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ar4r2_scaffold_566_14

Organism: ALUMROCK_MS4_BD1-5_24_44

near complete RP 48 / 55 MC: 1 BSCG 45 / 51 MC: 1 ASCG 1 / 38
Location: comp(12786..17870)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
hypothetical protein id=50613 bin=ACD3 species=ACD3 genus=ACD3 taxon_order=ACD3 taxon_class=ACD3 phylum=BD1-5 tax=ACD3 organism_group=BD1-5 (Gracilibacteria) organism_desc=BD1-5 similarity UNIREF
DB: UNIREF100
  • Identity: 30.2
  • Coverage: 999.99
  • Bit_score: 590
  • Evalue 4.90e-165
Uncharacterized protein {ECO:0000313|EMBL:EKD44555.1}; TaxID=1234023 species="Bacteria; environmental samples.;" source="uncultured bacterium (gcode 4).;" similarity UNIPROT
DB: UniProtKB
  • Identity: 34.3
  • Coverage: 977.0
  • Bit_score: 540
  • Evalue 1.00e-149
YD repeat-containing protein similarity KEGG
DB: KEGG
  • Identity: 27.4
  • Coverage: 887.0
  • Bit_score: 249
  • Evalue 7.40e-63

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Taxonomy

uncultured bacterium (gcode 4) → Bacteria

Sequences

DNA sequence
Length: 5085
ATGAAAAAAACAATTATAAAATTGTTTATTTTTATATGAATTATAGCCTTTTGCTTTGATTACAATGTATATGCAGTGAATCAAAATAATCAAAATAGTTGAAAAGTAACAATTTTGAAAGACAAGTTCACATGAAAAAAACTTGAGAAAATAAAGAATACAATAAAACAAAAAAGTAATTATAGATTAATGATAAAATCAGATGAATCATTGGAAACAATAAAATCGTATTTTTGAGATTGAGACAAGGATATAAAAATAAAGAAACTTTGAAAAAACAAATACATGATTAACTTACCTTTAAAAACAAAGTTTTTAAAAGAAAGTTTAAATAAAATAGATAATTGAGAAATCCCTAATGAATTATGAAAATATACAATTATTCAACCAGAGATATTTGAAGCATTAACCTCACCCCAACCCTCTCCTACAGGCGAGGGAGTAGAACAGTTTTTACTTTGAGAAGAAATAAGTAAATTATGGGGAATAACAAAAATATGAGCAGATAAATTTCAAGAAGAATTACAATCAAAAGCAAAAGTGAAAGTTGCTGTACTTGATACAGGTATAGATTATACTAATGAAGAATTAGACGATAATTATGATACAAGCTTGTCATATGACTTTATAAACGATAGAACAAATGCAATAGATGACAATTGACATGGTACAGAAGTAGCTTGAATAATAGCCTGAGAAGTAAACTGACAATGAATATTTTGAGTAAATAGTAACTCAGATTTAATTTCATTAAAAGTACTTGATTCAAACTGATTATGAACAAGTTATGATTTACTTGAAGCTATAAACTATGCAGTACAAAACAATATAAAAGTATTAAACCTAAGTTTTTGATGATTTTGAGATCCTTTGACATCACCAGTTTGTCAAGCTATAAAAGAAGCAAGAAATAATTGAGTTTATTTTGTAGTATCAGCATGAAATTCAAGTACAAACATCTCAAATACTATACCAGCTTGATGTAGTGATGTGATATCTGTTTGAAGTTATGACAAAGAAGGAAACAAATCAAGTTTTTCAAATTATTGAAATCAAGTGATATATGCTCCATGAGTAGATATGTATACAACAGGTTTAAATAACTCTTATATCACAAAAGCAGGTACATCTTTTTCTTCACCAATAGTAGCTTGAATTATATCAAAAGAGCTTGCATATGATCCAAATACAAGCTATACAGAGTTATTAAATAACATAAAAAATAACTACAATTTAAAAATAAGTTTTGAAGATAGTACTCAAACAAATACTGATGACACAACAACGTCATCTTGAGTAATAGAAACAAGTAGTTGATTAACAAGTTCATGACAAATTGATACGATAAAAGAAGAAGACTTTTCAAAGATGAAATATTATTCTGGATATTTTATGCATGATTGAAAAAACTACTGAAATAGTTTGTATGATGAAACATATAAATTTACTCAAGAAGAATTAAAATGAGTACAAATCTATACATATGATGAATTTCAAAATTTACTAAAGAACCAAATAAAAGATTTTTCAGCAATGGATGTTACAAATGGTTTAATATGAAGATGGGATTTAAACTGAAATGCAAATGACACAAGTTGATACTGATACAATTGAACCCCATATAATATAACACGGGTTGATAGTTGATTATCAGATTGAAAGCAAGTTGCAAGTTTTAATGGGAGTAGTTCACATATAACAATCCCTATGTTGTCATGAATTCCATTATGAAATACATCAAGAAGTGTTACTTTTTGGAGTAACAATAACACTTGTAATACTACAAAAACAATATTTTCATATTGAAAAAATTACAATTCACAACTTTATACAATTGATTATTTAAATAATTCACATCCTATTTTTTTTGGTACATGGGTTAATGATAGAATTACATGAGTTTATGTTCCTTGTGATTGAAAATGGCATAATGTAGGAGTTACATATAACTGAATAGCAGTATATATTTATTTAGATTGAATTCTAAAGTATTATTCTAATATAAGTATAAATACTGTAATTGATTCATCCTCACTCTTAGTTATGTGATGAAGACCTGATAATTATTGAAATCCATTTTATGGATTTTTAAAATGATTTAATTTCTACAATCGTGCTTTAAGTTCATCTGAAATACAACAACTATATTATGAATGAAATATAGATGATTATACATCATCAAACAAACTTCAATCATCAACTTATCCAGTATTAACAAACACATGAACAACATATAGTACATATGAAAAAACAGCAGAAGTATGTTCATCAAATAAAGCATTAAAAGAAATAAGTAAAATAGCAGAAGCAACAAAAAACAATTCCTGAGACCCAGTAATACTGGCAAATGGGGAATTTGATTATGATAATACACTGATGAGTATACCATGAAAATGATTAGCATATGAATTTAAAGTTACATACAAAAACCAAACATACTATAACTGACCAACCTGAATAAATTGGGAACAAAGCTACAATAAATACCTAAGTCAAGAAACAAATTGAAATGTCTTGTACTATAACTGACAATTATGAGTCTATAGATTTATATATACTTGAACGGGCTTTAATTATAACCTATGATTAAAAGCAAACTTAGTATACTCATGATGAACACACCAAATAAAATATGATTTATGAAAAAAAGAGTATTTCAACACAATAAAAAAATTATCAAAACTAGAAGATAAAAACGGAAATTCACTAAATTTCACATACAACACAGATAATCTACTATCACAAGTGACAGATACATTGTGAAGAAATATAAACTATACATATGATAATTATAGACTAAAAGAAGTAACAGACTTCAAATGAAACAAAGTAGAATTGACATATTATACATGATCTACATCATCATGAAGTATCTATGATTTAAAAGAATTAAAATTAAATAACTGAACATGATCAACAAAAATAATCAAATTTGAATACGATACAACCCATAATCTAACAAAACTAATAGATTCAAAATGACAAACATATGTAACAAATACATATGAAGATGGTAGAGTAAAAACACAAACATATGGAACATGAACAATTACATATAACTATACTCTATCATGATCACAAATCCAACAAAACACAGTAACAGATAAAGTATGAAATGTAACAGATTATTATTATGATACAAACTGAAACAGTACACAAATAGTTTACCATAAAACAAATTGAAATATAACATACAATTATGAATATGATACAAGTTGACATCTTATAAAAGAGATAAAACCACTATGAAACTGAACAAAATATACATATGATACAAACTGAAATCTAACAGAAAAAAGACAAAAAACAGATATATCACAATCAGATAATAATACCAATGATATAATTACAACATACACTTACAACACAAAAAATCAAATATTGACAGAAACATCACCAAATTGAGTAACAAAAACAATTACATATGACACAAACTGAAACAAAACACAAAACACAATTTCAAACCTAACAACAAGCACCTGATCAACTTACTCTATAACAAGAAACTTTGAATACAATTCACAATGAGAACTGACAAAAAGTATAGATTGAAATCAAAATGAAATAAACTATACATATTCATGATGATTACTGACTCAAATCACAACTTGAACATGAACAAATCAAAGAAATACATATATGTCATATAATGACTACTGAATACCAATAACAAGCACAGATTCAATATGAAATACAACAAACTATGAACTAACTGGATTTAACCAAATCTGAACATGAACAACAGCAGAATGAATCATAACAAACTACATATATGATGAAAATAATAACAAAACCAAAGAAATAAAATATTTTACTTGATGAATAAAAGAAATAGATTACACATATGATTTACTAGATAATCCAATACAAGTAAAAGAAGATACAGATACAAATAAAGAAACAATAACAAATATAAAATACGATAATAACTGAAATATCATAGAAAAGACAACTTGAAGCTGATCAAAGATAAAATACATATACAATAATTTTGCAAAAATAACAGAAGAAAAAATAATAGTAAATCTAAATGATACATCAAAAGATATAATTACAAGCTATGCTTATGACAATAACTGAAACCTAACAACAAAAACAGATGCTAGATGAAATACAACAAACTATACATATGATAACTATGATAGACTGATAAGAGAAACTCTATCAGATTGAAACTATACAAAAATCTACTATAACAAAGACAATACAATACAAAAACAAGAAAAATATAATTCTTGAAATACAATACTTTCAAAAACAAGTTATGAATATAATGGAATTTGAAAAGTATTAAAAGAAATCACATACAAAGATCCACAAAACAATACTTGAACAATTACAAAAATAACAGACTATGACAAAAACTGAAACCCAATAAGTAAAACCTCACCCCACCCCTCTCCTACAGGCGAGGGAGTAGTAACAACATATACTTATGATGATTTTAATAACTTACTAACTACAACTGATGCTCTTTGAAACGAAGTTGTAAATACATATGATAAAAATAACAACATAACACAAAAACAAATAATCCAAAATAATGGAAAAACAACAACTACAACATATGTATATGACAAAGATAACAGATTAACAAGTGAAACAAAAAGCCCTCACCCTAACCCTCTCCCAGGGGGCGAGGGAGCAGTGACAAAAACATATACATACAACAAGCTAAACCAAATAACAAGTATAACAGATGAAAATTGAAATATAACAAATTACACATATGACTACACTTGAAAAATAAAAACAGAAACAAAAACAAACTCATGAATAGACATCACAACAATCTATACATATGATACAAACTGAAATATGATAAGTATAACAGATTGAAATAACAACATTACAAACTACACATACAACGACCTAAATCAGTTGATAAAACAAACATATGCAGACAATAAAGAAGTAAATTATACATATGATAAAAACGGAAACCTAGTAACAAAAATAGATCCAAATGGAACAATTACAACAAACACATATGACAATCTAAACAGATTAATAAAAGTGAAAGCTATACATATGACAACTTATGAAGACTTACAGAAGCAAATGATAGTAATAATCATAAACTAA
