KEGG   Eucalyptus grandis (rose gum): 104421529
Entry
104421529         CDS       T03547                                 
Name
(RefSeq) LOW QUALITY PROTEIN: xanthine dehydrogenase 1
  KO
K00106  xanthine dehydrogenase/oxidase [EC:1.17.1.4 1.17.3.2]
Organism
egr  Eucalyptus grandis (rose gum)
Pathway
egr00230  Purine metabolism
egr00232  Caffeine metabolism
egr01100  Metabolic pathways
egr01110  Biosynthesis of secondary metabolites
egr01232  Nucleotide metabolism
egr04146  Peroxisome
Brite
KEGG Orthology (KO) [BR:egr00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    104421529
  09110 Biosynthesis of other secondary metabolites
   00232 Caffeine metabolism
    104421529
 09140 Cellular Processes
  09141 Transport and catabolism
   04146 Peroxisome
    104421529
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:egr04147]
    104421529
Enzymes [BR:egr01000]
 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
     104421529
   1.17.3  With oxygen as acceptor
    1.17.3.2  xanthine oxidase
     104421529
Exosome [BR:egr04147]
 Exosomal proteins
  Exosomal proteins of breast milk
   104421529
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: 104421529
NCBI-ProteinID: XP_010031809
UniProt: A0A059AC22
Position
10:8211200..8224384
AA seq 1373 aa
MGSLKSEEELERIDDEAAASKEAILYVNGSRKVLPDGLAHLTLLEYLRGIGLTGTKLGCG
EGGCGACTVMVSHYNKSLKKCRHYAVNACLAPLYSVEGMHVITVEGIGNRMHGLHPVQES
LARAHGSQCGFCTPGFIMSMYALLRSSQSPPPEEQIDECLSGNLCRCTGYRPILDAFRVF
AKTENSLYGPQPSSSSVEESNVVCPSTGKPCSCRSGSLVDSEPTRESICCGEKYKAISYD
EVDGSLYAEKELIFPPELLLRKISYLSLSGFNGLKWYRPSRLKQVLELKSRYPDAKLLVG
NTEVGIEMRLKRMHYPVLISTMHVPELNVLNVKDDGVEIGAAVRLSDLLTVFRKVVTERA
YHETSTCKAFIEQLKWFAGTQIKNVASVGGNICTASPISDLNPLWMASRAKFRVIDGKGN
LRIVSAENFFLGYRKVDLASGEILLSVFLPWSRSLEYVKEFKQAHRRDDDIAIVNAGMRV
FLEKKDDNLVVADASIVYGGVAPLSIAARQTKEYLIGRTWNQELLQGALEVLRSDILIKE
NAPGGMVEFRRSLILSFXFKFFLWVSHEMDGMRSIKEEIPLSHISAIKPFERPSVIGCQD
YEIVKRGTAVGSPEVHLSARLQVTGEAEYADDIALPPNGLNAALVLSRKPHARIISVDDS
QAKSSPGFAGIFLAKDVPRKNKIGPVIYDEELFASEFVSCVGQVIGVVVADTQENAKLAA
RKVHVEYEELPAILSIEDAIKAKSFHPNTERFLGKGDVDLCFQSGECYKVIQGEVQVGGQ
EHFYLEPQSTVIWTVDGGNEVHMVSSTQAPQKHQKYVSEVLGLPMSKVVCRTKRLGGGFG
GKETRSAFLAAAASVPSYLLNRPVKITLDRDVDMMITGQRHSFLGKYKVGFTKEGKVLAL
DLEIYNNAGNSLDLSPAILERAMFHSDNVYEIPNIRINGRVCFTNFPSNTAFRGFGGPQG
LLIAENWIQRIAVELKKSPEEIKEMNFQGEGSVLHYGQQLQHCTLGPLWNAQKESCNFLN
ARKETDQFNLQNRWKKRGVAMVPTKFGISFTTKLLNQAGALVQVYTDGTVLVTHGGVEMG
QGLHTKVAQVAASSFNIPLTSVFISETSTDKVPNASPTAASASSDMYGAAVLDACEQIKA
