ggKbase home page
Advanced Search
Search Help

sw_11_scaffold_15_5

Organism: SW_11_UNK

megabin RP 48 / 55 MC: 40 BSCG 43 / 51 MC: 37 ASCG 38 / 38 MC: 38
Location: 2763..7778

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Putative uncharacterized protein n=1 Tax=Branchiostoma floridae RepID=C3YW77_BRAFL similarity UNIREF
DB: UNIREF100
  • Identity: 24.1
  • Coverage: 353.0
  • Bit_score: 80
  • Evalue 2.10e-11
Putative uncharacterized protein {ECO:0000313|EMBL:EEN55531.1}; TaxID=7739 species="Eukaryota; Metazoa; Chordata; Cephalochordata; Branchiostomidae; Branchiostoma.;" source="Branchiostoma floridae (Fl similarity UNIPROT
DB: UniProtKB
  • Identity: 24.1
  • Coverage: 353.0
  • Bit_score: 80
  • Evalue 3.00e-11
AAA ATPase similarity KEGG
DB: KEGG
  • Identity: 24.5
  • Coverage: 343.0
  • Bit_score: 72
  • Evalue 1.60e-09

Lists

This feature is not on any list.

Notes

This feature has no notes.

Taxonomy

Branchiostoma floridae → Branchiostoma → Chordata → Metazoa

Sequences

DNA sequence
Length: 5016
GTGACGCCACAAGATGTTGAATTACAGGACAGTGGTAACGCACGACTCACTGAGGGGGCACGGAGACGGTCGGCAGCCGCAGATTTCCAAGAAGAGACGGCAACTGAGATAACACCGGGGGATATCGCACTGCAAGACGGGCAAGTACGCCTGTCAGAAGAAGCACGCAAGCGTGAGGCTGCTGCCAACTTTGACAGCGATACGCAGACCGATGTTACGCCAGAGATGGTTGTCTTGGGTGAGAGTGGAGAGGCGCGACTGTCTGAGCAAGCACAACGCCGTGAGGCGCTGCAAGACCTTGCGCCGGAGTTAGCGATTGATCCATCCACATCGGACCTAGAACAGACTGAGGATGGTGGCTTTACGCTTTCAGAACCCGCACAGAAACGGGACGCGCTTGCGCGTCTCCAGGGAGAGACACAAACTGAGATCAGCACAGATAATATCCTGCTCGGTTCGGATGGCAAAGCGCGACTATCCGACCAAGCACGCAAGCGTGAGGCTGCTGCCAGCATCAATCAGGAAACTACAATCGACGTGTCGCCCCAGGAGATCGTCTTAGAGGGGGACACCGCACGGCTCTCAGAATCCGCACAGCGACGTGAGGCGGTTTCTACTCTGCAATCAGAGACATCAACGGAGATAGCCACTGATGACCTGCGACGGACTGAGAGCGGCGACTATGAGATTACCGAAGAGGCGAAGAAACGAGAGGCAGAGACAGAGATTGACCCGGAGACGGAAACGGACATTGGCACAGAGGATATCATCTTTGACGGGGACAGTGCCGCACTTACACCACAGGCACAGCAACGAGAGGCACTAGCCAAGCTCGATCCACAGTTTGACGTTGACCTATCCAGAGGCAATATTCAGCAGACCGATGACGGATTCACGGTAAGTAAGAGTACCGAACGTCGGGAGGCGCTGCAAGAACTGCAACCAGAGACGGACATCGAACTAAGCCAAGAGGATTTGGTGCGTGGGCAAGATGGGTTCGGACTGAGTGATGACGCCCAACAGCGAGAGGCGGCGACGAACCTGAATGAGCAAACCGCTATTGACCTCTCACCTGGCGACGTGCAAGAATCAGAATCGGGAGAGGGGTTCACGTTAACCCAATCAGCACGCCGGCAAGAGGCAGTGAGTGGACTGCAAGGTGAGACAAAGACGGACATCTCTGCCAGTGATATCCTTCTTTCAGACAGTGGTGCCGAACTTAGCTCACAGGCACAACGCGAAGAGACGGCAGCCACCCTTGCTGACCAACTAAATATCAACCCGGACCCGTCCGACATACAACAGACTGAAGAGGGATTCACGCTCGCACCAGCGGCACAGGAACGCGAAGCGGCGGCACGGATCAATCCGGGGTTGAACATCAACGTTGGGGCAGAGGATGTTCAGCAAACGGAGAGTGGCTTTACGCTCACCCAACAAGCACGGCGACAGGAAGCAGTCACGCAACTACAGGAGACGACTGAAGTCAATCTGAGTACGGACGATGTAACCGTTGAAGGCCAAAACCTAACCCTGTCTAATGCCGCACGGAAACGTGAGGCGGTCCAACAACTCCAAAGCGACACAAACACGGACCTGAGTACGTCTGATATTACGCTCTCGGATGATGGGTCTGCCCGACTCACGGAACAAGCACAAAAGCGGGAAGCACTTTCACAAGTCCAGAGTGGCTTTGACAGCTCCTTAGACACAAGCGATTTGCGGGTGACTGAGAGCGGCGTTGAAGTGACTGAGCAAGCGCGAAAGCGTGAGGCAGCCACACAGATTGATCCAGAGGTTGACCGGAACATCACGGCCAGCGAAATTGAGTTAACAAATAGTGGGGCGCAACTGAGTAGTGAGACACAAGAGGACATCGCGCTTGACAAACTGCAAGCGAATACCGTTAGCAACATCGACAAAAACGACTTTTACCTCCAAGGTGGCACACCGCAACTCCAATTTATTCCACTCAAAGAAGAGGCAGCCGCCCGCTTTGATAGACAGTTAGAGACGGACGTAACCACAGATGATATCGTTGTTTTTGACGTGGATAGCCTCTCAGGGATGGAATTGGAAGATCAGGCTTTAGAGCGGGAAGCAGCCCTGCAATTTGACAGACAACTTGATGGAGATATTACCGCATCTGACATCCAGGGAAGCCCCGGAGACTATGAACTAACCGATAACGCGAAAGAGCGGATTGCCTTTGAGAAACTGCAAGAAGAAACCGTTTCTGACATTGGCAGAGATGACGTTTCAGTTAATGCCTCTGGAGAGGCACGACTAGACGAACACGCCAGAAAGGTTGAACTACTCAGGCGTGGTCAAGAAAAGACGGGCGCGGATGATCTTGGCGACGTGCAAATTAATATGCAGACGGGAGAGGTTTCAGTTACTGAGCCGTCTGTGGACACCTCTTTAGACCGGCAAGACAAGTTAGATGCCTTGGAGACAGGGGCAGAACAATTAGATCAACAAGTCCCCACGGACGTTGGGATTGGCGACGTGCAAATTGATATGCAGAGTGGGGACGTGGCGCTCACACCGGCAGCCCAAGAAGAAGTGATTGAAACCGAGGTTGAACGGGATATTGCCCAACAGCGAATTGAAGACGCAGGAGTTGTTAATTCGGCGTTTCAGCAAGCAATCCGAAATCAAGTGGATGTGTCGGCATCAGTCCCCGGCAATGAAGAGCCAACAATCACCATTGAGTCCCTGCCCGGCGGGACAGCCACCCAAACGGACCCCGTAGCACAGGCAGACGCACAGATCGGAAATAGTACGCTCCAACTTGACCCGGTTGCTCAGGCCGATGCAGAGTTTAACCAGGTGCAACAAGCCAGACAAGTCCAAGCCCAAGCACAAGTTCGACAAGCACTCAGTCTGGCACCCGAGATTGGTGCAACCGCTGTGGATGCCGCTGCGAACGCGCCAAGCTCTATTACAGGCGTTGTAACCGGCAGAGGTGGGGAGACGCAAACTGAGGTTGACACGGAGACAGAGGTAGACCTAAGCGGCGTACAAGCCGGACCACAGGCAACGTTCCAGCGGATTGAAAGAAAAACAGAGGATAAAACGTTCCGTGAGTTCTCAGAAGAGCTTGCTGTTGGTGGCGCACAAGTCTCACAGAAGATTGGGGGTTTTATTGGCGAGTCCGTCGAAAGTGCACCAATCTTTACCCCCGCTGGTAGTATTTCTACTGAGGAACTGAGCGAAACAACAACAGAAGATACCGAAATCGTTGACACGCAACCAGAAACAGGTGCAGGACAGACCGCAGCGAAATTCGGAACTGGCATGGCGATGGGGACAATCGGGGCGGCAAGCAGCCTCCCCGCTGGTGTGTTCATCGTTTCGGACGTGACAACTGGCGCGGTTGACTACACCGCAGAACAGATTGAAGAGAAAGGCGTTGTTGAAGGAAGTCAACAATCGGCACAAGCGGCAGCGGGCGCGACCGCATCATTTGCCATCTCACAAGCACAGTACATGGCAAACAACCCCATCAAGACAACCGGCGCACTTGTTGGGTCCGCGCTTGTCTTTGGTGCGGCTGGAGTGGTTGGCAGCCGAGCATCATTAGCAACACGAGGCGTCATCCAACCCGGCGAAGAAATCCTTGGCTACGGTGGGAATGCGGCCCTCCGGAAGTTGCCTGGAAAAACGACCACCAAAGCCGCCGGGAAGTTTTTTCCCGACAATGAGCCGCTGGTGTTCTCAGAGGAAGCGGCAATCAGGGGCGCGAAACGTGCCGGTGGAAAGGTGAAAGCGGGCGGGCAAAAAGCCCGCAGTTCAGTTGGAAAGCGATTCCGCAGCACCCGGCGGAATGTCGGGCAACTGGCACAGTCCGAGCGGGGACAGGTCGATCTTGGACGGACACTCAGCAAGACAGAAACCGAAACGGCAGAGACGGATACTGACGTAACGATAGAAAGTAGTGATATTGCATCAGTCCGAACGCGGACAGACCCGACACGGGGCGGGCGGTTTGGCACACGACCGACAGGCGGGCGCTCACCAGACGACCCAGGCCGCAGAGTCACACCCGAAGGATCTAGTGGGGCCGATGGTGAACAGTTTGGGTCTACAGAGACAGTATCGTTAGGATTCCGCAGTGCGGAGACAGAAACAGAAACAGCGCAAGAAGTGCCAGAGACGGTAATAGACGCCACGGGCAGTAACATACCTCGCCTCGAAACCGCGGCACAAGGCGGGGATACGCAACCGCCACAACCGGATTCTGCGGATGTGGGGGCCGTGCAAGAAGAAACACTGCCCGAGGTGCTACAGGACACACAAACAGAATTACCCGGCACAGAGGAACGCATCTCTCAGCGTGGTGGTGACACACGCTCAGAGGGTGTTGTTACGGACACCGCGCAGCGCGTTGAGGCGGCGCAAACCTTTGGTATTGACAGTAGAAATGACATTTCTCAGCAGTTTGACCCACTCAATCAAAAAGGATTTGCGCTTCGCACTGACAACCAAACTCGGCTGGATACAGACACCCGTATGGGTGTTGATATGCGAACAGACTTGCGGCAAGACCTTGACCAACGGCAAGACCTTGACCAACGACAGGAACTCTTCAAGGAACTTGAAACCGAACAGGAGACAGAGGCAGAACAGGAGCGTGAGCAAGAATTTGAACGTGAGGCGGAGCAAGAGGTAGAGGCAGAGCGTGAGTTAGAAACCGAGTTTGAGGCAGAGCGTGAAATTGAGTCTGAGTTATCCGAGTCTGACGATGAAGAGGATGATCCTGTGTTGGTTGGTGGCGGTGGCGTGGCCGACTTATTCACCACCGATTTCTTGAATCCGCTGACTGGCGGGCTGCTTGAGACAACACCTGATCCACGAAATGAGGGATTCGTCCTTGGTGGCGGTGGTTCCACAGGTGACAGCGACGGCCTACCCCAAGGGTTCGATGACTCGCCAGACCTGCCCGGATTGTTTGGAGACGGTGAGAGCGACAGTGAGGATGCTGATTTGCCGGGACTGGAGGGGTTCTTCTAA
