ggKbase home page
Advanced Search
Search Help

ar4r2_scaffold_550_21

Organism: ALUMROCK_MS4_BD1-5_24_33_curated

partial RP 47 / 55 MC: 2 BSCG 38 / 51 MC: 2 ASCG 4 / 38 MC: 2
Location: 22064..26113

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Domain: TIGR04330: cas_Cpf1 CRISPR-associated protein Cpf1, subtype PREFRAN user in-house
  • Identity: null
  • Coverage: null
  • Bit_score: null
Uncharacterized protein n=1 Tax=Prevotella bryantii B14 RepID=D8E0G1_PREBR similarity UNIREF
DB: UNIREF100
  • Identity: 29.6
  • Coverage: 1421.0
  • Bit_score: 463
  • Evalue 5.50e-127
Uncharacterized protein {ECO:0000313|EMBL:KKQ38174.1}; TaxID=1618481 species="Bacteria; Microgenomates.;" source="Microgenomates (Roizmanbacteria) bacterium GW2011_GWA2_37_7.;" similarity UNIPROT
DB: UniProtKB
  • Identity: 40.9
  • Coverage: 1397.0
  • Bit_score: 936
  • Evalue 4.00e-269

Lists

This feature is not on any list.

Notes

This feature has no notes.

Taxonomy

GWA2_OP11_37_7 → Roizmanbacteria → Microgenomates → Bacteria

Sequences

DNA sequence
Length: 4050
ATGGATAAAAATAGTTTTTCACAGTTTACTAATTTGTATGAATTAAGTAAAACTTTGAGGTTTGAGTTGAAGCCTATTGGGGAGACACAAAAATTGCTTGATGAAAATGAAGTTTTTTTAACTGATAAAATTAGACAAAGGAAATATGAAGAAATAAAACCATTTTTAGATGAATTTCATTTGAATTTTATACAATGTTGTCTTTGAGATTTGGTTTTATATTATACTGAATATAAAAAATCTTTGGATAATTATCAAAAAGATAAAAAAAATAAAGATTTAGAAAAGAAAAAACAAGATGAAGAAACAAAACTTAGAGAAGAAATTGTTGCAAGATTTAATTTTAAAATCAAAGATTATTTAAAAAATTTTTGAGAAGTTGAAATAATAAAATGAAAAAAAGATAATGATAAAATAAAAGTAATATTATGAAAAGATTGGGAAGTAGAGTTTTCAAATAATAACACAAAGTTTTTAAGGGAGACTTGAATGTTTGATTTAATGAAAAAGAATTTTGAAAAAAGATGAGATATTTATGCGACAGATAAACAAACTTGAGAAATTTACAAAAATGAAAAAACTTGAAAATATATCACTATTTTTGATGATTGGAATTGATGGCTAGGTTATCTTGATAAATTTTTTAATACAAGAGATAATTTATATAAATCAGATGGAACTTCAACATCTTTAGCAACAAGAATTATTGACCAAAATTTAAAGAGATATTGTGAAAATTTAGATATATACAATAAAATTTTTGAAAAAGAAAATTTAAAAAATAAATTTAAAAATTTAGAAACTGATTTTTGAATATCACTTGAAAGATTTTTAAGTTTAGAAAATTACAATAATTGTATTTTACAAGCATGAATACAAAAATATAATGAAATAGTTTGATGAAAAGTTATTGATAAAAACAAAAAAATTCCTTGAATAAATGAATATATAAATAAATATAGACAAGATACTTGAGAAAAATTACCTTTTTTACAAAAACTTGATAAGCAAATTTTAGCTTGATGAAAAGAGAATTTCATAGAACAAATTGAAAATGAAATTGATTTTGAAAAAAATTTAAAAGATTTTTATAATAATTCTGTTAACAAAGTAGAAATTCTAACTCATATTTTTGAAAATATATGAAAATATAGTGATAAAGATTATAAGACAATATACTTTTCAAAAGAAGCTTTTAACACTATTTCTCATAAGTTTACAGATCAAGTTCTAGTTTTTGAAAAAATTGTATTTAATGAGCTATTAAATGATAAATTAGTTGAAAAAAAAGATTTTGATAAAAAAGAAGAAAAATATAAATTTCCTGATTTTTTACCTTTGTTTTATGTGAAAAAATGATTAGAAAATTACCAAAAAGAGGAGTTGTTTTATAAATCAAGATATTACGAAAATGAAATTATAGTAGAAAATAATGATACGATTTGGAAAAACTTTTGTACTATATTAAATTATGAATTTAAAACTTTACTTTCAAATACTATAATAAATCAAAATGGTGAAGAAGTTGAAGTTGGTTTTAATACTTCAAGAAAAAAATTAGAAAAAATTTTAGAGAATTTTGCTCTATGAGAAAAAAATAATTGAATTATAAAAGATTTTGCAGATATAAGTAAAACTATTTATCAAATGTGAAAATATTTTGCTTTAGAGAAAAAAAGAGAGTGGAATAATAATTTTAACTTACATTCTGAATTTTATTCAGAATGACTAGAAAATAGTTGATATAAAGATTTTTATAATGAAGCTTATGAACAAATTATTGTTCCTTACAATTTGATGAGAAATTTTATAGCAAAAAAACCTTGGGAAGATAATAAGAAGTGGAAACTGAATTTTGATCATAAAAAATTACTTTGATGATTTACTGAAAGCAAAACAGATAAAAGTGATAACTGAACTCAATATTGAGCATATCTTTTTAGACAAAAAAATGAAGATTGAAAATATACATATTTATTATGAGTTTCTAAAAATGCAAAACTATTTAGAAAAGATAACGATGTATTAGAAAATGACACTTTATCAAATTTAGAAAGATTAAATTATTTTCAAATATTACCAAAATCTATTTATGGAGCATTATATGAGTGAAATTTTGATAGTGATAAAAAGAATTTATCAGATTGAGAAATCATAAAGAAAATTAAAAATGCTTTAAAAAATTATACTAATATTAAAGCATTTAAACAAATTGTAGAAAATTGAGAATATAAAGTTATTAAAGATATACAAAAAGATATTACTGAAGCAATTACAAATTATTGAACTATTCTAAAATATCAAAATATAACTAACAATCAAATAGAAGAAGCTAAAAAATCTAATAATCCTTTTTATTTATTTGAAATTTATTCTCAAGATTTATATTTAGAAAATTCTAATAAAAACTTACATTCTCTTTATTTTAAAGAGATATTGAAGTGAGAAAATACAATGTTCAATTTATGAAATTGAGAAATATTTTTTAGACCAAAAACTGAAAAAGAAAAATTATGAATGAAAAAAGATAAAAGTTGAAAAGAAGTCATTAACCATAAAAGATATTCTGATGATAAATTAATTTTTCATTTATCAACAATTGTAAATAATTCTTGAAATAAATTTACAAAAAGAGAATCAGACTGAGATTTCTTTAATTTCACATTTAATAAATATACAAATAATATTTTAGCAAACAATAGAGATATAAACATTATTTGAATTGATAGATGAGAAAAACATTTAGCCTATTATTCAGTAATAAATCAAAAACAAGAAATTCTTGAAAGTTGAAGTTTAAACTATATTTATCAGTATGATAAAGATTGAAATACTATACAAAAAGTAGAGAAAAAAATACAAGAAATTAGAAATGAAGAATGAAAAATTGTTGATTATGAATTAGTTGAAACTTGAAATATGATACCTTATGAAGATTATTGAGTCTTACTTGATTATAAAGAGAAAAAAAGAAGATTACAAAGACAATCATGGAAAGAAGTTGAACAAATAAAAGATTTGAAAAAGTGATATATTTCAGCAGTTGTAAGAAAAATAGCTGATTTAATTATAAAATATAATGCAATTGTTATATTTGAAGATCTTAATATGAGATTTAAGCAAATAAGATGATGAATAGAAAAAAGTGTTTATCAACAATTAGAAAAAGCATTAATTGATAAATTAAACTTTTTAGTAAATAAATGAGAAACAAATATAGAAAAGGCAGGAAATTTACTTAAAGCTTTTCAACTTACAGCTCCAATTTGAACATTTAAAGATATGTGAAAACAAACTTGAATAATTTTTTATACACAAGCAAGTTATACTTCAAAAATTGATCCAGTTACAGGATGGAGACCAAATTTATATTTAAAAAAACAAAGTGCTGAAATAAATAAATCAAATATATTAAAATTTGAATCAATTATTTGGAATAAACAAAATGATATATATGAAATTACATATGATTTAGAAAAATTTCAATCAGAAAATACAAAAAAAGAAAAAGATAAAAAAGAAGAAAAACTAGAAAAAACAAAATGGACTTTATCTACTTGTGTAGAAAGATATAAATGGAATAAAAATCTAAATAATAATAAATGATGATATGAACATTATAAAAACTTAACAAAATCTTTTCAAGAACTTTTTGATGATTATTGAATTAAAATTGAATGAGATATTTTAGAACAAATTAAAAATCTAGAAGAAAAATGAAATGAAAAATTTTTCAGCTATTTTTTAGACTTATTTAAATTATTATGTCAGATTAGAAATACAAAAGATGATGAAAAATGAGATTGAAATGATTTTATAATGTCTCCTGTTTATCCCTTCTTTGATAGTAGAAAAGAAAATGCAATTTGAGTAAAAAATTGAGATGATAATTGAGCATATAACATTGCTAGAAAATGAATAAAAATTCTTGAGAGTATATGAAAATGGAAAAAAGATAATGATAAAAAAATAGAAAATTGAGAAAAAGAAATTTATCCTGATTTGTTTATTTCAAATATTTCTTGGGACAACTTCACACAAAAAAAATAA
PROTEIN sequence
Length: 1350
MDKNSFSQFTNLYELSKTLRFELKPIGETQKLLDENEVFLTDKIRQRKYEEIKPFLDEFHLNFIQCCLGDLVLYYTEYKKSLDNYQKDKKNKDLEKKKQDEETKLREEIVARFNFKIKDYLKNFGEVEIIKGKKDNDKIKVILGKDWEVEFSNNNTKFLRETGMFDLMKKNFEKRGDIYATDKQTGEIYKNEKTGKYITIFDDWNGWLGYLDKFFNTRDNLYKSDGTSTSLATRIIDQNLKRYCENLDIYNKIFEKENLKNKFKNLETDFGISLERFLSLENYNNCILQAGIQKYNEIVGGKVIDKNKKIPGINEYINKYRQDTGEKLPFLQKLDKQILAGGKENFIEQIENEIDFEKNLKDFYNNSVNKVEILTHIFENIGKYSDKDYKTIYFSKEAFNTISHKFTDQVLVFEKIVFNELLNDKLVEKKDFDKKEEKYKFPDFLPLFYVKKGLENYQKEELFYKSRYYENEIIVENNDTIWKNFCTILNYEFKTLLSNTIINQNGEEVEVGFNTSRKKLEKILENFALGEKNNGIIKDFADISKTIYQMGKYFALEKKREWNNNFNLHSEFYSEGLENSGYKDFYNEAYEQIIVPYNLMRNFIAKKPWEDNKKWKLNFDHKKLLGGFTESKTDKSDNGTQYGAYLFRQKNEDGKYTYLLGVSKNAKLFRKDNDVLENDTLSNLERLNYFQILPKSIYGALYEGNFDSDKKNLSDGEIIKKIKNALKNYTNIKAFKQIVENGEYKVIKDIQKDITEAITNYGTILKYQNITNNQIEEAKKSNNPFYLFEIYSQDLYLENSNKNLHSLYFKEILKGENTMFNLGNGEIFFRPKTEKEKLGMKKDKSGKEVINHKRYSDDKLIFHLSTIVNNSGNKFTKRESDGDFFNFTFNKYTNNILANNRDINIIGIDRGEKHLAYYSVINQKQEILESGSLNYIYQYDKDGNTIQKVEKKIQEIRNEEGKIVDYELVETGNMIPYEDYGVLLDYKEKKRRLQRQSWKEVEQIKDLKKGYISAVVRKIADLIIKYNAIVIFEDLNMRFKQIRGGIEKSVYQQLEKALIDKLNFLVNKGETNIEKAGNLLKAFQLTAPIGTFKDMGKQTGIIFYTQASYTSKIDPVTGWRPNLYLKKQSAEINKSNILKFESIIWNKQNDIYEITYDLEKFQSENTKKEKDKKEEKLEKTKWTLSTCVERYKWNKNLNNNKGGYEHYKNLTKSFQELFDDYGIKIEGDILEQIKNLEEKGNEKFFSYFLDLFKLLCQIRNTKDDEKGDGNDFIMSPVYPFFDSRKENAIGVKNGDDNGAYNIARKGIKILESIGKWKKDNDKKIENGEKEIYPDLFISNISWDNFTQKK*