RMEPIASQKNFSSFAELASACYVERIDLSAHGFHIVPEIGFDWKTGKGNPFRYHTYGAAY
AEVEIDTLTGDFHTRDANVFLDLGYSINPAIDVGQIEGAFVQGLGWVALEELKWGDGAHK
WIPPGCLYTCGPGTYKIPSVNDVPLKFSVSLLKGHPNVKAIHSSKAVGEPPFFLASSVFF
AIKDAIIAARADAGFTDWFPLDNPATPERIRMACLDELTAPFVGSDFRPKLSV
NT seq 4122 nt   +upstreamnt  +downstreamnt
atgggatcgctgaagagcgaggaggagctggagcggatcgatgacgaggcggccgcctcg
aaggaggcgatcctgtacgtgaacggttcgcggaaggtcttgccggacgggctggcgcac
ctgacgctcctcgagtatctccgaggcataggtctgacggggacaaaactcggctgtggc
gaaggtggttgtggggcatgcacggtgatggtgtctcattataataaaagtctcaagaaa
tgtcgccattatgccgtcaatgcatgcttggctccgctatattctgttgaaggaatgcat
gtgatcacagtggagggaattggaaatcgaatgcatggcctgcacccagttcaagaatca
cttgcgcgtgctcatggttcacagtgtggattttgcacgcctggttttatcatgtcgatg
tatgctctgctgagatcaagtcaaagcccaccccctgaggaacagattgacgaatgcctt
tcgggaaatttgtgtcgatgtacaggttacagaccgattcttgatgcttttcgtgttttc
gctaaaacagaaaatagcttatatggtcctcagccatcttcatcatctgttgaagaaagc
aatgttgtctgcccttcaactggtaaaccttgttcgtgccgatcaggaagtctagttgat
tcagaaccaaccagagaatctatatgttgtggagaaaaatataaagcaatctcctacgat
gaggttgacggtagcctgtatgcagaaaaggagcttatatttccccctgagttgttattg
aggaagatatcttatttgagtttgagcggcttcaatggtctcaagtggtacagaccctcg
cgacttaagcaggtattggaattaaaatcaagatatccagatgccaaattgctagttggc
aatactgaggttggaatcgagatgaggctcaagagaatgcattatccagttttgatatct
actatgcatgttcctgaattaaatgtgttgaatgtgaaggatgatggagtggagattggt
gctgcagtaagattgtccgatcttttgactgttttcagaaaggttgtgacagagcgagct
tatcacgaaacctcgacatgtaaagctttcattgaacagctcaaatggtttgctgggaca
cagataaagaatgttgcttcagttggtggaaacatatgtactgctagtccaatatcagac
ttgaaccctctatggatggcttctagagcaaaatttcgagttattgatggcaaaggaaac
cttagaatcgtttcagctgagaatttctttctaggttatcggaaggtggacctcgcaagt
ggagagattctgctctcagtgtttttgccatggagcagaagtttggagtatgtaaaagag
tttaaacaagctcacaggagggatgacgatattgccattgtaaatgctggaatgcgtgtt
tttcttgagaaaaaagatgacaatctggttgttgcagatgcctcgattgtttatggtgga
gtggctcctttatctattgctgcaaggcaaacaaaagagtacttgattggaaggacttgg
aatcaggagcttttgcaaggagctttggaagttttgaggagtgacatacttatcaaggaa
aatgctccaggtgggatggttgagtttcgaaggtctctaatactcagtttcntttttaag
tttttcctctgggtttctcatgagatggatgggatgagatccatcaaggaagagatacca
ttgtcacatatatctgccataaaaccattcgaaagaccatctgtcattggatgtcaggat
tacgaaattgtaaagcgtgggactgccgtgggatctcctgaggtccacctttctgcaagg
cttcaggttacaggtgaggcagaatatgctgatgacatagccttgccacctaatggtctg
aacgctgcattagtgttaagcagaaaacctcatgcgcgtataatttcggtggatgattca
caggcgaaatcttctcctggatttgctggcatttttcttgcaaaagacgtcccacgaaaa
aataagattgggcctgttatttatgatgaggagctatttgcttcagaatttgtctcctgt
