KEGG   Lottia gigantea (owl limpet): LOTGIDRAFT_239074
Entry
LOTGIDRAFT_239074 CDS       T03273                                 
Name
(RefSeq) hypothetical protein
Organism
lgi  Lottia gigantea (owl limpet)
SSDB
Motif
Pfam: Glyco_hydro_1 Cellulase
Other DBs
NCBI-GeneID: 20250947
NCBI-ProteinID: XP_009051152
JGI: 239074
UniProt: V4ATE7
Position
Unknown
AA seq 1920 aa
MKSILLAFIYFIYFSRGEDADKFLFGQFPSDFRWGASTAAYQIEGGWNADGKGPNIWDYY
VQQPGHIADHSTGDIACDSYRKYREDVQLLKKLGVNTYRFSISWARILPTGSQTTNPGGI
QYYKNLIAELKDNGIEPFVTLYHNDLPEQLQRYGGWLNPRIVTDFANFAKICFQEFGNDV
KNWITINEPWGTAALGYGKAMGAPGVWGPGTNTYIAGHNLIKAHVAAYRLYQNEFKTSQG
GQVGITLNCNWFEPKDPKSGLDVAAQERGIEFLLGWFANAILVNGDYPQIMKDLILNKTH
QLSPGQPSRLPTFTEPEKADNKDSADFLGLNFYSSWLVTSKVQECNPPTYDCDSDTVTVP
DTTYYGQAAPSGLRKMLNWIKKKYNNINVYITENGASDTTGTIQDEYRIGYMRNYTNEAL
KAITLDSCNLKGYMVWSLMDNFEWTSGFSVKYGLYHVDFTNPDRPRSAKSSVTFYKKLIA
DNGYSAGYNMEGGRSSGTVPFEDQFDIYYGDFPTDFKWGVKSFIYKNFQKSWKPEDGELL
KTLGVKQYQMALFWESIFSDGTKASYNKTAMEYYKNVISELKKNNIEPVVVLYSGRTPLA
LGVNPWLSTSTIDHFVDYADICFKNLGDMVKMWITFEDPLYTASEVNGEHKDTYPYINGR
NLLLAHARVYKLYTDSYKATQKGKVGIEIDFAWAEPSKPQESRNVELAERYMQMRNGWFA
SPIFGTGDYPEIMKHQMEFVNRFQKLENSRLPELTSADQQLIKGSSDFLKVKYIETVLLD
GFKVVRKPYNITNDRMVETSFDPSWLSTGVSRVKVAPFAIRKTLNWIKNEYKNPPVYVIS
GIYDTNGTIHDDHRIHYYRTYINNVLKATNLDGCNVKGFSAYLHLDGYDETNRIFRKSGL
YRINVSGRRVPKSSANWYALLTHDNGFKPGYNSMGGRGTAPAYTTQFLYDTFPKDFIFSV
ATAATQIEGAWDEDGKGKSIWDVFAEGGNCKDGATPKKACDSYHRYKEDVQMVKDLGVQA
YRFSIAWTRIMPDGTMASKNQKGIDYYNNLINELIANGIKPMVTIYHWDLPQALQNHGGW
LNESIIQKYQDYAGLLFSLYGDRVDTWITLNEPWVFTYKGYGGGSFAPGIKDSPGVYPYI
VAHNAIRAHAAAYHQYHDVYKGSGKIGITLNIDWQEPKDSENADDVQASDWALQTFLGWF
AHPIYVNGDYPEYMKTRIAAVSAQQGLSKSRLPEFTPDEMRVISGSSDFFGLNSYSTNLV
EKQDPLKAGKEKPSYMNDRGISSGFDPSWENTGSDWLKPVPYGLRKILNWIKNHYGNPEI
LITENGVSDNTGDLDDSFRTRYIGNYVNEVLKAIKFDNVNVIGYTLWSLMDNFEWARGYS
EKFGLYNAGPQSPKREPKSSATYYAALIKDHGFVKDALTDLHPASEETELSSLKFPDKFS
WGSSVVGYGESPEMRDLFGQSNSTVDLMIQAKSLTHGEFSAYGIDDLIDMQKFIKINATH
AYMSLKWSMILPNITADQVNKDGVDYVKSLLSELSEKEGYAIDPIVSLYWWNLPADLETK
YGGWLNESTIDLFVDYARICFKNFGHEVKYWITFDEPADAALNAYERGVYYPLKTKSTDE
LYRAVHNIIKAHVRVYHMYQREFKHEQKGSVGIALNGDWFEPYNNYDPADYQAALRAREF
QFGWIGDPLLKRGDYPKTMKERIGSRLPIFSPEEQELNKGAYDFIGLAHYAVYKVQGIKD
SGEDTSFDSDRMGKIMKNDYNSENYKPWYIRRSLQEVKKRFGKVPIFISGNSISDSYDRI
EYIKASVNSILEAIRIDGCDVKGYTYSPLVDGTIWKRYMYKHQGLYQLAGKYSFKRPKAA
ASYMRLLASNNGFPPVQENTKTTKVMEPSIICVSRSASPTMHFNFTFVFTVIFVLIIDCL
NT seq 5763 nt   +upstreamnt  +downstreamnt
atgaagtcaattctattagcttttatatatttcatatacttttctcgtggcgaggacgct
gataaatttctattcggccaattcccaagtgattttcgatggggagcgtccacagctgct
tatcaaatagaaggaggatggaacgcagatggtaaaggtcctaatatttgggattattat
gtgcaacagccaggacatattgcagaccattctacaggagatatagcttgtgatagctac
cgtaaatatagagaagatgttcaactgttgaaaaaattaggggtaaacacttacagattc
tctatatcatgggccagaattttacccacgggatcccaaaccactaatcctggaggtata
cagtattacaaaaaccttatagctgaactgaaagacaacggtatagaaccattcgtaacc
