KEGG   Bactrocera oleae (olive fruit fly): 106627200
Entry
106627200         CDS       T07646                                 
Name
(RefSeq) LOW QUALITY PROTEIN: phenoloxidase 2-like
  KO
K00505  tyrosinase [EC:1.14.18.1]
Organism
bod  Bactrocera oleae (olive fruit fly)
Pathway
bod00350  Tyrosine metabolism
bod01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:bod00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00350 Tyrosine metabolism
    106627200
Enzymes [BR:bod01000]
 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
     106627200
SSDB
Motif
Pfam: Hemocyanin_M Hemocyanin_C Hemocyanin_N Tyrosinase
Other DBs
NCBI-GeneID: 106627200
NCBI-ProteinID: XP_036225935
LinkDB
Position
Unknown
AA seq 711 aa
MTNYIKQFQMLFQSPLEPIYTCRDNGKCIFELPDSHYLECDRGVKEMLQERYANSEHIKF
PLKELPSTPDLSFADKLSVKQNFTLFNTLHKEIAGKLIRLLMEVEDLDHFLSLCVYTRIR
LNAMLFQYCYSVALLHRSETRGIWVPPVAEIFPANFIEPSAFKEMRKALEFKGNKKAHVE
IPQNYTASDREFEQRLAYFREDIGVNMHHWHWHLVYPNSGTREIVNKDRRGELFYYMHQQ
ILARYNAERFSNKLAKALPLSNLREPIEEGYYPKLLDHAHQRTYPGRSGNLCLQDVNRDD
TTIEITDLERWSDRILAAIDQGFVVDPRGNKHPLDEVTGIDILGNIIEESDLSINVQYYG
QLHNMGHNLIASIHDPDHRHMEEFGVIGHNMTAMRDPVFYRWHTYINNIFSKFKRLLPPY
SEQELSFADINLREIKVRTSTEEPNHFETFWQNSEVDLAAGLDFTADSGLHASYTHLQHA
PFEYSFVIENKCEHVKNGTCRIFLCPKTDERGKPLKLEEQRLLAIELDKFTVKLYPGQNQ
LKRLSVESSVTIAVERTFGRTTNKDALSDADPELNSRLHFCGCGWPDYMLLPKGKTRGMQ
FDLFVMISDYAGDAVQQRGQQRECHNCIDVSNEVSNEVSDEDATLCNDNAASFCGLRDKL
YPDRRTMGYPFDRRLPAESLNGLVEQFENMQRIDVTITFNDYIKPAADEVD
NT seq 2136 nt   +upstreamnt  +downstreamnt
atgacaaattatataaaacaatttcaaatgctctttcagagccctttggagcccatctac
acttgtcgcgacaatggcaagtgtattttcgagttacccgattcccattacttggagtgt
gatcgtggcgtgaaggagatgttgcaggaacgttatgcgaatagcgagcacataaagttc
cccttgaaggagctgccgtcaacgccagatctatccttcgctgataaattgagtgtgaaa
caaaactttactctctttaatacgttgcataaagaaattgctgggaaactcatcagattg
ctgatggaagttgaggatttagaccattttctcagcttgtgtgtgtatactaggattcgc
ttaaatgctatgctcttccaatattgttactcagttgcgttgctgcatcgctcagagacc
cgtggcatttgggtaccgccagtggctgaaatatttccagcaaattttattgagccctca
gcatttaaggagatgcgtaaagctttggagtttaaaggcaataaaaaggctcacgtagaa
attccccaaaactataccgcctccgatcgcgaattcgaacaacgtttggcatatttccgt
gaagatattggcgtgaatatgcatcactggcactggcacttggtttatccgaatagcggt
acacgcgaaatcgtcaacaaggaccggcgcggtgaactcttctactatatgcatcaacag
attttggcgcgttacaatgccgaacgctttagcaataaactagccaaggcgctgccgtta
agtaatctacgcgaacccatcgaagagggttattatccgaaattgttagatcatgcgcat
caacgcacctatccgggacgtagcggtaatctctgtttgcaggatgtgaatcgcgacgat
acaactatcgagattaccgatttggaacgttggagcgatcgcattttggcggccatagat
cagggatttgtagtagatccacgtggcaacaagcatccactggacgaggttaccggcatc
gatatactcggcaatatcattgaagagtccgatctctccatcaatgtgcaatactatgga
caactacataatatgggtcacaatttaattgccagcatacacgatccagatcatcggcat
atggaggagttcggcgtgattggacacaatatgaccgctatgcgtgatccagttttctat
cgctggcacacttacataaacaatatattcagtaaattcaagagactcttaccaccctac
agtgagcaagagctcagttttgccgacatcaatttacgtgaaattaaagttagaacgagc
accgaggaaccgaatcattttgagacattttggcaaaactccgaagttgatttggcggct
ggcttggattttacggccgatagcggcttgcacgcctcgtacacacatcttcagcatgca
cctttcgagtatagctttgtgattgagaacaaatgtgagcatgtgaagaacggtacttgt
cgcattttcctctgcccgaaaacggacgaacgtggcaagccactgaagttggaagaacag
cgcttgttggcaattgaattggataagtttaccgttaagctttaccccgggcaaaaccaa
ttgaagcggctttccgtggaatcctccgtcactatcgccgttgagcgcacctttggccgc
accaccaataaggacgcactctcagacgcagatccggagctcaactcacgtctacacttc
tgcggttgcggttggccagattatatgctactgcctaagggcaaaactcgtggtatgcaa
tttgatttgtttgtcatgatttcggactatgccggcgatgcggtccaacagcggggacag
caaagagaatgtcataattgcatagatgtttctaacgaagtatctaacgaagtgtctgat
gaagatgccacactatgcaatgacaatgcagcttccttctgtggcctgcgcgacaaactg
tatcccgataggcgtacgatgggctatcctttcgacaggcgcctgccagctgagagtctt
aatggacttgtggaacagtttgaaaatatgcaaagaattgatgtcactatcacatttaat
gactacatcaagccagccgccgatgaggtggattaa

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