KEGG   Tuber melanosporum: GSTUM_00008539001
Entry
GSTUM_00008539001 CDS       T01282                                 
Name
(RefSeq) hypothetical protein
  KO
K00505  tyrosinase [EC:1.14.18.1]
Organism
tml  Tuber melanosporum
Pathway
tml00350  Tyrosine metabolism
tml01100  Metabolic pathways
tml01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:tml00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00350 Tyrosine metabolism
    GSTUM_00008539001
Enzymes [BR:tml01000]
 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
     GSTUM_00008539001
SSDB
Motif
Pfam: Tyrosinase Tyosinase_C CBM_1
Other DBs
NCBI-GeneID: 9183282
NCBI-ProteinID: XP_002840157
INRA: GSTUM_00008539001
UniProt: D5GIK5
AA seq 964 aa
MRSHSFGALALAFIGSATAAVEPYGQCGGTGYGGETSCPPKFTCVRVNSYYSTCVETEYY
PSVYNPTASQYTDSNYHPSGYTYNPYKHYTSTPPKYTTNTYYTPRPTNTYKSSDPKHKTD
YKPYPTDYKPYPSDYKPDDCQSYPYHKPDYKPSDYKPYPDYKPTDYKPDYKPSEYKPYPD
YKPSDYKPYPDYKPTDYKPYPTYRPDYKPSDYKPYPTYRPDYKPSDYKPYPTDYKPDYKS
PDPYNPYKPYTTEPYKPYNSDPPYKHCKNDPYKPCPDDEYKPQPRAVVPRQSGAPGGFTP
VTGAPGLQTRMPIEEMQSNSSDVYNMFILALVAMQAEDENRDVSYYQVSGIHGRPYLPWQ
HEFDPASNDPGRGYCTHGNALFATWHRPYLILIEQILCEHARTIAARFTGADAQRYRDAA
DRVRMPYWDWSSQTTRSRLPSAVTATDVTVVQPDAGGAPQTTVIPNPLFSYRFTSDQNRQ
RYFDGVFQNIPQTCRQPDGAFNSRNDLAESEMVNTYEPRRANTYNLFSIPTFGEFAASGG
PGGDVSPSNWVSVESIHNNIHAHIGGLNGHMSYVDYAAFDPIFWLHHCNVDRLIAMYQAV
RPNEYVQPGPAVQTFGRVVQPGDRDDVNTPLRPFRRSDGRDWTSADTPNATSIMAYGYTY
PEIPAEYRTRPAEDLSTFVTGRVNELYRPALGGGGGNNPGPGTGTGTGNGTGTGTGSGTG
TGTGSGTGSGSGSGSGSGSGSGSGSGSGSGSGSGSGSGSGSGSGSGSGSGTGSPYRYRRE
WIAYIKMDTGEVDDRYSVLIFLGDVPSSVQEWQTAPNHVGDCSTFGDERSRMKHVIRGTV
PLTEALVASNVDLDPAACVPYLRKNLKWVVQKGDGSIPINTLKSLKVGVSSSIVEYPNDY
RELPKWRKEETHYDITYQRDGGVQYNETHLVKSEQAPSVISNNSIHEDPGRRTPLRKRFA
KLRF
NT seq 2895 nt   +upstreamnt  +downstreamnt
atgagatcacactcgttcggtgcgctcgcactcgccttcattgggagtgcgaccgccgct
gtcgaaccctatggacaatgcggaggaactgggtatggcggcgaaaccagttgcccccct
aaatttacttgtgtccgggtaaactcttactattccacttgtgtggagaccgaatattac
ccctcggtttataatcccaccgctagtcaatacactgactccaactatcatccctcgggt
tatacctacaacccatacaaacattatacgtcaactcccccaaaatacactactaataca
tactacaccccgcgcccaaccaacacatacaagtcgtcggatcccaagcacaagaccgac
tacaagccatatccgactgactataagccctacccatcggactacaaaccggatgactgt
cagtcgtatccgtaccacaagccagattataagccatccgactacaagccgtacccggat
tataagccgaccgactacaagccagattataagccatccgagtacaaaccgtaccctgat
tataagccatccgactacaagccgtacccggattataagccgaccgactacaagccatac
ccgacctataggccggattataaaccatctgactacaagccgtacccgacctatagaccg
gattataaaccatccgactacaagccgtacccgaccgactataagccggattataagtca
cccgatccctacaatccgtacaagccatacaccacggaaccttataagccatacaactcg