PROTEIN sequence
Length: 1672
VTPQDVELQDSGNARLTEGARRRSAAADFQEETATEITPGDIALQDGQVRLSEEARKREAAANFDSDTQTDVTPEMVVLGESGEARLSEQAQRREALQDLAPELAIDPSTSDLEQTEDGGFTLSEPAQKRDALARLQGETQTEISTDNILLGSDGKARLSDQARKREAAASINQETTIDVSPQEIVLEGDTARLSESAQRREAVSTLQSETSTEIATDDLRRTESGDYEITEEAKKREAETEIDPETETDIGTEDIIFDGDSAALTPQAQQREALAKLDPQFDVDLSRGNIQQTDDGFTVSKSTERREALQELQPETDIELSQEDLVRGQDGFGLSDDAQQREAATNLNEQTAIDLSPGDVQESESGEGFTLTQSARRQEAVSGLQGETKTDISASDILLSDSGAELSSQAQREETAATLADQLNINPDPSDIQQTEEGFTLAPAAQEREAAARINPGLNINVGAEDVQQTESGFTLTQQARRQEAVTQLQETTEVNLSTDDVTVEGQNLTLSNAARKREAVQQLQSDTNTDLSTSDITLSDDGSARLTEQAQKREALSQVQSGFDSSLDTSDLRVTESGVEVTEQARKREAATQIDPEVDRNITASEIELTNSGAQLSSETQEDIALDKLQANTVSNIDKNDFYLQGGTPQLQFIPLKEEAAARFDRQLETDVTTDDIVVFDVDSLSGMELEDQALEREAALQFDRQLDGDITASDIQGSPGDYELTDNAKERIAFEKLQEETVSDIGRDDVSVNASGEARLDEHARKVELLRRGQEKTGADDLGDVQINMQTGEVSVTEPSVDTSLDRQDKLDALETGAEQLDQQVPTDVGIGDVQIDMQSGDVALTPAAQEEVIETEVERDIAQQRIEDAGVVNSAFQQAIRNQVDVSASVPGNEEPTITIESLPGGTATQTDPVAQADAQIGNSTLQLDPVAQADAEFNQVQQARQVQAQAQVRQALSLAPEIGATAVDAAANAPSSITGVVTGRGGETQTEVDTETEVDLSGVQAGPQATFQRIERKTEDKTFREFSEELAVGGAQVSQKIGGFIGESVESAPIFTPAGSISTEELSETTTEDTEIVDTQPETGAGQTAAKFGTGMAMGTIGAASSLPAGVFIVSDVTTGAVDYTAEQIEEKGVVEGSQQSAQAAAGATASFAISQAQYMANNPIKTTGALVGSALVFGAAGVVGSRASLATRGVIQPGEEILGYGGNAALRKLPGKTTTKAAGKFFPDNEPLVFSEEAAIRGAKRAGGKVKAGGQKARSSVGKRFRSTRRNVGQLAQSERGQVDLGRTLSKTETETAETDTDVTIESSDIASVRTRTDPTRGGRFGTRPTGGRSPDDPGRRVTPEGSSGADGEQFGSTETVSLGFRSAETETETAQEVPETVIDATGSNIPRLETAAQGGDTQPPQPDSADVGAVQEETLPEVLQDTQTELPGTEERISQRGGDTRSEGVVTDTAQRVEAAQTFGIDSRNDISQQFDPLNQKGFALRTDNQTRLDTDTRMGVDMRTDLRQDLDQRQDLDQRQELFKELETEQETEAEQEREQEFEREAEQEVEAERELETEFEAEREIESELSESDDEEDDPVLVGGGGVADLFTTDFLNPLTGGLLETTPDPRNEGFVLGGGGSTGDSDGLPQGFDDSPDLPGLFGDGESDSEDADLPGLEGFF*