Mediterraneibacter gnavus: RGna_00050
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Entry
RGna_00050 CDS
T06719
Name
(GenBank) bifunctional fucokinase/L-fucose-1-P-guanylyltransferase
KO
K25314
fucokinase / fucose-1-phosphate guanylyltransferase [EC:
2.7.1.52
2.7.7.30
]
Organism
rgn
Mediterraneibacter gnavus
Pathway
rgn00520
Amino sugar and nucleotide sugar metabolism
rgn01100
Metabolic pathways
rgn01250
Biosynthesis of nucleotide sugars
Brite
KEGG Orthology (KO) [BR:
rgn00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00520 Amino sugar and nucleotide sugar metabolism
RGna_00050
Enzymes [BR:
rgn01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.52 fucokinase
RGna_00050
2.7.7 Nucleotidyltransferases
2.7.7.30 fucose-1-phosphate guanylyltransferase
RGna_00050
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Gene cluster
GFIT
Motif
Pfam:
Fucokinase
GHMP_kinases_N
GHMP_kinases_C
Motif
Other DBs
NCBI-ProteinID:
QHB22009
LinkDB
All DBs
Position
8388..11447
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AA seq
1019 aa
AA seq
DB search
MQNQMNKYRRLKNLFLRQSYLDAWEDYQRSILKKSFPKWDYIVLTASNEEQGKAFQKQIE
YRSEKGVLPDATKFLVIPDPDGKRIGSGGATLHVLRTLSEREGFLGDFHGKRILVIHSGG
DSKRVPQYSVCGKLFSPVPRELPDGRGSTLFDEFLIGMSGVPSRFKEGMLVLSGDVLLLF
NPLQIDAQFSGAAAISMKSPAEIGKDHGVFLNDGTDHVKKFLHKQPLDTLLNLGAVNDQG
NVDLDTGAVLCDANLVSALFSLISDHGEVNEKKYQMFVNEQSRISFYGDFLYPLASDSTL
EQYYNEQPEGTYCEELMVCRKKIWETLCKFQMKLVCLSPAEFIHFGTTTELLKLLTEEIN
DYEFLDWRPNVFTNTQRVESAIHDGLLEKDVVLEDGCYIESSWLAGSTVVKRGAIVSQMI
LQDMTVPEDTVWHGIRLKEQNAYLVRTYAVTDNPKKTLEENAGFLKGTLQTFLEDNGLCT
DDLWDTQDHSLWNAKLYSAHPAQDQAAEEALLLWKMSCKEADEEEVCAWKARKRYSLCES
FAQGDTAHFVEWNEELENRILIERFLKALKGGENYIAALKIFGEEELNEKQYEILMEKAD
HMEFSEKIRVLYAISRSMKYQSVTFHGASYDLVEQKCFSEIQKMLFQKSFIRHAADYKIA
KEVVQIKLPVRVNWGGGWTDTPPYCNENGGVVLNAPILLKGEKPIEVEIKKIPEYRIEFA
SLDFYAYGKAETVEEIQDCHNPYDSFALHKAALIACGVIPLDGHAELREILKKMGGGFYL
STKVCNVPKGSGLGTSSILSGACVKAIGEFLGQSWSDSQVYELVLNMEQIMSTGGGWQDQ
VGGLTPGVKYITSRPGIRQKIHVTYLELDQDTKKELQERFVLIYTGQRRLARNLLREVVG
NYIGGRRESIEALKEMKRLAVLMRFELEQGNIDAFAKLLNEHWEVSKLLDQGSTNTCIDQ
IFESCEDMIDGRFISGAGGGGFLQVILKRGVTKEALRERLKQVFEDSGVDVWETEFVWE
NT seq
3060 nt
NT seq
+upstream
nt +downstream
nt
atgcaaaatcagatgaacaaatatcgaagattgaaaaatctgtttttgaggcaaagctat
ctggatgcctgggaagattatcaaagaagtattttgaaaaaaagttttccgaagtgggat
tatattgtcctgacagcgtccaatgaagagcagggaaaggcgttccaaaagcagatagaa
tatagaagtgaaaaaggtgtgctgccagacgccacaaaatttctggtaattccagatccg
gatggaaaacggattggttccggtggcgcaacgctgcatgttttgcggacgctttctgag
cgggaaggatttttgggggattttcatggaaagagaattcttgtgatacattccggcgga
gacagcaaacgtgttccgcagtattccgtatgtggaaaattattctctccggtgccaagg
gaattgccggatggaagaggatctacgctatttgatgaatttctgatcggaatgtcagga
