Trichoplax adhaerens (placozoan): TRIADDRAFT_26606 Help Entry TRIADDRAFT_26606  CDS       T01069                                  Name (RefSeq) hypothetical protein   KO K00106   xanthine dehydrogenase/oxidase [EC:1.17.1.4 1.17.3.2] Organism tad  Trichoplax adhaerens (placozoan) Pathway tad00230   Purine metabolism tad00232   Caffeine metabolism tad00983   Drug metabolism - other enzymes tad01100   Metabolic pathways tad01232   Nucleotide metabolism tad04146   Peroxisome Module tad_M00958   Adenine ribonucleotide degradation, AMP => Urate tad_M00959   Guanine ribonucleotide degradation, GMP => Urate Brite KEGG Orthology (KO) [BR:tad00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     TRIADDRAFT_26606   09110 Biosynthesis of other secondary metabolites    00232 Caffeine metabolism     TRIADDRAFT_26606   09111 Xenobiotics biodegradation and metabolism    00983 Drug metabolism - other enzymes     TRIADDRAFT_26606  09140 Cellular Processes   09141 Transport and catabolism    04146 Peroxisome     TRIADDRAFT_26606  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:tad04147]     TRIADDRAFT_26606 Enzymes [BR:tad01000]  1. Oxidoreductases   1.17  Acting on CH or CH2 groups    1.17.1  With NAD+ or NADP+ as acceptor     1.17.1.4  xanthine dehydrogenase      TRIADDRAFT_26606    1.17.3  With oxygen as acceptor     1.17.3.2  xanthine oxidase      TRIADDRAFT_26606 Exosome [BR:tad04147]  Exosomal proteins   Exosomal proteins of breast milk    TRIADDRAFT_26606 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  MoCoBD_2 MoCoBD_1 FAD_binding_5 Ald_Xan_dh_C Fer2_2 CO_deh_flav_C Fer2 DHODB_Fe-S_bind Motif Other DBs NCBI-GeneID:  6754788 NCBI-ProteinID:  XP_002113575 JGI:  26606 UniProt:  B3S0Q9 LinkDB All DBs AA seq 1308 aa AA seqDB search NPQPEWTLLYFLRHHLRLTGTKLVCGEGGCGACTVMVSKYDKFEQKVIHYSVNSCLIPLC TLDHAAVTTVEGIGSTENKIHPVQERIAKAHGSQCGFCTPGFVMSMYTLLRNNSQPTEED IEDACESNLCRCTGYRPILDGFKSFSKNDLDCKLYKLSDLMDYDPSQDIIFPPELLLLKD KSTTSLEIHGKNITWFRPCSLDELLSLKRDYPKAKLVIGNTEIGVETKFKDISYPVLISP SEIPPLNVVNYSDEGIEIGSCVSLTKMNQILRDAIEKLPEYKTRIFAGIVEMLRWFAGHQ TRNVGSIVGNIMTASPISDLNPLFLASKTKLYVQSADNEKKVITMDESFFTGYRKTCLDD DEVVISILIPFTSENEYFLGFKQARRRSDDISIVNAGMRVVVEKSLSQSNYLIKDCTLSF GGMAPVTVIAQRASHFLTGREWNKNLTELIIPLLNEDMPLAFSTPGGMVEYRKALVCSFF FKFYLTVTSQLLPSENFIEAEIPPSYLSATSVFKKDPTRSIQVFEKPDSNQAQDDALRRP MVHTSALKQTTGEAVYCDDMPTFSNELFAGLVLSQRPHAIIESVDYKDALSMPGVHSHVT AKDVKGSNLFGVIQADEEIFATKEVTCVGQLIGVILADTKEHANEAAKAVHVVYEDLPAI LTIERAIQADSYYPYDKQFNVEGIEKEIEKSDHVLEGDIRIGGQEHFYLEPQSCVALPKL ESGEMEIFVTSQGSFFIQESICKALDIPFNRVIIRIKRLGGGFGGKESRTIIIALAASIG AQSSKRPVRCVLDRDVDMSITGTRHPYLFKYKVGFGSTGIINALRLRMYANCGNSLDLSP AVMSRTLLTCSSCYRIPHFDISPYLCKTNIPSNTAFRGFGSPQGVFAIETILTEIAINCG ITQLQVREINLYKDGDITHYGDVIEESRVRTVLNEVIKSSNFHKRKVDVESYNRENRWKK RGISVIPLSYPVGFNIRFMNQGGALVIIYLDGSVLLSHGGIEMGQGLHTKMTQICSHILG VPTDKIYLIETNSSNIPNATQTAASSSTDLNGAAIANACEKLRNRIKPFQEANPKGKWED WVKAAYLNRVNLSANGFYRFKNLKLCRYKCLNKTYLYRTYGAAVSEVEIDTLTGDFHILR TDIVMDVGKSLNPAVDIGQIEGGFIQGVGLYTLEDHIFSPTGYLLTRGPGTYKIPSSTDI PNEFYVYLLPKVPNKYAIYSSKGIGEPPLLLGSSVFFAIKDAIIAARFPYADISNIFRFD SPATCERIRMMCNDEITALVNLNSNKDCIDFCNMKVIKYYPSCIGHHS NT seq 3927 nt NT seq  +upstreamnt  +downstreamnt aatccacagccggaatggacgttactatactttctacgtcatcacttacgactgactggg actaaattagtttgcggtgaaggaggatgtggcgcgtgtactgttatggtctctaagtat gataaattcgaacaaaaagtaatccattattctgttaattcatgtcttataccattgtgt actttggatcatgctgcagtaactactgtagagggaattggaagtacagaaaataaaatt catcctgttcaggaacgtatcgctaaagctcatggatctcaatgtggattttgtacacct ggatttgtaatgtcaatgtatacactacttcgtaataattctcaacctactgaagaagat atcgaagacgcatgtgaaagtaatttatgccgttgtacaggatacagacctatattagat