Mercurialis annua (annual mercury): 126686956
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Entry
126686956 CDS
T10153
Name
(RefSeq) bifunctional fucokinase/fucose pyrophosphorylase isoform X1
KO
K25314
fucokinase / fucose-1-phosphate guanylyltransferase [EC:
2.7.1.52
2.7.7.30
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00520
Amino sugar and nucleotide sugar metabolism
mean01100
Metabolic pathways
mean01250
Biosynthesis of nucleotide sugars
Module
mean_M01001
GDP-L-Fuc biosynthesis, L-Fuc => GDP-L-Fuc
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
126686956
Enzymes [BR:
mean01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.52 fucokinase
126686956
2.7.7 Nucleotidyltransferases
2.7.7.30 fucose-1-phosphate guanylyltransferase
126686956
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GFIT
Motif
Pfam:
Fucose_pyrophosphorylase
GHMP_kinases_N
GHMP_kinases_C
Motif
Other DBs
NCBI-GeneID:
126686956
NCBI-ProteinID:
XP_050237229
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Position
LG6:complement(35552903..35557701)
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AA seq
1077 aa
AA seq
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MESNRRRRLSRTRQKSDLITLLRKSWYHLRLSVRHPSRVPTWDAIVLTAASPEQAQLYQW
QLDRTKRTGRIANSTVTLAVPDPNGQRIGSGAATLNAIFALAQHYQLHIDPEPEVAEAAN
GSCKNGDSVTLRMVRYVAKKHILLLHAGGDSKRVPWANPMGKVFLPLPYLAADDPDGPVP
LLFDHILAIASCARQAFKNDGGILTMTGDVLPCFDASALVIPEDASCIITVPITLDIASN
HGVVVASKNGVEADSHTVSLVDNLLQKPSVEELVKTRALLDDGRTLLDTGIIAAKGKAWE
ELVMLSCSCQPMIRELLENRKEMSLYEDLVAAWVPAKHEWLQLRPMGKELVGSLGRQKMF
SYCAYDLLFLHFGTSSEVLDHLSSASSELVGRRHLCSIPATTASDIATSAVVLSSKIEPG
VSVGEDSLIYDSSISGGIQIGSQSVVVGVNVPGDLTDMAETSFRFMLPDRNCLWEVPLVE
CAERVLVYCGLHDNPKISLFRDGTFCGKPWKKVLHDLDMEESDVWSSVGSQENCLWNAKI
FPVLSYVEMLSLASWLMGLNDSKSKILLSLWKNSRRVSLEELHRSIDFSKMCTGSSNHQA
DLAAGIAKACISYGTLGRNLSQLCQDILQKEASGLEICKNFLDLCPELQEQNSKFLPKSR
AYQVQVDLLRACSDEKSACQLEHKVWAAVADETASAVRYDFKEHLLESPSNVNSAAHHNN
HIDGYVSQRFCARTVKVELPVRVDFVGGWSDTPPWSLERAGCVLNMAISLESCLPIGTII
ETTEKPGVLIDDDVGNHLYIENLNSIAPPFDSDDPFRLVKSALLVTGIIHENILGTTGLQ
IRTWANVPRGSGLGTSSILAAAVVKGLLQIANKDESNENVARLVLVLEQLMGTGGGWQDQ
IGGLYPGIKFTTSFPGIPMRLQVIPLLATPQLISELQQRLLVVFTGQVRLAHQVLQKVVI
RYLRRDNILVSSVKRLAELAKIGRESLMNCAVDELGEIMLEAWRLHQELDPYCSNELVDR
LFAFADPYCCGYKLVGAGGGGFALLLSKDANSGKELKHKLEEKSSFNVKVYNWSIYN
NT seq
3234 nt
NT seq
+upstream
nt +downstream
nt
atggaatcgaacagacgaagaagattatcaagaacaagacaaaaatccgatctgattaca
cttctcagaaaatcatggtaccatttgagattatccgtaaggcatccctctcgagtaccc
acttgggacgcaattgtgctcactgccgccagtcccgagcaagctcagctatatcaatgg
cagctcgatcgcaccaaacgtacgggccgaattgctaactcgactgttactctcgctgtc
cctgaccctaatggccagcggatcggatctggtgctgccactctcaatgccatttttgcc
ctcgctcaacattatcaactccatattgacccagagccagaggtggcggaagcagctaat
ggaagttgtaaaaatggagattctgttactttgagaatggttaggtatgtggctaaaaag
catatacttttgctacatgctggaggtgactctaaaagagttccatgggctaatcctatg