ctgtaccacaatgaccttccagagcaactacagagatatggtggatggcttaatccacgt
atcgtcactgattttgcaaatttcgcgaaaatctgctttcaagagtttggcaatgatgtg
aaaaattggataaccatcaacgaaccgtgggggacagcggcactgggttatgggaaagct
atgggcgccccaggtgtatggggaccgggtaccaatacgtatattgctggtcacaatctc
atcaaagcacacgttgcagcttacagactttaccaaaatgaatttaaaacaagccaagga
ggtcaagttggaattaccttgaattgtaactggtttgaacccaaagatccaaagagtggg
ctggacgtggctgcccaagaacgaggtatagagttcctgttaggatggtttgctaatgct
atattagtgaatggtgactatccacagattatgaaggatttaatattgaacaaaacacac
caactttcaccaggtcaaccttcacgattgcctacatttactgaacctgagaaggccgat
aataaagattcggctgatttcctgggattgaatttttactcttcgtggttggtaacttct
aaagtacaagagtgtaatccaccaacatatgattgtgatagtgatactgtaaccgttcct
gacactacttattatggacaagcagcaccgagtggattaaggaagatgttaaactggata
aagaagaagtacaataatatcaatgtctatataacagagaacggggcctctgataccact
ggaacgatacaagatgaatatagaattggatatatgagaaattatactaacgaggcgttg
aaggctataactttagatagttgtaatctcaaaggatacatggtatggtcattaatggat
aattttgaatggaccagtggttttagcgtaaaatatggtttgtatcatgttgatttcact
aatcccgatagaccaagatcagccaaatcatctgtaacattctataagaagttgatagca
gataatgggtacagtgctggttacaacatggaaggtggccgttcttctggaactgtacca
ttcgaagatcagtttgatatatattatggtgattttcccacggattttaaatggggtgta
aaaagttttatttataaaaattttcagaagagctggaaacctgaagatggagaactcctc
aaaactttaggcgttaagcaatatcaaatggcattattctgggaaagtatattttctgat
ggtaccaaggcatcttataataaaacggcaatggaatactataaaaatgtaatcagcgaa
ctaaagaagaacaacatagaaccagtggtagttttatattctggtaggacaccattggct
ctaggtgttaatccatggctcagtacgtctaccattgaccattttgttgactatgctgat
atttgctttaaaaatcttggagatatggtaaagatgtggataacatttgaagatccatta
tatactgcatccgaggtgaatggtgaacataaagatacatacccttatattaatggtcga
aatttattattagcccacgctcgtgtttacaaactctatacagattcatataaagcgaca
caaaaaggaaaagttggcattgagatagactttgcatgggctgaaccttctaaaccacaa
gaaagcagaaatgtagaactggctgaacgatatatgcagatgagaaatggttggtttgct
tctcccatcttcggtactggagactaccctgaaatcatgaaacaccaaatggaatttgta
aacagattccaaaaactagaaaatagccgacttccggaattaacttcagcagatcaacaa
cttatcaaaggcagctctgattttctaaaagtaaagtatatagaaactgtgttacttgat
ggctttaaagttgtaagaaaaccatacaacattacgaatgatcggatggtagaaacaagc
tttgatccttcatggttgagcactggtgttagtcgtgttaaagtcgcaccatttgctatt
cggaagacgctgaattggatcaagaatgagtataaaaaccctcctgtttacgtcatatcc
ggtatatatgatacaaatggaacaattcatgatgatcacagaatacattattatagaaca
tacatcaataatgttttgaaagctactaatctggatggctgtaacgtgaaaggcttttca
gcctacttacatttagatgggtatgacgaaactaatagaattttcagaaaatccggtctt
tatcgtattaatgtatctggaagacgtgttccaaaatcttcagctaattggtatgctttg
ttgacccatgacaatggcttcaaacctggttacaattcgatgggtggacgtggaacggct
ccagcttataccactcaatttctgtacgatacatttccaaaagacttcatctttagtgtc
gcaacagcagctacacagattgaaggagcctgggacgaagatggaaaaggaaagagtata
tgggatgtgtttgcagaaggtggtaattgtaaagatggagctacaccaaagaaagcttgt
gacagttatcatagatacaaagaggatgttcaaatggtgaaagatctcggggtacaagca
tatcggttttcaatcgcatggactcgaataatgcctgatggtacgatggcgagtaaaaac
cagaaaggaatagattattacaacaatctgatcaatgaattaatagccaatggtataaaa