ggatttaaatctttttccaagaacgatttagattgcaagttatataagctttcagatctc atggattatgacccctctcaagatataatatttcctccagaattattgctattaaaagac aaatcaacaacaagtctagaaattcacggcaagaatattacatggtttcgaccatgttca cttgatgaattactatcactaaagagagactatccgaaagcgaagcttgtcatcggaaat acagaaatcggagtagaaacgaaattcaaagatattagttatccagtcttaatatcacca agcgaaattcctcctttaaatgttgtaaattacagtgatgaaggtatcgaaatcggtagc tgtgtttcattaacaaaaatgaatcaaatcttacgcgatgctatagaaaagctaccagaa tacaaaacgagaatcttcgctgggattgtggaaatgttacgctggttcgcaggtcatcaa actagaaacgttggtagtattgtaggcaatatcatgacagcaagtcctatatctgattta aatccattattcctagcttctaaaactaaactatatgttcaatcagctgacaatgaaaag aaagtaataactatggatgaatctttctttactggttatcgaaaaacttgtctagatgac gatgaagttgtaatttctattttgattccatttacttcagagaacgagtactttcttgga tttaagcaagctcgtcgacgttccgacgatatatctatcgttaatgctggtatgagagtc gttgttgaaaaatcgttatcacaatctaattacttgatcaaagattgtacactaagcttt ggagggatggctccagtaactgtcattgctcaacgagcaagtcattttctaactggaaga gagtggaataaaaaccttacggagttaataattcccttgttaaacgaagatatgccgcta gccttttctactccaggcggaatggtcgagtatagaaaagcactagtatgcagtttcttt ttcaaattttatctaacagttacctctcagcttctaccgtctgagaattttatagaagct gaaatacctccttcatacttgagtgcaacctcagtattcaagaaagatcctactcgaagt attcaagtgtttgagaaaccggattccaatcaagcacaagatgatgctttaaggaggcct atggtacacacttctgcgttaaaacagacaactggtgaagctgtatattgtgacgatatg cccacgttttcaaatgaattatttgctggcttagtactaagtcaaagaccccatgccatt atagaatcagtagattataaagacgctttatcaatgcctggagtacactctcacgtaact gctaaagatgtaaaaggatctaatctattcggagttattcaagcagatgaagaaatattt gctacgaaagaggtaacttgcgttggtcaattgattggagtaatcttagcagatacgaaa gaacatgctaatgaagctgccaaagctgtgcacgttgtatatgaagatttgcccgctatt ttaacaattgaaagagctatacaagcagacagttactatccgtatgataagcaattcaac gtagaaggtatcgaaaaagaaatagaaaagtctgatcatgtactggaaggtgatattcga atcggcggtcaggaacatttttacctcgaacctcaatcatgtgttgctttacctaaattg gaaagtggagaaatggagatttttgtaacatctcaaggatcatttttcatccaagaaagc atttgtaaagccttggatattccctttaacagggttattatcagaattaaacgtttagga ggaggatttggtggcaaagaatcgcgtactataattattgcattagcagcttccatcggc gctcagagctcgaaaaggcccgtacggtgtgtattagatagagacgtcgacatgtcaata acgggaacaagacatccatatttatttaagtacaaggttggcttcggtagtactggtata attaatgcactacgccttcgaatgtatgccaactgtggaaatagcttagatttatctccg gcggttatgtcacgcactttgttgacctgcagtagttgctaccgaattcctcattttgat atctctccatacttatgcaaaaccaacatcccatctaatactgctttcagaggttttgga tcgccacaaggcgttttcgcaatagaaacgattttaactgaaattgcaattaattgtggc attacccaattacaggtgagggaaataaatttatacaaagacggagatataactcattat ggtgacgtgatagaagaaagcagagtgcgaacagttttaaatgaagtcatcaaaagcagt aatttccacaaacgcaaagtagatgttgaatcttataatagagagaaccgatggaagaaa cgtggcatttctgtaatcccactaagttatcctgttggattcaatataaggtttatgaac cagggtggagcattagtaataatttatctagatggttctgttcttctaagtcacggtgga attgaaatgggccaaggattgcataccaagatgacacagatttgttcacatattcttgga gttccaactgataaaatctatttgatagaaactaattcatctaatatacctaatgctacc caaactgccgcctcgtcatcaaccgatttaaatggtgcagccattgccaacgcatgcgaa aaattgcgaaatagaatcaaaccatttcaagaagctaacccgaaagggaaatgggaagat tgggttaaagctgcctacctcaatagagtcaatttatctgccaatggattttacaggttt aaaaatttaaaattatgtcgttataaatgtttaaataaaacctatctttatcgcacgtat ggagcagcagtttctgaagttgaaatagataccttgactggagattttcatatattaaga actgatatcgttatggatgttggtaaaagtttaaacccggcagtcgacattggtcagatt gaaggaggatttattcaaggagtggggctttatacattagaagatcatattttttctcct actggatacctattgacgcgaggaccagggacgtacaagattccaagttccactgatatt cctaacgaattttatgtttatttgcttcccaaagtccctaataaatatgcaatatattca tctaagggaattggagaaccgccattgctattaggatcttccgtatttttcgctattaag gatgcaataatcgcagccaggtttccttatgctgacataagcaatatatttcgatttgat agtccagcgacatgcgaaaggataagaatgatgtgtaatgatgaaattacagcactggta aatcttaacagtaataaagattgtatagatttctgtaatatgaaagtaattaaatattac cctagttgtattggccatcattcttaa

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