gttggccaggttattggggtagttgttgctgatactcaagagaatgcgaaactagcggcg
agaaaggttcatgttgagtatgaagaacttccagctatcttatcaatagaagatgccatc
aaagctaaaagttttcatcccaacacagagaggtttctgggaaaaggtgatgtggatctc
tgctttcaatcaggtgaatgttacaaagtcatacagggggaggttcaagtgggaggtcag
gaacatttttacttggaaccacagagcacagtgatatggacagtggatggtggaaatgaa
gtccatatggtttcttccactcaagcccctcagaagcaccagaagtacgtttctgaagtg
cttggtctgccaatgtcaaaagtcgtctgtagaaccaagagacttggtggtggatttgga
ggaaaagaaacgaggtcagcattccttgctgctgcagcttctgtcccatcatatctcttg
aatagaccagtaaaaattacattagatagagacgtggacatgatgataaccgggcagcgc
catagttttctcggaaagtataaggtaggatttacgaaggagggaaaggtgctggcactg
gatctcgaaatttataataatgctgggaattctcttgatttgtctcctgctatcctagag
cgtgccatgtttcattctgataatgtgtatgagataccaaatataaggattaatggaagg
gtatgcttcactaatttccctagtaacacagcatttcgaggttttgggggtccacagggt
ttgcttatagctgaaaactggatccagaggatagctgtagagcttaagaagagcccagaa
gagataaaggagatgaactttcaaggtgaagggtcggtactgcactatggacaacaactt
cagcactgtacactgggtccgctctggaatgcacagaaagagtcttgcaactttttgaat
gctcgcaaagaaactgaccaattcaatcttcaaaatcgatggaagaagcgtggagttgcc
atggttccaacaaaatttggcatttccttcacaacaaaacttttgaatcaggcaggtgct
ctcgttcaagtttatacagatgggactgttttagttacacatggaggtgtggagatgggt
caaggtttgcatacaaaagttgcccaagttgccgcttcttccttcaacatccctctcact
tccgtgttcatatcagaaaccagtactgacaaggttcccaatgcatcaccaacagctgcg
tctgcaagttctgatatgtatggagctgcagttttggatgcttgtgagcagataaaggca
cgcatggagccaattgcttcacagaagaattttagttcttttgctgagctagctagtgca
tgctatgtggagaggatagatctttctgctcatggatttcacatcgtacctgagatagga
tttgactggaagactggcaagggaaatcctttccgttaccacacttacggtgctgcatat
gctgaggtagaaattgacactttgactggagattttcacacgagagatgcaaatgtcttc
ttagatctcggatattctatcaacccagctattgatgttggacagattgaaggagcattt
gtacaaggtctgggttgggtagcgctagaagaactaaagtggggcgatggcgctcataag
tggattccacccggatgcttatacacgtgtggacctggaacctataagattccttctgta
aatgacgtacctctgaaattcagcgtctcgcttctgaagggccatcccaacgtaaaggcc
atccattcatccaaagccgtcggcgagcctccatttttcctagcgtcatctgtcttcttc
gccatcaaagatgccatcattgctgcgagagccgatgcagggttcacggactggtttcct
ctcgacaacccggcaacgcccgaacgtatccggatggcgtgcttggacgaattgacggcg
ccattcgttggctctgatttccgtcccaagctcagcgtctga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (9)   
   KEGG PATHWAY (6)   
   KEGG MODULE (3)   
Chemical substance (22)   
   KEGG COMPOUND (22)   
Chemical reaction (15)   
   KEGG ENZYME (2)   
   KEGG REACTION (13)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (92)   

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