Mercurialis annua (annual mercury): 126670997
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Entry
126670997 CDS
T10153
Name
(RefSeq) xanthine dehydrogenase 1-like isoform X1
KO
K00106
xanthine dehydrogenase/oxidase [EC:
1.17.1.4
1.17.3.2
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00230
Purine metabolism
mean00232
Caffeine metabolism
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
mean01232
Nucleotide metabolism
mean04146
Peroxisome
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
126670997
09110 Biosynthesis of other secondary metabolites
00232 Caffeine metabolism
126670997
09140 Cellular Processes
09141 Transport and catabolism
04146 Peroxisome
126670997
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
mean04147
]
126670997
Enzymes [BR:
mean01000
]
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
126670997
1.17.3 With oxygen as acceptor
1.17.3.2 xanthine oxidase
126670997
Exosome [BR:
mean04147
]
Exosomal proteins
Exosomal proteins of breast milk
126670997
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:
126670997
NCBI-ProteinID:
XP_050220642
LinkDB
All DBs
Position
LG3:complement(73822496..73831607)
Genome browser
AA seq
1370 aa
AA seq
DB search
MGSLKTEGEVEQIGEDSAKEAIFYVNGVRKVLSDGLAHLTLIEYLRDIGLTGTKLGCGEG
GCGACTVMVSQYDRKFKKCVHYAVNACLAPLYSVEGMHVITVEGVGNRKNGLHPIQESLE
RAHGSQCGFCTPGFIMSMYALLRSSQQPPTEEQIEESLSGNLCRCTGYRPIVDAFRVFAK
SNDALYTDYSKLSLQEGEFVCPSTGKPCSCKSKTAIDLGNSCNSTACGNSCKPTSYSEVN
GSTYSDKELIFPPELLLRKLTPLSLTGFGGLKWYRPLRLQHLLDLKAKYPEAKLLIGNTE
VGIEMRLKRIHYPVLISVAHVPELNMLSVKDDGLEIGAAVRLTELHQMLRKVVKERPAHE
TSSYKAIVEQLKWFAGNQIKNVASVGGNICTASPISDLNPLWMAARAKFQIIGSRGNIRT
TSAENFFLGYRKVDLASDEILLSVFLPWTRQFEYVKEFKQAHRREDDIAIVNAGMRVFLE
QKGEQWVVSDASVVYGGVAPLTLSAVKAKTFMIEKNWNQDLLESILKILETDILLKEDAP
GGMVEFRKSLVLSFFFKFFLWVSYQMEGENLIKSSIPSSHLSAVEPFHRPSVVGIQDFEI
MKHGTSVGSPEVHMSSRLQVTGEAEYADDTAIPSNGLHAALVLSKRPHARILSINDSEAK
SSPGFAGIFFAKDVPGDNHIGAIIDDEEVFASEFVTCVGQVIGVVVADTHENAKLAARKV
FVEYEDLPAILSIQEAIAAESFHPNSEKCLINGDVELCFQSGQCDKIIEGEVQVGGQEHF
YLEPQSSLVWTLDSGNEVHMISSTQAPQKHQKYVAHVLGLPMGKVVCKIKRIGGGFGGKE
TRSAFIAAAACVPSYLLNRPVKITLDRDEDMMITGHRHSFLGKYKVGCTNEGKILALDLK
IYNNAGNSLDLSLAVLERAMFHSDNVYEIPNVRILGKVCFTNFPSHTAFRGFGGPQGMLI
AENWIQRVAVELNKSPEDIREINFQGEGSILHYGQQLHYCTLPQLWNELKLSCNLLKARE
DAIQFNRHNRWKKRGVAMVPTKFGISFTTKMMNQAGALVHVYTDGTVLVTHGGVEMGQGL
HTKVAQVAASAFNIPLSSVFISETSTDKVPNSSPTAASASSDMYGAAVLDACEQIMARMA
PVASKHNFSSFAELAWECFTQRIDLSAHGFYITPEVDFDWKTGKGNPFRYFTYGAAFAEV
EIDTLTGDFHTREANIILDLGYSINPAIDVGQIEGAFIQGLGWAALEELKWGDSAHKWIK
PGCLYTCGPGSYKIPSLNDIPFKFSVSLLKGHPNVKAIHSSKAVGEPPFFLASAVFFAIK
DAIMGARAETKHHGWFPLDNPATPERIRMACLDEITARFINSDYRPNLSV
NT seq
4113 nt
NT seq
+upstream
nt +downstream
nt
atgggttcgttgaaaactgaaggagaagtggagcagattggagaggattcagcaaaagaa
gcaatcttttatgttaatggagtgagaaaagttttgtctgatggattggcccacttgact
ctcatcgagtatcttagagacataggattgacagggacaaaactaggctgtggtgaaggt
ggttgtggtgcttgcactgttatggtctctcagtacgacagaaaatttaagaaatgtgtg
cattatgccgtcaatgcatgcttggctcctctgtattcagtggaaggaatgcatgttatt
acagtggagggagtagggaaccgcaaaaatggcttgcatccaattcaggaatcattggaa
cgcgctcatggctcacaatgtggattttgtactcctgggtttattatgtcaatgtatgca
ctgctaaggtcaagccaacaaccgcctaccgaagagcaaattgaagaatccctttctgga
aatttatgccgttgcactggttacaggccaattgttgatgcattccgtgtttttgctaaa
agtaatgatgcattatacactgattattctaaactaagccttcaagaaggtgaatttgtg
tgtccctcaactggtaaaccctgttcatgtaaatcaaaaactgcaattgaccttggtaac
agctgtaatagtacagcttgtggtaatagctgcaaacctacatcttatagtgaggtaaat
gggagtacatattcagacaaagagcttatttttcctcctgagctgttgctgaggaaatta