gtcccgtccagatttaaggaggggatgctggtgctttccggagatgtgctgctgttgttc
aatccgctgcagattgatgcacagttttcaggtgctgcagctatttctatgaaatcaccg
gctgagatcgggaaagatcacggcgtattcttaaacgacggaacggatcacgtcaaaaaa
tttttacataaacaacctctcgatacacttttgaacttaggcgctgtcaatgatcaggga
aatgtagatttggatacaggcgcagttttgtgtgatgcaaatcttgtatcggcattattt
tcattgatctcagaccacggagaggtaaatgaaaaaaaatatcagatgtttgtcaatgaa
cagtcaagaattagtttttatggggattttttatatcctcttgcgtcagattccacactg
gaacagtattataatgagcagccggaaggaacttactgcgaagagctgatggtatgcaga
aaaaaaatctgggaaacactttgtaaattccagatgaaattggtgtgcctgtcgccggca
gagtttattcattttggaacaacaacagaacttctgaaattattgacagaagagatcaat
gattatgaatttctggactggagacccaacgtatttaccaatacacagagagtggaaagc
gccatccatgacgggctgctggaaaaagacgtggtactggaagacggatgttatattgag
agcagctggcttgcaggcagtacggtcgtaaaaaggggggcaatcgtatcccaaatgatc
ctgcaggatatgactgtgccggaagacaccgtgtggcatgggatccgtctgaaagagcaa
aacgcatatcttgtgcgtacatatgcagtaacggataacccgaagaagaccctggaagaa
aacgcaggatttttaaaagggacattgcagacgtttttagaagacaacgggttatgtaca
gatgatctttgggatacacaggatcattctctttggaatgcaaagctttactctgcacat
cctgcacaagatcaggcggccgaggaagcgctgcttttgtggaagatgagctgcaaagag
gcagacgaagaggaagtttgtgcatggaaggcaagaaaacgatatagcttgtgtgaatct
tttgcacagggggatactgcacattttgtagaatggaatgaagaactggaaaacagaatc
ctgattgaacgctttttaaaggcactaaaaggcggagaaaattatatcgcggcattgaaa
atcttcggtgaagaagaattgaatgaaaagcagtatgaaattttgatggaaaaagcagat
catatggaattttcagagaaaatcagagtgctctatgcaatttcacgctccatgaaatat
cagtcagtcacatttcatggtgcttcatatgatctggtggaacaaaaatgtttttcagaa
atacagaagatgttgtttcagaaaagttttattcgtcatgcggcagattataagatcgca
aaagaagtagtacagataaaacttccggtccgggtaaactggggcggcggctggacggat
actccgccatactgcaatgaaaacggaggagtagttttaaatgcaccgattttactcaaa
ggagaaaagccaattgaggtggaaataaaaaagatcccggaatatcgaattgaatttgca
agtctggacttttatgcatatggaaaagcggaaacggtggaagaaattcaagactgccat
aacccatatgattcatttgcgctacataaagcagccttgatcgcctgcggagtgattccg
cttgatggacatgcagagctgagagaaattttgaaaaaaatgggcggaggcttttatctg
tccaccaaagtttgtaatgtaccgaaggggtcaggacttggaacaagcagtatcctttcc
ggggcctgtgtgaaagccatcggagagttcctggggcagagctggtcagacagccaggtg
tatgaactggtcttgaatatggaacagattatgagtaccggcggcggatggcaggatcag
gttggcggcctgactccgggagtaaaatatattacttcacgtccggggatccgacagaaa
atacatgtgacttatctggaattggatcaggacaccaaaaaagaactgcaggagagattt
gtactgatctatacgggacagaggcgtctggcaagaaacttgctcagagaagttgttgga
aattatatcggcggaagaagagaatcgatcgaggctttaaaagaaatgaaacgcctggca
gtgctgatgcgatttgaattggaacagggaaatatcgatgcattcgcaaagttattgaat
gaacactgggaagtatcaaagctgctggatcagggatctaccaatacctgtattgatcag
atctttgagtcctgcgaggacatgatcgatggaaggtttatttccggtgcaggcggcgga
ggatttcttcaggtcattctgaaaagaggcgttaccaaagaagcactgcgggaacgatta
aaacaagtgtttgaagattcaggcgtagatgtttgggagacggaatttgtctgggaataa
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