KEGG   Octopus bimaculoides (California two-spot octopus): 106867101
Entry
106867101         CDS       T04127                                 
Name
(RefSeq) LOW QUALITY PROTEIN: hemocyanin G-type, units Oda to Odg
  KO
K00505  tyrosinase [EC:1.14.18.1]
Organism
obi  Octopus bimaculoides (California two-spot octopus)
Pathway
obi00350  Tyrosine metabolism
obi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:obi00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00350 Tyrosine metabolism
    106867101
Enzymes [BR:obi01000]
 1. Oxidoreductases
  1.14  Acting on paired donors, with incorporation or reduction of molecular oxygen
   1.14.18  With another compound as one donor, and incorporation of one atom of oxygen into the other donor
    1.14.18.1  tyrosinase
     106867101
SSDB
Motif
Pfam: Tyrosinase Haemocyan_bet_s
Other DBs
NCBI-GeneID: 106867101
NCBI-ProteinID: XP_052824052
EnsemblRapid: LOC106867101 LOC106875859
Position
5:105098361..105132292
AA seq 1351 aa
MNALRKALQAYEDDKSANGYQQVAAFHGSTQWCPSPDAAVKYACCHHGMATFPHWHRLLT
INFENGLRRNGYQNGIPYWDWTRPISELPALVKEETYVDENGETHPNPFFSGVIDEAGAQ
TTRAPNPTLFVQPPFGEFTPLANEVMYALEQEDFCSFEVQFEIAHNHIHALVGGGEQYSM
SSLEYTAYDPIFLLHHSNVDRIWATWQALQKFRGHRYNSANCAIETLRKPMSPFSLTSDI
NIPARDFKDAEMAPVDKTGLTVRKDLRSLTTEEEYELRVAMERFMDDKSIDGYQALAEFH
GLPAKCPEPDAIDRVACCIHGMSTFPHWHRLVVMQFEDALIARGSHIGVPYWDWTKPSSE
LPPLVAAETYENLYTKEVRPNPFFHAPVEFLHSDVFTTRSIDARLFEKPTKGHHGYLYDG
MMLAFEQEDFCDFEVQFEVTHNAVHAWVGGNEPYSMSSLHYTSFDPLFWLHHSQVDRLWA
VWQALQKFRGHRYNSANCAIETLRKPMSPFSLTSDINVDSMTREHSVPFDVFDYKKNFHY
EYDVLELNGLSIPKLHREINRRRMKGRVFTTFMLEGIKQSALVEYYIRAHGSTDQVNAGE
FYVLGSANEMPWKFDRVYKADITKQMKEANLHYNDQYHIEYHVKDLAGAEIADVNLEPAI
VYEPGLGDFGVVGVWVEPVTSANRIRKNLNSLTKGDIESLRNAFKDMTLDGRYEEIAAFH
GLPAQCPNKDGSKVYTCCIHGMPTFPHWHRLYVALVENELLNRGSGVAVPYWDWVQPFDH
LPALVNEVTYYNSRTLLIEPNPFFKGKISFLNSETKRDPQPKLFGNKYLYEHTLFVLEQT
DFCEFEVHFEVLHNTIHSWLGGRDPHSMSSLLTPSDIKDLRNALAKVQADSSDNGYQKIA
SYHGMPLSCHYPNGTAYACCQHGMVTFPHWHRLLVKQMEDALVAHGSHTGIPYWDWTTTF
ANLPVLVTEKENNPFHHAHIDVANKNTTRAPRAQLFDDPEKXDKSFFYRQVALALEQTDF
CDFEIQFEIGHNAIHSWVGGSSPYGMSTLHYTSYDPLFYLHHSNTDRIWSVWQALQKYRG
LPYNSANCEINKLAKPLKPFNLDXXXXXXXXTKAHSTGKTTFDYHDLGYDYDNLNFHGMT
IPELEEHLQEIQHEDRIFAGFLLRTIGQSADVNFDICTKDGDCAFGGTFCILGGEHEMFW
AFDRLFKYDITTSLKQLRLDAHDDFDIKVTIQGIDGHTLPASYFSPPTVFFSPSKHHHKN
MQTFTDLENKNGLNVKFADEIIRNLIRKSVETLTEDEVLNLQVALRAMQDDATPTGFQAI
AGYHGEPADCKAPDGRTVVCCLHGMPTFPLW
NT seq 4053 nt   +upstreamnt  +downstreamnt
atgaatgcactgaggaaggctttacaagcttacgaagacgataaaagtgccaatggatat
cagcaagtagctgctttccacggttccacacaatggtgtcctagccctgatgctgcagtc
aaatatgcttgctgtcaccacggaatggcaacattccctcattggcatagattgttgact
atcaactttgaaaatggtctgcgacgaaatggttaccagaatggtattccttactgggat
tggactcgcccaatttcggaactgcccgctctggtgaaagaagaaacatatgttgatgaa
aatggggaaactcacccgaatccattctttagtggcgttattgatgaagctggtgctcaa
accactcgagctcctaatccaaccctatttgttcaaccgcctttcggagaattcactccc
ttggcaaatgaagttatgtacgctttagaacaagaagatttttgttcgttcgaagtacaa
ttcgaaattgctcataatcacatccatgcacttgttggaggcggagaacagtattctatg
tcatcacttgaatacacagcttacgatcctattttcttacttcatcattcaaatgttgat
agaatttgggccacttggcaagctctgcaaaagttccggggacatcgatacaacagtgct
aactgtgctattgaaactctccgcaaaccaatgtctcctttcagtctcaccagtgacatc
aatattccagctcgtgactttaaagatgctgaaatggcaccagtcgataaaactggttta
accgtccgtaaagatcttcgtagtttgacgacagaggaagagtatgaactgagagttgcc
atggaacgtttcatggatgataaatccattgacggttaccaagccttagctgaattccat
ggtcttccagccaaatgtccagaacctgatgctatcgaccgtgttgcatgctgtattcat
ggaatgtccactttcccacactggcacagacttgttgtcatgcagtttgaagatgctctt