actcccttaagcctaactggatttggcgggcttaagtggtatcgaccgttacggctccag
catttactggatttaaaagcaaaatatccagaagcgaaattgctgataggcaacacagag
gtcggaatagagatgagactaaagagaattcattatccagttttgatctctgttgcacat
gtccctgaactcaatatgttgagtgtcaaggatgatggtttagagattggtgctgcagtc
agactgaccgaactccatcaaatgcttagaaaggttgttaaggaacgtcctgctcatgaa
acatcttcatataaggcaatagttgaacagttaaaatggtttgctgggaaccagataaaa
aatgttgcctctgttggagggaatatatgtacagccagtccaatatcagacttgaaccct
ctctggatggctgcaagagcaaagtttcaaatcattggctccagagggaacattagaaca
acctctgcggaaaatttctttcttggttaccggaaggtggatcttgcaagtgacgaaatt
ttactctcagtattcttaccatggactaggcaatttgagtacgtgaaagaatttaagcag
gctcataggagggaggacgacattgctattgtaaatgctggaatgcgtgtctttcttgag
caaaaaggggaacaatgggtagtttcggacgcgtcagttgtttatggcggtgtagctcca
cttactttatcagcagtaaaggcaaaaacatttatgattgagaagaattggaatcaagat
ctcttggagagcattttgaaaatcctagaaacagatattttacttaaggaggatgcgcct
ggtgggatggtggaatttcggaaatctttagttcttagtttcttcttcaagttttttctg
tgggtttcatatcagatggaaggggagaatttaattaagtcaagtataccatcatcgcat
ttgtcagctgtagaaccgttccatcggccatcagttgttggaattcaggacttcgaaatt
atgaaacatgggacatctgtgggatctcctgaagttcatatgtcatcgagacttcaggtc
acaggggaggctgaatacgctgatgatacagcaataccttctaatggcttgcatgctgca
ttagttttgagcaaaagacctcatgctcgaattttgtccatcaatgattcagaagccaag
tcttcaccgggatttgcaggcatattttttgccaaagatgttccaggagataatcacatt
ggtgcaataattgatgatgaggaagtatttgcttcagagtttgttacttgtgtgggacag
gttataggtgtggttgttgccgatacacatgaaaatgcaaaactggctgcaagaaaagtt
tttgtggagtatgaagatcttccagcaatattatctatacaggaagccattgctgctgaa
agtttccatcctaattcagaaaagtgtctgataaatggtgatgttgaactctgttttcag
tcaggccaatgtgacaaaatcatagagggggaagttcaagtgggtggacaggagcacttt
tacttggagccgcagagtagtttggtttggacgctggatagtggcaatgaagtccatatg
atttcgtcaacccaggctcctcagaagcaccagaaatatgtggctcatgttcttggtctt
cccatgggaaaagtagtttgtaaaatcaaaagaattggtggtggatttggtggaaaggag
acaagatcagctttcattgcagctgcagcttgtgtaccatcatatctgctgaatcggcca
gtgaaaatcactttggacagagatgaagacatgatgattactggacaccgccacagcttt
ctaggaaagtacaaggttggatgcacaaatgagggaaaaatccttgcgctggatcttaaa
atctataataatgccggaaattctctggacctttctcttgctgttcttgagcgtgccatg
tttcactctgacaacgtatatgagataccaaatgtcagaattctggggaaggtatgcttt
actaattttcctagtcacactgccttccgaggatttgggggtcctcaaggaatgcttata
gctgagaattggattcaaagagttgctgtagaacttaacaaaagcccagaagacataagg
gaaatcaatttccaaggtgaaggatcaattttgcattatggccaacaacttcattactgt
acacttccccagctatggaatgaactgaagttatcttgcaaccttttgaaggctcgtgaa
gatgctatccagtttaaccgtcataatcgctggaagaaacgtggtgttgctatggtccca
acaaagtttggcatatcctttacgactaagatgatgaaccaggcaggtgctctggttcat
gtctacacagatggaactgttttagttacacatggaggagttgagatggggcaaggtctg
catacaaaagtggctcaggttgctgcttctgcttttaatatccctctcagttccgtgttc
atatcagagactagcactgacaaggtacctaattcatcaccaacagctgcttctgcaagc
tctgatatgtatggagcagcagtattggatgcatgtgagcaaataatggcacggatggca
cctgttgcttcaaaacataatttcagctcctttgctgagcttgcatgggaatgctttacg
cagcgaatagacctttctgctcatggattttacattacacctgaggtcgactttgattgg
aagaccggtaaaggaaatccatttagatacttcacttacggggctgcatttgctgaggtt
gaaatcgacacattgactggagattttcacacaagggaagcaaatatcattttggatctc
ggatattccattaatccagccattgatgttggacagattgaaggagcattcatacaaggt
ttagggtgggcagccttagaggaactaaaatggggagattcagctcacaagtggataaag
cctggttgcttgtatacatgtggacctggaagttacaagattccttcattaaatgatatc
ccctttaaattcagtgtttcacttctaaaggggcatccaaatgtgaaggcgatccattca
tctaaagcagtaggcgagcctccatttttccttgcttccgccgtctttttcgccatcaaa
gatgcaataatgggtgcaagagcagaaacaaagcatcatgggtggtttcctctagataat
ccagcaacacctgaaaggatacgaatggcttgtttagatgaaatcacagctcggttcata
aactccgattaccgccccaatcttagtgtttga
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