Nymphaea colorata (blue-petal water lily): 116255762
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Entry
116255762 CDS
T07418
Name
(RefSeq) LOW QUALITY PROTEIN: xanthine dehydrogenase 1-like
KO
K00106
xanthine dehydrogenase/oxidase [EC:
1.17.1.4
1.17.3.2
]
Organism
ncol
Nymphaea colorata (blue-petal water lily)
Pathway
ncol00230
Purine metabolism
ncol00232
Caffeine metabolism
ncol01100
Metabolic pathways
ncol01110
Biosynthesis of secondary metabolites
ncol01232
Nucleotide metabolism
ncol04146
Peroxisome
Brite
KEGG Orthology (KO) [BR:
ncol00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
116255762
09110 Biosynthesis of other secondary metabolites
00232 Caffeine metabolism
116255762
09140 Cellular Processes
09141 Transport and catabolism
04146 Peroxisome
116255762
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
ncol04147
]
116255762
Enzymes [BR:
ncol01000
]
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
116255762
1.17.3 With oxygen as acceptor
1.17.3.2 xanthine oxidase
116255762
Exosome [BR:
ncol04147
]
Exosomal proteins
Exosomal proteins of breast milk
116255762
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MoCoBD_2
MoCoBD_1
FAD_binding_5
Fer2_2
Ald_Xan_dh_C
CO_deh_flav_C
Fer2
Motif
Other DBs
NCBI-GeneID:
116255762
NCBI-ProteinID:
XP_049934184
LinkDB
All DBs
Position
6:complement(23104892..23151591)
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AA seq
1368 aa
AA seq
DB search
MGSMREDDNLGRMETYQEPIIYVNGVRHVLSDGFAHITLLQYLRDLGLTGTKLGCGEGGC
GACTVLLSYYDHHLKKTMHYAVNACLAPLYSVEGMHVITVEGLGNHQRGLHPVQKSLAYA
HGSQCGFCTPGFVMSMYALLRSSKGKPTEEQIEEALAGNLCRCTGYRAIVDAFKVFAKKD
DPMYTHHSSPGISSNAFVCPLSGKQCTCGAMSAGYPETSSMDEVCSTNYKHIACSETVGS
SYSDKELIFPPELLLRKMVPLSLSGFGGIKWFRPLNLEQVLDLKSRHPDARLIVGNTEVG
IETRFKDARYQVLILVAYVPELCALVVKDDGLEIGSAVRLTTLSIALKEVVSKRSFHETS
ACRAILEQLKWFAGNQIKNVASVGGNICTASPISDLNPLWIASRAEFRIVDCQGNTRTTL
AKNFFKGYRRVDLKHNEILLSIFLPWTRHSEYVKEFKQAHRRDDDIALVNAGMRILLEKN
GMAVKISEASIVYGGIAPVPYLATKTEFFLKGKDWGPDLLDGALDTLKDEMILADDAPGG
MVEFRKSLTLSFFFKLYLWITADLEASGSIIRCLQPSYLSAVQPYKKVTTKGVQNYEIVK
HGKPVGSPIMHLSAEMQVSGEAEYTDDAPMPSNGLHAALVLSSKPHARILSIDDSEAKSS
PGFMGLFLARDVPGSNKIGPILHDEELFASEFVTCVGQVIGIVVADAQENAKFASKKVKV
QYEELPAVFTIKDAVRENSFYPNAEIFLHKGDVELFLGSGSYIKFIEGEVQVGGQEHFYM
EPQSSLVWTVDGGNEVHMVSSTQSPQKHQKYVAHVLNLPMSKVVCKTKRIGGGFGGKETR
SAFIAAAASIPAYLLRRPVKLTLDRDVDMMITGQRHSFLGKYKVGFTNEGKVLALDLEIY
