KEGG   Typha angustifolia (narrow-leaf cattail): 140773106
Entry
140773106         CDS       T11061                                 
Name
(RefSeq) xanthine dehydrogenase-like
  KO
K00106  xanthine dehydrogenase/oxidase [EC:1.17.1.4 1.17.3.2]
Organism
tang  Typha angustifolia (narrow-leaf cattail)
Pathway
tang00230  Purine metabolism
tang00232  Caffeine metabolism
tang01100  Metabolic pathways
tang01110  Biosynthesis of secondary metabolites
tang01232  Nucleotide metabolism
tang04146  Peroxisome
Brite
KEGG Orthology (KO) [BR:tang00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    140773106
  09110 Biosynthesis of other secondary metabolites
   00232 Caffeine metabolism
    140773106
 09140 Cellular Processes
  09141 Transport and catabolism
   04146 Peroxisome
    140773106
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:tang04147]
    140773106
Enzymes [BR:tang01000]
 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
     140773106
   1.17.3  With oxygen as acceptor
    1.17.3.2  xanthine oxidase
     140773106
Exosome [BR:tang04147]
 Exosomal proteins
  Exosomal proteins of breast milk
   140773106
SSDB
Motif
Pfam: MoCoBD_2 MoCoBD_1 FAD_binding_5 Fer2_2 Ald_Xan_dh_C CO_deh_flav_C Fer2 DHODB_Fe-S_bind
Other DBs
NCBI-GeneID: 140773106
NCBI-ProteinID: XP_072971589
LinkDB
Position
13:join(9196670..9196808,9197428..9197527,9197883..9197991,9199255..9200757,9215119..9215361,9215489..9215803,9229828..9230067,9235108..9235392,9235473..9235694,9237368..9237529,9237721..9237855,9238949..9239185,9243253..9243426,9250296..9250538)
AA seq 1368 aa
MGSLTAEKEKLALGEEWSEEAIIYVNGVRRVLPDGLAHLTLLQYLREIGLTGTKLGCGEG
GCGACTVMVSSYERHVKKSMHFAINACLAPLYSVEGMHIITVEGIGNCQRGLHPVQESLA
QAHGSQCGFCTPGFVMSMYTLLRSNKQQPSEEQIEENLAGNLCRCTGYRPIIDAFRVFAK
TDDSLYTNSTSASTSKGETICPSTGKPCLCGKDEVSSSIISVVACGKKHQSVSFSEIDGN
AYTDKELIFPPELRLRNIMPLSLHGFGGIKWYRPLRLQHVLDLWSCYPEAKLVVGNTEVG
IETKFKKAQYKVLISVTHVAELNVLNVKEEGMEIGASVRLTQLQEILRKVTAERPCHETS
SCTAMLEQLKWFAGKQIRNVASVGGNICTASPISDLNPLWMASGAKFQIVNCKGNIRTVL
AKDFFLGYRKVDLQHDEILLSILLPWTRPFEFVKEFKQAHRREDDIALVNAGMRIWFRKD
EGSWMISDISIVYGGVAAVSLTASKTETFLIGNKWDMKLLEDALSVLKEDICLAHDAPGG
MIEFRKSLTLSFFYKFFMWVTHEMNQKGVFEEGVHATQLSAIQPYARPTSDGNQSYELVR
HGTAVGLPMAHLSSKLQVTGGAEYTDDTPTPPHTLHAALLLSKRAHARILSIDDSFAKSS
PGFVGLFLSRDIPGSNKIGTIVHDEELFASEIVTCVGQVVGIVVADTHENAKAASDKVNI
EYKDLPAILSIREAIKSCSFHPNTERCLVKGDVKWCFDSGICDRIAEGEVQVGGQEHFYL
EPHSSLVWTVDSGNEVHMLSSTQAPYAHQMFVALVLDLPLSKVVCKTKRIGGGFGGKETR
