ggKbase home page
Advanced Search
Search Help

ar4r2_scaffold_1474_10

Organism: ALUMROCK_MS4_BD1-5_24_44

near complete RP 48 / 55 MC: 1 BSCG 45 / 51 MC: 1 ASCG 1 / 38
Location: 10388..15331

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: 41.2
  • Coverage: 999.99
  • Bit_score: 1217
  • Evalue 0.0
  • rbh
hypothetical protein Tax=ACD3 similarity UNIPROT
DB: UniProtKB
  • Identity: 47.9
  • Coverage: 999.99
  • Bit_score: 1023
  • Evalue 3.00e-295
RHS repeat-associated core domain-containing protein similarity KEGG
DB: KEGG
  • Identity: 27.7
  • Coverage: 999.99
  • Bit_score: 342
  • Evalue 4.80e-91

Lists

This feature is not on any list.

Notes

This feature has no notes.

Taxonomy

ACD3 → Gracilibacteria → Bacteria

Sequences

DNA sequence
Length: 4944
TTGCTTCAAGATAAATTTCAATTAGATAAATCTACTCACTCGTGAGCAACAACAGAAAAAGAGATAAAAAAGAACGAAATAACAAATACAAAGACATGAAGTAAATTAGACCCAGTAAATCCAAATACATGAGAATTTACATATGACAACACACTTATGCAATTACCATGAGCATGACAATCATATGAATTATCAGTATCATATAGATCAAGAATCCAAACAGAGACATCACTATGAATAAATTGGACACATAACTATGATATACATATAACAGACAACCAAGACTGAACATACGAACTATTAAACTGACAATTGTCAGCATATACAATAAAATGAGAAATAATAGAAGATACAGAAACTCAAATAAAAGACCTAGAAGCAAAATTTATAAAATACTCAAATAACGGGTGATATAAACTAACATACAAAAATAAAAAAGTATATTCTTTCAATTCAAACTGAGATATAACAAGTATTCAAGATGCAAACTGAAATACAATTACATTTACATACAACCAAGATAATCAATTAAGCGATGTAATAGATACAGAGTGAAGAGATATAAAATATACATATGATGAAACAAACAAACTAAAAAGAGTAACAAATCCAGAGTGAAGATATGTAGAATTTAGTTATTATGGAGATATGGAAACTGATGGGTCACTATATGACCTGAAATCAATAAAGATACATAACTCTGACAATACAGAAATACCAACAGAACAAAAAGAAAAAACAATAAAATTCACATACTACAAAAATACTACAGATAGCAAACTATCAAACAATATAAAAACACTACTAGACTCAAAAAACCAAATCTATGTAACAAATACATATGATACAAACGATAGAGTAATCTCACAAACATACTGAGATGGTACATGAACATATGAGTATACACTAGCAAATATCCATGCAGATGATACACCAGAAACAGTATGAAGTGGAGCAACAATCTGAACATATGTCTCAAAAAATAAAGTAACAGATAAAAGATGAATAATAACAGAATACTACTATAATAGAATGTGAAATGTAGTAACAAGAAAATCATATAATGAAGCAAATACATGAAGTACACAGGTAAGCTATGAATATGATGAAGTATGAAGAATGATAAAAGAAACAAATCCAAGATGAAATTGAACAACATACAAATATGATACAAACGGAAATAAAATAGAAGAGAGACAAAAAACAAATACCTGAAATCCAGATGATGATACACTAGATATAGTAACAAAATACGAATACGAGCAAACAACAAACCTACTAACAAAAACAATCCTACCAAACAACACTCAAATAGAGTTTACTTATGATATAAATAATAATCTAATAAAAACAGAAATAAAAGATGTAAAACTATGATTAACACAAAGCCCAGTATCACTGATAACACAAAACACATATAATTGAAGCTGAGAACTAGTAAAAACTATAGACTCAGAATGAAATGAAACAAGTTATGAATACACAAGCTGACAAATAAAAAAAGTGATAAAATGAACAGAATGAAACCAAATAATAACAAATTATACATATGATAACTATGGAAATCTAGTATCAAAAATAGACCCACTATGAAACACACAAACCATAACATATGATGAACTAAACAGAATCAAACAAACAACTAGCCCAGAATGAATTACAAGAAAATACGAATACGACCAAAATGATAATAAGATACTAGATTCACTTGTACTAGATGAAACAAATACAGTAAATACAAATATAACATATAACCTACTAGATAAACCAACACAAGTAACAACAAAGATATCTCCAACACAAACTGGTACGATAAGTACAATCTATGATTGAAATGAAAATATAAAAGAGATAACATATACAGATGGTACAAAAAAACAATACAAATATGATGAAAATGAAAAACCACTAGAAGAAAAGACCATAACAACAAATCAAACAACAACAATAAACTATGAGTATGATATAAATGGAAATAAGACAAAGATAATAGATCCAAAATGAAACCAAACAAATGTAGAATATGACCTATTTGATAGACCTATAAAACAAATAGATAGTCTATGAAACTATATAACATACATATATGATAAACAATGAAAGGTAATAGAAACAAATACATATAATAATACAAATACAAAAGTACAAGAAACACAAATCATATACAACGAAATCTGACAAACTCTTAAACAAGAATCTATAGACCTAAACCCAGACTGAACACCAAAAACAGAAAATCCACACAATATAATAACAAAACAAGAATACAACAAAAACTGACAAATAATAAAACAAATAGATTCAAAATGAAATACAACAACAATAAACTATGACCAGTTTAATAGACCAATAGAAACAATAGACCAACTATGAAACAAGATAGTAAATACCTATGATAAAAACAATAACATAACACAAAAACAAATAATTGAAAACAATTGAAAAACAATAACAACAACATATACTTATGATTGAGACAATAGACTAATAAATGAAACAAATAATCTAAATCATACAAAAATATATAATTACAATAAACTAAACCAAATTACAAGTATACAAGATGAAAACGGAAATACAACAAACTATACTTATGATTACAGATGAAAAGTAACACAAGAAATAAAAACAAATTCTTGAACAAGTATCACAACAAACTACACATATGATATAAACTGAAATCTGATAAAAGTAGTAGATTCTAACAATAACGAAACAAACTATACATATAACAGTTTAAACCAACTAACAAAACAAATATACCCAAACAATAAAGAAGCAAACTATACATATGACCAAAACTGAAACCTACTAACTATAACAGATCCAAACTGAAACATCACAACAAATACTTATGATAACTTAAACAGATTAACAAACAAAACAATCCAAAAAGCAACATGAGTAGAGTGAGTAACAAGTGAAACATATACCTATGATAATTTATGAAGACTTATAGAAGCAAATGATAGTAATAATCATAAACTAAATTTTACATATGATAGTCTATGAAGATTACAACAAGAAAACCAGTCATGAAGTCTAGTAAACTATACATATGATGATAACTGAAATCTGACAAGTCTCTCTGCTTCTCCTGTCATTCCTGCATCCTCTCCTGTCATTCCTGCGGAGGCAGGAATCTATCAAAATGGTTCTACAATTAACTACACATACGATGATTTAAATAGATTGACATCTATTGTCCGTCATTCTGGTGAACCTTTAGTCTTCGGGCTAGACCCGGAGATTGATTCAGAATCTCAAAACATTGCAAACTATACATACTCTTGATTACAAAATACAAATATAACACTTTGAAACAATACAGAAATAACAAAAACATATGACGAGCTAAACAGACTACAAACACTAAATACTCCAATAAAAAACTATACATACACCTACGACAACACATCAAACATAACAAGTGATAACCAAAAAAACTACTCATACGACCAACTGTATAGACTTACACAAGTAACAGATACAAACAGTAACCCACTAGAAAACTTTACATACGACCATATGTGAAACAGGATAACAAACTACAATTCACAAGTATGAAGTTGAGCAACATATGAGTATACTACAAACAACCTAAACCAATACACAAATCAAAGTGGAAGTATACAAAATTATACAGAACAAGAGATAACAGAAGAAATCCAAACAGAAACACAAACAGAAAGTGGGACAATCTATGGAACTTGAACACATATAACATATACTTGAAGTCTAACAACAACTACTACAAATACAAACTACACATATGATGATAACGGAAACCTTACAAATGACTGAATAAACTCGTATACATATGACTACAAAAACAGACTACTAAAAGTACAAAACCAAACTTGAACAATAGTAGAGTTTAAGTATGATGTACTAGGTAGAAGATACCAAAAGATTACACCACAAAAGACAATAAACTATATATATTCCAACCAAAGTGTACTACAAGAAATAACAACAGACACAACAACAAACGAAACAACACAAAGAGACTACATATACTGAAACTGATGAGTAGATGATGTAGTAGCATATGTAGAAAACTGAAATACTTACTATATACATAAAGATAATTTATGAAGTACAATAGGTATAACAGACAATTCTTGAACTATACTTACTACCTACGATTATGACTCATACTGAAACTACACACAAAGTTGAGCAGATTTATGATATACCAGATTATTTACAGGTAGAGAGTACGATAGTGAAATAAATTTATACTACAATCGTGCGAGATACTATAATCCAAATTTAGGTAGATTTATCTCAAGAGATCCAATAGATATACAAGATGATGTGAATTTGTATGCCTATGTTGGTAATAATCCGGTGAATGCGGTTGATTTGATGGGAATGAATAAGTATATAATACTTGTTTGAGTTGATAAAGAGTGAAGTAATTTATTACAAGAATGAGCAGATTATCAATACAATAAATTAATAGAATCATGAATAAAAAAGGAAAACATCAGAAGATATTATAATGTTAAAACAGTTGATGATTTTAACGAGGCATTAAATCCATTTATAGGTAATTTAGGAGATATATATTTTTATACACATGCAAATGAAAAGGCATTATGAGTATGATGAGAAATAAATAAAGAAACAATAAGTTGAGTTAATTCAATTAATCTAGTTCATTATTCAACTTCTACAATGACAATAATATGATGTAATTCATGAAAATGAGAAAAAAGTATAGCACAAGATATGAGTAACGAATTAGGAATTAATGTTATTGCACCAACTTACTTTCTTATTGAAAGACCAAAGTTAACATCTGTGTATGATAATTCAGTATCAGATAGAGTATGAAGATATGTTATATCTAAATCAATGAGTTTTTATAAAAGTGAATGAGAAACATGATTATTATTATGAATTTGAAAACGGAATAAATTTAACCCTAACAATTAA
PROTEIN sequence
Length: 1648
LLQDKFQLDKSTHS*ATTEKEIKKNEITNTKT*SKLDPVNPNT*EFTYDNTLMQLP*A*QSYELSVSYRSRIQTETSL*INWTHNYDIHITDNQD*TYELLN*QLSAYTIK*EIIEDTETQIKDLEAKFIKYSNNG*YKLTYKNKKVYSFNSN*DITSIQDAN*NTITFTYNQDNQLSDVIDTE*RDIKYTYDETNKLKRVTNPE*RYVEFSYYGDMETDGSLYDLKSIKIHNSDNTEIPTEQKEKTIKFTYYKNTTDSKLSNNIKTLLDSKNQIYVTNTYDTNDRVISQTY*DGT*TYEYTLANIHADDTPETV*SGATI*TYVSKNKVTDKR*IITEYYYNRM*NVVTRKSYNEANT*STQVSYEYDEV*RMIKETNPR*N*TTYKYDTNGNKIEERQKTNT*NPDDDTLDIVTKYEYEQTTNLLTKTILPNNTQIEFTYDINNNLIKTEIKDVKL*LTQSPVSLITQNTYN*S*ELVKTIDSE*NETSYEYTS*QIKKVIK*TE*NQIITNYTYDNYGNLVSKIDPL*NTQTITYDELNRIKQTTSPE*ITRKYEYDQNDNKILDSLVLDETNTVNTNITYNLLDKPTQVTTKISPTQTGTISTIYD*NENIKEITYTDGTKKQYKYDENEKPLEEKTITTNQTTTINYEYDINGNKTKIIDPK*NQTNVEYDLFDRPIKQIDSL*NYITYIYDKQ*KVIETNTYNNTNTKVQETQIIYNEI*QTLKQESIDLNPD*TPKTENPHNIITKQEYNKN*QIIKQIDSK*NTTTINYDQFNRPIETIDQL*NKIVNTYDKNNNITQKQIIENN*KTITTTYTYD*DNRLINETNNLNHTKIYNYNKLNQITSIQDENGNTTNYTYDYR*KVTQEIKTNS*TSITTNYTYDIN*NLIKVVDSNNNETNYTYNSLNQLTKQIYPNNKEANYTYDQN*NLLTITDPN*NITTNTYDNLNRLTNKTIQKAT*VE*VTSETYTYDNL*RLIEANDSNNHKLNFTYDSL*RLQQENQS*SLVNYTYDDN*NLTSLSASPVIPASSPVIPAEAGIYQNGSTINYTYDDLNRLTSIVRHSGEPLVFGLDPEIDSESQNIANYTYS*LQNTNITL*NNTEITKTYDELNRLQTLNTPIKNYTYTYDNTSNITSDNQKNYSYDQLYRLTQVTDTNSNPLENFTYDHM*NRITNYNSQV*S*ATYEYTTNNLNQYTNQSGSIQNYTEQEITEEIQTETQTESGTIYGT*THITYT*SLTTTTTNTNYTYDDNGNLTND*INSYTYDYKNRLLKVQNQT*TIVEFKYDVLGRRYQKITPQKTINYIYSNQSVLQEITTDTTTNETTQRDYIY*N**VDDVVAYVEN*NTYYIHKDNL*STIGITDNS*TILTTYDYDSY*NYTQS*ADL*YTRLFTGREYDSEINLYYNRARYYNPNLGRFISRDPIDIQDDVNLYAYVGNNPVNAVDLMGMNKYIILV*VDKE*SNLLQE*ADYQYNKLIES*IKKENIRRYYNVKTVDDFNEALNPFIGNLGDIYFYTHANEKAL*V**EINKETIS*VNSINLVHYSTSTMTII*CNS*K*EKSIAQDMSNELGINVIAPTYFLIERPKLTSVYDNSVSDRV*RYVISKSMSFYKSE*ET*LLL*I*KRNKFNPNN*