NNAGNSLDLSYAVLERAIFHSDNVYDIPNVRIRGKVCYTNLPSNTAFRGFGGPQGMLITE
NWIQRIAMELHKSSEEIREINFQHERSVTHYGQPLENCTLGRVWDELKTSSEFVKARDDV
NQFNAENRWRKRGIAMVPTKFGISFTTKFMNQAGALVQVYIDGTVLVTHGGVEMGQGLHT
KIAQIAASSFDIPVSSVFISETSTDKVPNASPTAASASSDMYGAAVLDACEQIKARMKPL
VLKNKHKSFAELANACFMERIDLSAHGFYITPDIGYDWKTGQGKPFSYYTYGAAFAEVEI
DTLTGDFHTRSTHIVMDLGCSLNPAIDVGQIEGAFIQGLGWVALEELKWGMQXHKWVKEG
MLYTRGPGSYKIPTVNDIPLKFTVSLLQGVPNKKAIHSSKAVGEPPFFLASSVFFAIKDA
IAAARLEAGCTDWFPLDNPATPERIRMACADDFTKPFVGPDFRAQLSI
NT seq
4107 nt
NT seq
+upstream
nt +downstream
nt
atgggttcgatgagggaagacgacaatttgggccggatggagacctaccaggaacccatc
atctacgtcaatggcgtcaggcacgtgttgtctgacgggtttgctcatatcaccctcctt
cagtatctcagagacttagggcttactggcaccaaactgggctgtggtgaaggtggttgt
ggcgcttgtactgttctcctatcttactatgatcaccatttaaagaaaaccatgcactat
gctgttaatgcatgtttggcaccactttattctgtagagggaatgcatgtaattactgtg
gagggtcttggaaaccatcaacgtggtttgcatccagtccagaaatccttggcctatgct
catggatctcaatgtggcttttgcactcctggttttgttatgtccatgtatgctttgttg
agatctagcaaagggaaaccaactgaagaacaaattgaagaagcacttgcagggaaccta
tgtcgatgcactggctatagggcaatagttgatgcgttcaaggtatttgctaaaaaggat
gatccaatgtatactcatcattcatcgcctggtatctccagcaatgcatttgtttgtcca
ttgagtgggaaacagtgcacttgtggagccatgtctgcaggctaccccgaaacatctagc
atggacgaagtttgttctacgaattataaacatattgcctgtagtgaaactgttgggagc
tcatattcagacaaggagcttatttttcctccagagcttttgttgaggaagatggttccc
ttaagtttgtctgggtttggtgggattaagtggtttcgtccacttaatctagagcaagta
ttagatttaaagtcaagacatcctgatgctaggctaatagttggcaataccgaggttgga
atagaaacaaggtttaaggatgctcgatatcaagtgttaattctggttgcttatgtgcca
gaactttgtgcattagttgtgaaagatgatggattagaaattggttctgctgtgaggctg
acaaccctgtcaattgctcttaaggaggtcgtatcgaagcggagttttcatgaaacttca
gcatgcagggccatacttgaacaactaaagtggtttgctgggaatcagataaaaaatgtt
gcttcagttggtggcaatatctgtactgcaagtccaatatcagacctgaacccactttgg
atagcttccagggcggagttcagaatagttgattgccaggggaacactcgaacaacttta
gcaaagaatttctttaagggctaccgcagagttgatctaaaacataatgagattttactg
tcgattttcttaccctggactagacactctgagtatgtgaaagagttcaagcaagcacat
cggcgagatgatgacattgcacttgtaaatgcagggatgcgtattcttctcgagaaaaat
ggtatggctgtgaaaatttcagaagcatctattgtttatggtggtattgctcccgttccg
tatttggcaacaaaaactgagtttttcctcaagggaaaagactggggtccagacctgcta
gatggtgctttagacactctaaaagatgagatgattttagcagatgatgcacctggtgga
atggttgaattccgcaaatctttaacattgagttttttcttcaagttatacctgtggatt
actgctgaccttgaagcaagtggttctatcattcggtgcttgcaaccttcttatttatca
gctgtgcagccttataaaaaggtgacaacaaaaggagttcagaattatgaaattgtaaaa