SCFVAAAASVASYHLRRPVKIVLDRDVDMMITGQRHSFLGKYKVGYTNDGKILALDLELY
NNAGNSLDLSLSVLERAMFHSDNVYDIPHIKVRGQVCYTNFPSNTAFRGFGGPQGMLIAE
NWIQRIAVDLHKIPEEIRELNFHNEGSVLHYGQLLQNCTLSQVWDELKASCDFLKARESV
SHFNLQNRWKKRGIAMVPTKFGISFTAKHMNQAGALVHVYTDGTVLVTHGGVEMGQGLHT
KVAQIAASSFNIPLSSVFVSETSTDKVPNSSPTAASASSDMYGAAVLDACEQIKARMQPI
VSRNKESSFAEVARACYMERIDLSAHGFYIIPDIGFDWKVGKGTAFNYFTYGAAFAEVEI
DTLTGDFHTRVADIVMDLGQSLNPAIDIGQIEGAFIQGLGWIALEELKWGDADHKWIRPG
NLYTCGPGTYKIPSVNDIPLKFKVSLLKGVPNPRAIHSSKAVGEPPFFLASAVLFAIKDA
IIAARAEEGHFDWFPLDNPATPERIRMACIDSITKHFASPNYHPKLSV
NT seq 4107 nt   +upstreamnt  +downstreamnt
atgggttctcttactgcagagaaggagaagcttgcgttgggtgaggagtggtcggaggag
gccatcatctacgtgaacggcgtacgccgtgtactccccgatgggttagctcacctaacc
ctgcttcagtatctcagagaaataggcctgacagggacaaaacttggctgtggtgaaggt
ggttgtggagcttgcacagttatggtttcttcctatgaacggcatgtgaaaaaatcaatg
cattttgcgatcaatgcatgcttggctccgttgtattctgtggaaggaatgcatataatt
acagtggagggtattgggaattgtcaacgtggtttgcatcctgtccaggaatctttagcc
caggctcatggttcacaatgtggattttgcactcctggatttgttatgtctatgtataca
ctattgagatcaaacaagcaacaaccaagcgaagagcagattgaagaaaatcttgctgga
aatttatgtcgttgtacaggatatagaccaattatcgatgccttccgtgttttcgctaaa
actgatgattccttatataccaattcaacctcagcaagcacttcaaagggtgaaactatt
tgcccatcaacaggaaaaccatgtttatgtggaaaagatgaagtcagcagcagtataatc
tcggtagtagcttgtggcaagaagcaccaatctgtttcatttagtgaaatcgatggaaat
gcatatactgataaggaacttatctttccaccagagctacgtttaaggaatattatgcct
cttagtttacatggatttggtgggataaaatggtatagacctttaaggcttcagcatgta
ctagatttgtggtcatgctatccagaggcaaagcttgttgtgggtaacactgaagtagga
attgagactaagttcaagaaagcccaatataaagtgctcatatctgttacacatgtagca
gagcttaatgtgctgaacgtgaaagaagaagggatggaaattggtgcttctgtaagactg
acgcaactacaagaaattcttagaaaggtaacagcggagcgcccctgtcatgaaacttca
tcatgcacggcaatgctagagcagttaaaatggtttgccggaaaacaaattaggaatgtt
gcttctgttgggggaaatatttgcactgctagtccaatatcagacctaaacccactttgg
atggcttcaggtgcgaagtttcaaatagttaattgcaaaggaaatattaggactgttctc
gcaaaagatttctttcttggttaccgcaaagttgatctgcaacatgatgagatattactc
tcaattttattaccatggaccaggccctttgaatttgtgaaagagtttaaacaagcacac
agaagggaagatgatattgccctcgtaaatgctggtatgcgcatatggtttagaaaagat
gagggaagctggatgatttctgatatttctattgtgtatggaggggttgctgcagtttcg
ctcactgcctcaaaaactgagaccttccttattggaaataaatgggatatgaaattgttg
gaggatgctttgagtgtattgaaggaggacatttgtcttgcacatgatgcaccaggtgga
atgattgaatttcgcaaatcccttacgctaagtttcttttataaatttttcatgtgggtc
actcatgagatgaatcaaaagggagtatttgaggaaggtgtgcatgcaactcagttatca
gccatacagccttatgccaggcctacttcagatggaaatcagagttatgaattggtaaga