ccaatggtgacaatatatcattgggatttaccacaagcgttacaaaaccatggtggctgg
ttaaacgaatctatcattcaaaaatatcaagattatgctggtttgctgttttccttatat
ggtgatagggttgatacatggattacattaaacgaaccgtgggtatttacgtataaagga
tatggtggtggttctttcgcgcctggtataaaagatagtccgggtgtctatccttacatt
gtcgctcataatgctattagagctcatgctgccgcctatcatcagtatcacgatgtttat
aaaggatctggaaaaattggcatcacattgaatattgattggcaagaaccaaaagacagt
gagaatgctgatgatgtccaagcatcagattgggcgcttcagacattccttggttggttt
gctcacccaatatatgtgaacggagactatccagaatacatgaagactaggattgcagca
gtcagtgcacaacaaggattaagcaaatctcggttgcccgaatttacaccagatgaaatg
agagttataagtggctcgtctgactttttcgggttgaattcctattctacgaaccttgta
gagaagcaagaccctctaaaagcaggaaaagaaaaacctagttacatgaatgatagagga
atatcttcagggttcgacccgtcgtgggaaaacactgggtcagattggctgaaacctgta
ccatatggattaaggaagatattaaactggattaaaaatcactatggtaatcctgaaata
ctgatcactgagaatggtgtatctgataatactggtgatttggatgatagctttagaact
cgatatattgggaactatgtcaacgaagttttaaaagccattaaatttgacaatgtaaat
gtcattggttacactctgtggtctttgatggataattttgagtgggccagaggttatagt
gaaaagtttggtctgtacaatgctgggccacaatcaccgaaaagagaacctaagtcttca
gcaacatattatgctgctttgataaaagaccatggtttcgtgaaagatgctcttactgat
ttgcacccagcgtcagaggaaaccgaactttcatctttaaaatttccagacaaattttcg
tggggttcctcggttgttggttatggtgaatctccagaaatgcgagatctctttggccaa
agtaacagtactgtggatctaatgatacaagctaaaagccttactcatggagagttctcc
gcttatggaatagatgacttaatagatatgcagaaatttataaagataaatgcaactcat
gcatatatgtcactgaagtggtcaatgatattacccaatattacggcagaccaagttaat
aaagatggtgttgattacgtcaagtccttgttaagcgaattgagtgagaaggaaggttat
gctatagatcccattgtttcactgtattggtggaatctacctgcagatcttgaaacaaaa
tatggaggatggttgaatgaaagcaccatagatctatttgttgactatgccagaatatgc
tttaagaattttggccatgaggtaaaatattggataacttttgacgaaccagcagacgca
gccttgaatgcatatgaacgtggagtatactatcctttgaagaccaaatcaacagatgaa
ctatacagagcagtgcataatataataaaggctcacgtccgtgtatatcacatgtatcaa
cgagaattcaaacatgaacaaaaaggtagtgttggtattgctttgaatggtgattggttt
gaaccctataataattacgaccctgctgattaccaggcagcattgagagccagagagttt
cagtttggttggattggtgaccctctattaaaaagaggcgactacccgaagacaatgaaa
gaaagaattggatctcgcctaccaattttctctccagaagaacaagaactcaataaagga
gcatatgacttcatagggttggctcactacgctgtttataaagtacaaggaataaaagat
agcggtgaagatacatcatttgacagcgatagaatgggtaaaataatgaagaatgattat
aacagcgaaaactataaaccttggtatatcagacggtcactgcaagaagtaaagaagaga
tttggtaaagttccaatattcatatcaggaaacagtatctccgattcatacgatagaatt
gaatatattaaagcaagtgtcaacagtatactagaagctataagaatcgatggatgtgac
gtcaaaggctatacatattctcctctggttgacggaaccatatggaaaagatacatgtac
aaacaccaaggattataccagcttgcagggaaatatagtttcaaacgaccaaaggctgca
gcttcttatatgcgacttctagcatccaacaatggattccctccagtacaagaaaacaca
aaaacaaccaaagtaatggagccatcaattatatgtgtctcgcgcagtgcgtcaccaacg
atgcactttaactttacatttgtattcactgtgatatttgttttaataattgattgtctg
taa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   RefGene (52)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (62)   

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