gatccaccatacaagcactgcaagaacgatccttacaagccatgccccgacgatgaatac
aagccgcaacccagggctgtcgtccccagacagtctggcgcacccggtggctttactccc
gttactggtgcacctggcctgcagacgcgtatgcctattgaggagatgcagtcaaattcc
tctgatgtctacaacatgttcatcctggctttggtggccatgcaggcagaagatgagaat
cgcgacgtaagttattaccaagtcagcggtattcatggtcgcccatatcttccatggcaa
cacgaatttgatcctgctagcaacgatcccggccgcggttattgtacacatggaaatgct
ttgttcgctacatggcatcggccctacctcatcctgatcgagcaaatcctttgcgaacac
gcaagaacaattgcagcacgattcactggtgcggatgcgcagagatatcgtgatgctgct
gatagagtgcgcatgccgtattgggattggtcttctcagacaaccagatcacgtctcccg
agtgccgtaactgcgacggatgtcacagtcgttcaaccggacgctggtggtgccccacag
actaccgtcattccgaaccctctgttctcttacaggttcaccagcgatcagaatagacag
agatactttgatggtgttttccagaatataccgcaaacctgccgccaaccggatggtgct
ttcaattcgcgcaacgaccttgcagagagcgagatggtgaacacttacgagcctcgccgt
gccaatacctacaatttgttctccattcccacctttggagagtttgctgcctcgggtggt
cctggcggtgatgtgtcaccaagtaattgggtcagcgttgaatcgatccacaacaatatc
cacgcgcacattggtggtttgaacggccatatgtcctatgtcgactatgccgcattcgac
ccaatcttctggctacatcactgcaacgtcgaccgtcttatcgcaatgtaccaagccgtc
cggccaaacgaatatgttcaacccggcccggctgtacaaaccttcggaagagttgtccag
ccaggagaccgcgacgatgtcaataccccgttgcggccgttccgccgttctgatggccgt
gactggacttctgcagatacgcccaatgctaccagcatcatggcttatggctatacctac
cccgagatccccgctgaatacaggactagacccgctgaagatttgtcaacttttgtcaca
ggtagggtcaacgaactttataggcctgctttgggtggcggtggtggcaataatccaggc
cccggcaccggcacgggtactggcaatggcaccggcacaggtactggttcgggcactggc
actggaactggttcgggcactggctccggctccggttctggctccggttctggttcgggc
tctggttctggctctggttctggctctggttcgggctctggttctggctctggttcgggc
tctggttctggctccggctctggctcaggaactggcagtccctacagataccgtcgcgaa
tggatcgcctacatcaaaatggacacaggcgaggtcgatgatagatactctgtcttgatc
ttccttggagacgtcccatcatccgtccaagaatggcaaactgcaccaaatcacgttggc
gactgctcaacattcggcgacgagagatcgcgaatgaaacacgttatccgaggcactgta
cctctgaccgaggccctcgtcgcgagcaatgtcgaccttgacccggccgcgtgtgtgccc
tacttgcgcaagaatcttaaatgggttgttcaaaagggtgacggctccatacccatcaat
accctcaagagcctcaaagtcggtgtctccagctcgatcgtcgaatacccgaatgactac
cgcgaactacccaagtggaggaaagaagaaactcactacgacattacctatcaacgagac
ggtggcgttcagtacaacgagacccacctcgtcaagagtgagcaagcaccatcagtcatc
agcaacaacagcatacatgaggacccgggacggcgcacccccctcaggaagcgttttgcc
aagcttaggttctag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (18)   
   KEGG COMPOUND (18)   
Chemical reaction (7)   
   KEGG ENZYME (1)   
   KEGG REACTION (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (98)   
   KEGG ORTHOLOGY (1)   
   RefGene (93)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   INRA (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (136)   

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