ggaaaagtttttctaccattaccttatttggctgcagatgaccccgatggcccggttccg
ctgcttttcgatcatatacttgcaattgcttcgtgtgccagacaggcttttaagaacgat
ggtgggatattgacgatgactggcgatgttcttccgtgttttgatgcatccgcgttggtt
attccggaagatgcatcttgcatcattactgtgccgatcacccttgacattgcttctaat
catggggttgttgtggcatcaaagaatggggttgaagctgatagtcatactgtcagttta
gttgacaatcttctgcagaaacctagtgtagaggaacttgttaagactcgagctttattg
gatgatggaagaacattgctagacacaggaataatagcagccaaaggcaaagcttgggaa
gagcttgtcatgctttcatgctcctgccaaccaatgattagagagcttctggagaacaga
aaagagatgagtttatatgaagatttggtagcagcttgggtaccagcaaaacatgaatgg
ctgcaactgcgacccatgggcaaagaactggtcggaagtttgggcagacaaaaaatgttt
agctactgcgcatatgatttgttattcctgcactttggaacctcaagtgaagttttggat
cacttaagtagtgctagctcagaactggtaggccgaagacatttatgttcaattccagcc
acgaccgcatctgatattgcaacatcagctgtagttctttctagcaaaattgaacctggc
gtgtcagttggggaagattctcttatatatgattcatccatatctggtggaattcaaatt
ggttcccaatccgtagttgttggtgttaatgttccaggggacttgactgatatggcagaa
acgtcgtttagattcatgctcccagatcgtaattgtctttgggaggttcccttagtggaa
tgtgcggaaagagtcctagtttattgtggcctccatgataatccgaagatttcccttttt
agggatgggacattctgcgggaaaccttggaagaaagtcttgcatgatttggacatggaa
gagagtgacgtatggagctcagtaggttctcaggaaaactgcttatggaatgcaaaaata
ttcccagttctttcttatgttgagatgcttagtttggcctcatggttgatgggtttgaat
gactcaaaatctaaaattttgctttctttgtggaaaaattcacgccgtgtcagtttggaa
gagttgcacagatcaattgacttttcaaaaatgtgtacaggctcaagtaatcatcaagct
gatcttgcagctggaattgcgaaagcttgcattagttatggtacgcttgggcgaaactta
tcgcaattgtgtcaagacattctacagaaggaagcttcaggattggaaatttgtaagaac
ttcctagacctatgtcccgaacttcaggagcagaattctaaatttcttcctaaaagtcgg
gcatatcaggtgcaagttgatctccttcgagcatgcagtgatgaaaaatccgcgtgccaa
ttggagcataaagtttgggctgcagttgctgatgaaactgcttcagcagtgagatacgat
tttaaagaacatcttttggagtctccaagcaatgtgaattctgctgcacatcataacaat
catatcgatggctatgtcagtcaaagattttgtgctagaacggtaaaggttgaattacca
gttcgtgtagatttcgttggtgggtggagtgacacacctccatggagcttagaacgtgct
ggttgtgttctgaatatggcaataagtctggaaagctgtcttccaattggcacaataatt
gagacaacagaaaagcctggagtattgattgatgatgacgttggaaaccatttatacata
gagaatcttaactctattgcacctccatttgacagcgatgatccattccgtctcgtcaaa
tctgcactgcttgtgactggcattattcatgaaaacattcttggaactacgggcttgcaa
atcaggacatgggcaaatgtacctcgtggtagtggccttgggacttctagcatcttagct
gctgctgttgtgaaaggacttcttcagatagctaataaagatgaaagtaacgaaaatgtt
gctagactggttttagttttggaacaactgatgggtacaggaggcggatggcaagatcaa
attggaggtttgtaccctggtattaaatttactacaagtttccctggaataccgatgcgg
ctccaagtcatccccttattggctactcctcagctgatttcagaattgcagcagagattg
cttgtggtctttactggtcaagttcgacttgcacatcaagttttgcaaaaggtagtcatc
cgatacctgaggcgcgacaacattctcgtatccagcgtcaagcgccttgcggaactagca
aaaatcggcagggaatctctaatgaactgtgctgtagacgagttaggggagataatgctg
gaagcttggagattacatcaagaactcgacccctattgcagcaatgaattagtcgatagg
ctgtttgcatttgccgacccatactgctgtggctacaagctggtgggagccggtggcgga
ggctttgccctgttactgtcaaaggatgctaattccggaaaggaactgaaacataagcta
gaagagaagtcaagtttcaacgtcaaagtgtacaattggagcatctacaattag
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