attgcccgtggatcccacataggtgttccttattgggactggacgaaacctagctcagaa
ttgccacctctggttgctgctgaaacatatgaaaatctttatacaaaagaagtaagacca
aatcctttcttccatgcaccagtcgagtttttgcacagtgatgtttttactacaagaagc
attgatgcaagattgtttgagaaaccaacaaaaggacatcacggatatctctatgatggt
atgatgttagccttcgaacaagaagatttctgtgatttcgaagtgcagtttgaagttacc
cataacgcagttcatgcttgggttggtggcaatgaaccttattctatgtcgtctttgcat
tacacgtcatttgatcccctcttctggctgcatcattcacaagttgatagattgtgggca
gtttggcaagctctgcaaaagttccggggacatcgatacaacagtgctaactgtgctatt
gaaactctccgcaaaccaatgtctcctttcagtctcaccagtgacatcaatgttgattca
atgactcgagaacattcagttccttttgatgtatttgattacaagaagaatttccattac
gaatatgatgttcttgaattgaatggattatctattccaaagttacacagagaaattaac
agacgtcgtatgaagggtcgcgttttcactactttcatgctcgaaggtattaaacagtct
gcattagttgaatattatatcagggctcatggtagtactgatcaggtgaatgctggagag
ttttatgttctgggtagcgctaacgaaatgccttggaaatttgaccgagtttacaaagct
gatatcacgaagcagatgaaggaagcaaatctacattataatgaccaatatcacattgaa
tatcacgtgaaagacttggctggagctgaaatagccgatgttaatcttgaacctgcaatt
gtctacgaaccaggtcttggtgatttcggtgtggtgggtgtatgggttgaacctgtaacc
agcgcaaaccgaattagaaagaatctcaacagtcttactaaaggcgatatcgaatcactg
agaaatgccttcaaagatatgacgcttgatggtagatacgaagaaattgccgcatttcac
ggattaccggcacagtgtcctaacaaagatggtagcaaggtatatacatgttgtatacat
ggcatgccaacttttccacactggcatagattatatgttgctctagtagagaacgaattg
ttaaacagaggctccggtgtagctgtaccttattgggattgggtacaaccatttgatcac
cttccagctttggtcaatgaagtcacttactacaattcaagaactcttcttatcgaacca
aatccattctttaaaggaaagatttctttcttaaattcggaaaccaagcgagatccacag
cctaaattatttggtaacaaatatctttacgaacacacacttttcgtcttggaacagact
gatttctgtgagtttgaagtccactttgaagtacttcacaatactatccactcgtggctc
ggtggtcgtgatcctcactctatgtcgtcacttttgactccatctgacatcaaagaccta
agaaacgccttagctaaagtacaagctgactcttcagacaatggttaccagaaaattgct
tcttatcacggaatgcctctcagttgtcactatcccaatggcacagcttacgcatgttgt
caacatggaatggtaactttccctcactggcatagattgttagttaaacagatggaagac
gctttagttgctcatggctctcacactggtattccctactgggactggacaactactttc
gctaatttacctgtactggtcactgagaaggaaaacaaccccttccaccatgctcatatc
gatgttgccaataaaaatacaaccagagcaccgagagctcaactttttgatgatccagaa
aaatgagataaatcattcttctatcgccaggtagcacttgctctggaacaaacagatttc
tgtgattttgaaatccagttcgaaatcggtcacaatgctattcattcttgggttggaggt
agtagtccatatggtatgtcaacccttcactatacttcctatgatcctctcttctacctt
catcactccaatactgatcgtatttggtctgtatggcaagcattgcagaagtatcgagga
ttgccttacaactctgccaactgtgaaatcaataaacttgctaagccactgaagccgttc
aatttggatnnnnnnnnnnnnnnnnnnnnnnttacaaaggctcattcaactggcaaaaca
actttcgattaccatgatcttggttatgattatgacaatcttaatttccacggtatgacc
attcctgaattggaagaacaccttcaagaaatacaacatgaagacagaatatttgctggt
ttcttacttcgtaccattggtcaatctgctgatgtcaatttcgacatctgcaccaaagat
ggtgattgtgcttttggaggtacgttctgtattctcggtggagaacatgagatgttctgg
gcatttgaccgtctttttaaatatgatatcaccacaagtttgaaacaactgcgtttagat
gctcatgatgatttcgatataaaggttaccattcaaggtatcgatggtcataccttacca
gcaagctatttctctccccctacagttttcttctctccaagcaaacatcatcacaaaaat
atgcaaactttcactgacttagaaaataaaaatggcctcaatgtaaaatttgcagatgaa
atcatacgtaatttaatccgtaagagtgtggaaaccctaacagaagatgaagttctcaac
ctacaagtagctcttcgagccatgcaggatgatgcaactccgactggtttccaagccatc
gcaggctaccatggtgagccagctgactgtaaggcaccagatggaagaactgtggtctgt
tgcttgcatggtatgccaacgttccctctttgg

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (2)   
   KEGG MODULE (1)   
Chemical substance (18)   
   KEGG COMPOUND (18)   
Chemical reaction (7)   
   KEGG ENZYME (1)   
   KEGG REACTION (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (2)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (61)   

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