PROTEIN sequence
Length: 1695
MKKTIIKLFIFI*IIAFCFDYNVYAVNQNNQNS*KVTILKDKFT*KKLEKIKNTIKQKSNYRLMIKSDESLETIKSYF*D*DKDIKIKKL*KNKYMINLPLKTKFLKESLNKIDN*EIPNEL*KYTIIQPEIFEALTSPQPSPTGEGVEQFLL*EEISKLWGITKI*ADKFQEELQSKAKVKVAVLDTGIDYTNEELDDNYDTSLSYDFINDRTNAIDDN*HGTEVA*IIA*EVN*Q*IF*VNSNSDLISLKVLDSN*L*TSYDLLEAINYAVQNNIKVLNLSF**F*DPLTSPVCQAIKEARNN*VYFVVSA*NSSTNISNTIPA*CSDVISV*SYDKEGNKSSFSNY*NQVIYAP*VDMYTTGLNNSYITKAGTSFSSPIVA*IISKELAYDPNTSYTELLNNIKNNYNLKISFEDSTQTNTDDTTTSS*VIETSS*LTSS*QIDTIKEEDFSKMKYYSGYFMHD*KNY*NSLYDETYKFTQEELK*VQIYTYDEFQNLLKNQIKDFSAMDVTNGLI*RWDLN*NANDTS*Y*YN*TPYNITRVDS*LSD*KQVASFNGSSSHITIPMLS*IPL*NTSRSVTFWSNNNTCNTTKTIFSY*KNYNSQLYTIDYLNNSHPIFFGTWVNDRIT*VYVPCD*KWHNVGVTYN*IAVYIYLD*ILKYYSNISINTVIDSSSLLVM**RPDNY*NPFYGFLK*FNFYNRALSSSEIQQLYYE*NIDDYTSSNKLQSSTYPVLTNT*TTYSTYEKTAEVCSSNKALKEISKIAEATKNNS*DPVILANGEFDYDNTLMSIP*K*LAYEFKVTYKNQTYYN*PT*INWEQSYNKYLSQETN*NVLYYN*QL*VYRFIYT*TGFNYNL*LKANLVYS**THQIKYDL*KKEYFNTIKKLSKLEDKNGNSLNFTYNTDNLLSQVTDTL*RNINYTYDNYRLKEVTDFK*NKVELTYYT*STSS*SIYDLKELKLNN*T*STKIIKFEYDTTHNLTKLIDSK*QTYVTNTYEDGRVKTQTYGT*TITYNYTLS*SQIQQNTVTDKV*NVTDYYYDTN*NSTQIVYHKTN*NITYNYEYDTS*HLIKEIKPL*N*TKYTYDTN*NLTEKRQKTDISQSDNNTNDIITTYTYNTKNQILTETSPN*VTKTITYDTN*NKTQNTISNLTTST*STYSITRNFEYNSQ*ELTKSID*NQNEINYTYS**LLTQITT*T*TNQRNTYMSYNDY*IPITSTDSI*NTTNYELTGFNQI*T*TTAE*IITNYIYDENNNKTKEIKYFT**IKEIDYTYDLLDNPIQVKEDTDTNKETITNIKYDNN*NIIEKTT*S*SKIKYIYNNFAKITEEKIIVNLNDTSKDIITSYAYDNN*NLTTKTDAR*NTTNYTYDNYDRLIRETLSD*NYTKIYYNKDNTIQKQEKYNS*NTILSKTSYEYNGI*KVLKEITYKDPQNNT*TITKITDYDKN*NPISKTSPHPSPTGEGVVTTYTYDDFNNLLTTTDAL*NEVVNTYDKNNNITQKQIIQNNGKTTTTTYVYDKDNRLTSETKSPHPNPLPGGEGAVTKTYTYNKLNQITSITDEN*NITNYTYDYT*KIKTETKTNS*IDITTIYTYDTN*NMISITD*NNNITNYTYNDLNQLIKQTYADNKEVNYTYDKNGNLVTKIDPNGTITTNTYDNLNRLIKVKAIHMTTYEDLQKQMIVIIIN*