catggcaagcctgttggctctcctattatgcatctatcagcagagatgcaggtcagtggg
gaggcagagtacactgatgatgcaccaatgccttcaaatggtctacatgcagcactagta
ctgagtagtaaaccgcatgctcgtatcctcagcattgatgactctgaagcaaaatcctca
ccaggttttatgggattgtttctggcaagggatgtaccaggaagtaacaaaatcgggcca
attctccatgatgaggagctttttgcatctgagtttgtaacatgtgttggccaggtcatt
ggcattgttgtggctgacgcacaagaaaatgcaaagtttgcatccaaaaaagtaaaagtt
cagtatgaagaactgcctgctgttttcaccataaaagatgccgttagagagaacagtttc
tacccaaatgctgagatatttctgcataaaggagatgtagaattgtttcttggctctgga
tcatatatcaaatttatagaaggtgaagtgcaagtaggaggccaggaacatttctacatg
gagcctcaaagcagtcttgtgtggacagtggatggtggcaatgaagttcatatggtatct
tctacccaatctccacaaaagcaccagaaatatgttgcacatgttcttaatcttccaatg
tccaaagttgtttgcaaaacaaaacgcattggtggcggttttggtggaaaggagacaaga
tcagcattcattgctgctgcagcatctattccggcataccttctgagaagacctgtaaag
ctgacattagatagggatgttgacatgatgatcacaggccaacgacacagctttttgggc
aaatataaggttggtttcacaaatgaaggcaaggttcttgctctggaccttgaaatatac
aataatgcaggaaattctctagatctgtcttatgctgttcttgaacgggcaatattccat
tctgataatgtctatgacatacctaatgtgagaattagagggaaagtttgctacactaat
ttgccaagtaatacagcattccgtggatttggaggaccacagggcatgctaatcacggag
aactggatccaaagaattgctatggaactccataaaagctcagaagagataagggaaatt
aatttccaacatgagagatctgtaacacactatggccaaccgcttgagaactgcactctt
ggaagagtttgggatgaactaaaaacatcttcagaattcgttaaagctcgtgatgatgta
aatcagtttaatgcagaaaaccgttggaggaaacgtggaattgcaatggttcccacaaaa
tttggcatatcctttacaacaaagttcatgaaccaggcaggggcgcttgtgcaagtctac
attgatggaactgttttggtaacacatgggggtgttgagatgggccaggggctgcacacg
aagattgcccaaattgcagcatcctccttcgatatccctgtcagttcagtctttatatca
gagacaagtacagataaagtgcctaatgcatcacccactgccgcatctgcaagctctgat
atgtatggggctgcagttttggatgcttgtgaacaaatcaaggcacgcatgaaacctctg
gttttaaagaataagcataaatcctttgcagagcttgcaaatgcctgctttatggaaagg
attgacctatctgctcatggcttttacattacccctgatattggatatgattggaagact
gggcaagggaagccattcagttattatacctatggtgctgcatttgctgaagtagaaata
gatacactaacaggcgatttccatacaagatcaacacatattgttatggatctgggatgt
tcattgaatcctgcaattgatgttggacagatcgaaggagctttcatacagggattggga
tgggttgcattggaagagctcaaatgggggatgcagnatcataagtgggttaaagaaggc
atgctttatactcgtgggccaggaagctacaagatcccaactgtaaatgacattccactc
aagtttactgtgtcactgctgcagggtgtaccaaataagaaagcaatacattcatctaaa
gcagttggagagccacctttcttccttgcatcttcagtgttttttgctatcaaagatgca
attgcagctgcaaggttagaggcaggatgtactgattggtttcctcttgacaatccagct
accccagaacgtatacggatggcatgtgctgatgacttcacaaagccatttgttggccct
gacttccgtgctcaactcagtatataa
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