Sander lucioperca (pikeperch): 116055408 Help Entry 116055408         CDS       T07345                                  Symbol qsox1 Name (RefSeq) sulfhydryl oxidase 1 isoform X1   KO K10758   thiol oxidase [EC:1.8.3.2] Organism sluc  Sander lucioperca (pikeperch) Brite KEGG Orthology (KO) [BR:sluc00001]  09190 Not Included in Pathway or Brite   09191 Unclassified: metabolism    99980 Enzymes with EC numbers     116055408 (qsox1) Enzymes [BR:sluc01000]  1. Oxidoreductases   1.8  Acting on a sulfur group of donors    1.8.3  With oxygen as acceptor     1.8.3.2  thiol oxidase      116055408 (qsox1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  QSOX_Trx1 FAD_SOX Evr1_Alr Thioredoxin Thioredoxin_2 Thioredoxin_8 Thioredoxin_7 Phage_tail_U SURF2 Motif Other DBs NCBI-GeneID:  116055408 NCBI-ProteinID:  XP_031163255 Ensembl:  ENSSLUG00000011610 LinkDB All DBs Position 11:complement(6858736..6888089) Genome browser AA seq 809 aa AA seqDB search MARRCGRATSRFTVEIQIYPRRIATFAIWLCFCLLFPSAAEAGLYTASDQVIVLSQENVE SVLINSSAAVLVEFYASWCGHCIAFSPVYKSLASDIKEWKPAVDLAAVDCAAEENRKVCT GFGIRAYPTIKFFHAYSKADSTGQAFKASTHDVRVLRHRIIDKLESHEEPWPPACPPLEP TSQAEIDSFFETNSVQHLALIFEDTKSYIGREVTLDLLQYENVAVRRVLSTEEGLVTKLG VTEFPSCYLYSPQGNLTRLKVNIEARTFYSYALQRLPGVVRSGKPLPVTLDILTNSTEEP WRPFNRSGVYMADLESTLHYSLRVEVAAHTLIKGEALTSLKKYISVLTKYFPGRPVVMSL LKSVNSWLQNQTGDEISYEALKEILDNSAQSPDTALPEGERWVGCQGSRPHLRRYPCGMW TLFHALTVQAKNAGGTDPQEVLSAMRNYVHSFFGCRACAEHFEIMATESLVEVNTLSSAV LWLWSRHNRVNNRLAGDLSEDPNFPKIQWPPPEMCPACHTVKENGEHKWSQEQVLLFLLS HFSSSSILTDYLEDESQILAKQREKHVSQQQALEAQKHVERKAREALDSMAHPLPSQPTM QEEEEEEEEEEGPQDEEEDGGEGAAADEMEGKTSETTPWAKPEMEVGRGRRQARRKPSIV GMRMRELQEDIVDLDSFVNQHYKAKALRVKQRTLQRKEEQEPWPVFGLGMELDAGLGMVG LQPMEADFEQDVGRQRKRLQKRELTGQYFVEEAELSHRGRWMSVLSIGFSKVDISLCVIL YFLSSMCLLAMYLFFKTRLRLRRAKVALP NT seq 2430 nt NT seq  +upstreamnt  +downstreamnt atggcgcggcgctgtggtcgtgccacgtctcggtttactgtagaaatacaaatatatccc agaaggatagcaacattcgcaatttggttatgtttttgtcttctttttccttctgctgcg gaggctggactgtacaccgcttctgatcaagtcatcgtattaagtcaggaaaatgtggag tcggttttgatcaactcctcagcagctgttcttgtggagttttatgcttcatggtgcgga cactgcatcgccttttctccggtttacaaaagtttggcgagtgacataaaagagtggaag ccagctgtggacctggcagctgttgactgtgctgcagaggaaaacaggaaggtctgcact ggcttcggcatcagagcgtaccccactataaagttcttccatgcttattccaaagctgat tctacaggacaggcctttaaagcttccactcatgatgttcgggtgctccgtcacaggatc atagacaaactggaatcccatgaagagccctggcctccagcctgccccccactggagccc accagccaagcagagatcgacagcttcttcgagaccaacagcgttcaacacctggctctg atcttcgaggacactaaatcctatatcgggcgagaggtaaccctggacttgttacagtat gagaacgtcgcagtgcggagagtcctgagcactgaggaaggtctggtaaccaaactggga gtgactgagtttccatcctgctacctttactctcctcaaggcaacttaaccagactcaaa gtcaacattgaggctcgtactttctactcttacgccctccagaggctgccgggggtggtg cggtcagggaagcctctaccggtcaccctagacatcctcaccaacagcacagaggagccc tggagacccttcaacaggtccggggtgtacatggcagacctggagtccacgctgcactac tctctgcgtgtggaggtagctgcccataccctcatcaaaggagaggccctgacttctctc aagaagtacatctctgtcctgacaaagtactttccaggccgtccagttgtgatgagccta ttgaagtccgtaaactcttggctacagaaccagactggcgatgagatttcctatgaggct ctcaaagagatactggataactcagctcagtctccagacactgctttgcctgaaggagag aggtgggtgggctgtcagggttcacgaccccacctgagacgttacccttgcgggatgtgg accctcttccatgctctcactgtccaggccaagaacgcaggaggcactgatccccaggag gtgctgagtgcgatgagaaactacgtccacagcttctttggctgcagggcgtgtgctgag cactttgaaattatggcgacagagagtctggtggaggtgaacacgttgtcgtcagcggtg ctgtggctttggtccagacacaatcgcgtcaacaacagactggcaggtgatttgagtgaa gaccccaacttcccaaagatccagtggcctccaccagaaatgtgtccagcctgccatacg gtgaaggaaaacggggagcacaagtggagccaggagcaggttctcctcttcctcctgtcc cacttctcatccagcagtatcctcacagactacctcgaagatgaaagccagatcctggca aaacagagagaaaaacatgtgagtcagcagcaagctttagaagctcagaaacatgtagag aggaaagccagggaggccttggactcaatggcacatcctctgccatcgcaacccaccatg caagaagaggaggaagaggaggaggaggaagaggggccgcaggacgaagaggaggatggt ggggaaggagcagcagcagatgagatggagggtaagacatctgagacaaccccctgggcc aagcctgaaatggaggtgggtcgaggccggcggcaggcccgcaggaagccgagcattgtg gggatgaggatgcgagagctgcaggaggacattgtggatctcgactcatttgtcaaccag cactacaaggccaaggcgctgcgggtcaaacaacgcaccctgcagaggaaggaggagcag gagccctggcctgtgtttgggctcggcatggagctggatgcagggctggggatggtggga ctgcagcctatggaagcagactttgagcaagatgtggggcggcagagaaagcggctgcag aagcgagaactgacaggccagtactttgttgaggaggccgagttgagccacaggggacgc tggatgtctgtgctgagcattggcttctccaaagtggacatcagcttgtgtgtcatcctt tatttcctgtcctccatgtgtcttctggccatgtaccttttcttcaagacccgcctcaga ctacggcgggctaaagtagccctgccctga

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