catggaacagctgtgggattaccaatggctcatctgtcatcgaaactacaggtaacaggt
ggcgctgaatatactgatgacacaccaacacctccacatactttgcatgcagctttactg
ttaagcaaaagggctcatgcacgcatattgtctatagatgattcctttgcgaaatcttca
cctggttttgtaggtctctttctgtcaagagacatccctggtagtaataaaattggaaca
attgttcatgatgaggaactttttgcttcagaaattgttacttgtgttggccaggttgtt
ggaattgttgtggcagatactcatgaaaatgcaaaagctgcttcagataaagtaaatatt
gagtataaagacttgcctgcaatcctatccattcgagaagctattaaatcatgcagtttt
catccaaataccgagagatgcctggtaaaaggagatgttaaatggtgctttgattcaggc
atatgtgacagaattgcagaaggggaggttcaagttggaggtcaagagcacttctatttg
gagcctcatagcagtctagtttggacagttgattctggaaatgaagttcatatgctttct
tctacacaggccccatatgcacaccaaatgtttgttgctcttgttcttgaccttccattg
tctaaagttgtttgcaagacgaaacgcattggtggtggctttggtggaaaagaaacaaga
tcttgcttcgttgctgctgccgcatctgtagcatcatatcatttgaggagaccagttaaa
attgttttagacagggatgttgatatgatgataactggacaaagacacagcttccttggg
aaatacaaggtgggatacacaaatgatgggaagattttggcattggatctcgaactgtac
aataatgctgggaattcattggacctgtctctttcagtccttgagcgtgccatgtttcat
tctgacaatgtctacgatataccacatatcaaggttcgggggcaagtatgctataccaat
tttccaagtaatactgctttcagaggatttgggggccctcagggcatgcttattgcggag
aattggatccaacgcatagctgtggatcttcacaaaattcctgaggagataagggaactt
aattttcacaatgaaggatcagtgctgcattatggtcagttacttcaaaactgtacattg
agtcaggtttgggatgaactgaaggcatcttgtgattttctaaaagctcgtgaatctgta
agccattttaacctccagaaccgctggaagaagcgaggaattgcaatggtacctaccaag
tttggcatctcctttaccgcaaagcatatgaaccaggctggtgctctcgttcatgtttat
actgatggcactgtcctagttacacatggtggggttgagatgggccaaggtctgcacacc
aaagtagctcaaattgctgcttcatcatttaatattcctcttagttctgtattcgtatca
gaaacaagtactgataaggtccccaattcatcaccaacagctgcttctgcaagttcagat
atgtatggagctgcagtattagatgcttgtgagcaaattaaggcccggatgcagcctatt
gttagcaggaacaaggaaagttcttttgctgaggtagcacgtgcatgctatatggaacga
attgatctctctgctcatggattttatatcatacctgatattgggtttgactggaaagtg
ggtaagggaactgcatttaactacttcacctatggagcagcctttgccgaagttgaaata
gatactctgactggagattttcatacaagagtggcagatattgttatggatcttggacaa
tcacttaatccagccattgatataggacagatcgaaggagcttttattcaaggtttaggt
tggatagccctagaagagctaaaatggggagatgctgatcacaagtggattagacctggc
aacctgtatacgtgtgggcctgggacttacaaaattccttctgtgaatgatatacctctg
aagttcaaggtttcacttttgaagggtgttccaaatccaagagcaattcactcctcaaaa
gctgtcggcgagccaccattctttcttgcctctgctgtgttattcgcaattaaagatgca
atcatagctgctagagcagaggaaggccattttgactggtttccacttgataatcctgca
actccagagaggataagaatggcatgcatagactctattaccaagcattttgcaagtcct
aattaccatccgaaactgagtgtctga

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