Fulvia fulva: CLAFUR5_13723 Help Entry CLAFUR5_13723     CDS       T08195                                  Name (RefSeq) Tyrosinase   KO K00505   tyrosinase [EC:1.14.18.1] Organism ffu  Fulvia fulva Pathway ffu00350   Tyrosine metabolism ffu01100   Metabolic pathways ffu01110   Biosynthesis of secondary metabolites Brite KEGG Orthology (KO) [BR:ffu00001]  09100 Metabolism   09105 Amino acid metabolism    00350 Tyrosine metabolism     CLAFUR5_13723 Enzymes [BR:ffu01000]  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      CLAFUR5_13723 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Tyrosinase Tyrosinase_C Motif Other DBs NCBI-GeneID:  71993601 NCBI-ProteinID:  XP_047768527 UniProt:  A0A9Q8UVN4 LinkDB All DBs Position 12:1455120..1457138 Genome browser AA seq 672 aa AA seqDB search MRFFTAVSALSVAFTSVSAHIAAPSGDAPTLQERQNGILVTTGAQGNIYPRLEIRQMKDN NPNQYTLLVLAMERWQQRNEGDQSSFFGVSGIHGVPRINYNNVGRCSSCQGADGYCTHDS IHFPAWHRVYLAHFEQEFLKVVRIIANEYPAGNARNTMVNAANVMRWPYWDWAAKPPAGR PHLPKIVSDFSVTVNAQQGTRTFNNPLFRYDFKSSAGMVYSPFTTWTRTYRYPNNNGPNA ASDTNACINAFNNVQRTLQDQVYSLFTSCRDYAHFSNDNAGSSSTQCSNSLEGIHNTIHG VAGGPGSQSVSAGHMTYLSSAAFDPLFWLHHANVDRLFAMWQRINPNQYGGAQTAPHNTW TIAQGSRQDSNSPLTPFYKNTNGQFWTTNDVRDWANTFRYTYPEFSNSDGSAASINRYIN GLYSPNGGRTAGSSKREAMPQLPDLSSIIPALNTSVLSGITDALADALDSNPLAAQNGSL YQYVANINTPRYKLGGSYSIYCFTGQPESEDPKTWTTAKNLAGLMGVMAQGGMEENPVII AGSIPLTTSLSSLFDSGVLAGLTEAIIAPFLTANLNWRVMGPAGTSVDPGTIDGFVFSVV TSTAKQPADSNSLPVYSPFIDLIDVTKDQSGGANSTEQATAAQSGISSAMDAVSSTVSDV QEGVNSMLSSVM NT seq 2019 nt NT seq  +upstreamnt  +downstreamnt atgcgcttcttcaccgcggtctccgccctttctgtcgctttcacctccgtttccgcacac atcgcagcaccttcgggagatgcgccgacattgcaagagcgccaaaatggcattttggtt accactggtgcgcaaggcaacatttacccacgactcgagatccgacagatgaaggacaac aacccgaatcaatacactcttttggtcttggctatggagcgatggcaacaacggaacgaa ggcgaccagagctcattctttggagtctctggaattcacggtgtaccgagaatcaactac aacaacgtaggccgatgcagcagctgtcaaggcgctgacggttattgcacacacgattct attcacttccccgcgtggcaccgtgtgtatcttgcacactttgagcaggagtttttgaag gtggtcaggatcattgcgaatgagtacccagctggtaacgccagaaataccatggtaaat gctgccaatgttatgcgatggccatactgggattgggctgcgaagccaccggctggccga ccacacctgcccaagatcgtgtccgacttctcggtcacggtcaacgcacaacagggtacc cgaaccttcaacaacccacttttccgctacgacttcaagtcatcagctggcatggtctac agcccattcaccacatggactaggacttaccgctatcccaacaacaacggccccaacgcc gccagtgacaccaatgcttgcatcaacgccttcaacaatgttcaacgcactctgcaagat caagtttactctcttttcaccagctgcagggactacgcacacttcagcaacgacaacgct ggttcgagctcgacccaatgctccaacagcttggagggcattcacaacaccatccacggt gtcgcaggtggtccaggaagccaaagtgtctccgccggccacatgacttacctgtccagc gccgctttcgatcccctgttctggctccaccacgccaacgtcgaccgtctgttcgccatg tggcagaggatcaacccaaaccaatacggtggcgctcagactgctccacacaacacctgg accatcgcccaaggctcgcgccaggactccaactcacccttgactccgttctacaagaac accaacggccaattctggaccaccaacgatgtgagggattgggccaacactttcagatac acatacccagaattctccaacagcgatggctccgccgcctcgatcaaccgctacatcaac ggtctctacagccccaatggtggcaggaccgcaggctcttccaagcgtgaggccatgcca cagctgccagacctctccagcatcatcccagccctcaacacctctgtcctcagcggcatc actgatgctctcgccgatgccctcgactccaacccactggcggcccagaacggttccctc taccagtacgtcgccaacatcaacacgccccgctacaagctcggtggctcttacagcatc tactgcttcaccggccagcccgagtccgaggaccccaagacttggaccaccgcaaagaat ctggcaggtcttatgggtgtcatggcccaaggcggcatggaggagaacccagtcatcatc gctggctccatccctctcaccacatccctctcaagcctgttcgacagcggtgtcctcgcc ggtctgaccgaggccatcatcgcgcctttcctcaccgccaatctcaactggcgcgtaatg ggcccagccggcaccagcgtcgacccaggcacgatcgacggcttcgtgttctccgtcgtc acatcaaccgccaagcagccagcagactccaactccctcccagtctactcgcccttcatc gacctgatcgatgtcaccaaggaccaatccggtggtgccaactcgactgagcaggccacc gccgcgcagtctgggatcagctccgccatggatgcagtttcgtcgactgtctcggatgtc caggagggtgtcaactcgatgttgtcgtcggtaatgtaa

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