYTGYIQNGYTIESTTGRKNTVSLTGYTPHAPEGYFIGSTGVSSSQTTLSGQFTGYFKMEDRKGITGWYTTIQLPDHMS*VTYQSNVIAGNKIKFMATGTTLIEGTNTSSIYINSALTGGFTGFSNPVQYLKRDYAAE*YYCPSGIYGNKPYISVDIPAYQNPDTYSGIITIDINN*