Alosa sapidissima (American shad): 121688613
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Entry
121688613 CDS
T11137
Name
(RefSeq) glucuronokinase with putative uridyl pyrophosphorylase
KO
K16190
glucuronokinase [EC:
2.7.1.43
]
Organism
asad Alosa sapidissima (American shad)
Pathway
asad00040
Pentose and glucuronate interconversions
asad00053
Ascorbate and aldarate metabolism
asad00520
Amino sugar and nucleotide sugar metabolism
asad01100
Metabolic pathways
asad01250
Biosynthesis of nucleotide sugars
Module
asad_M00014
Glucuronate pathway (uronate pathway)
Brite
KEGG Orthology (KO) [BR:
asad00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00040 Pentose and glucuronate interconversions
121688613
00053 Ascorbate and aldarate metabolism
121688613
09107 Glycan biosynthesis and metabolism
00520 Amino sugar and nucleotide sugar metabolism
121688613
Enzymes [BR:
asad01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.43 glucuronokinase
121688613
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Motif
Pfam:
NTP_transferase
GHMP_kinases_N
GHMP_kinases_C
NTP_transf_3
Tor_FN3_2nd
EVE
Motif
Other DBs
NCBI-GeneID:
121688613
NCBI-ProteinID:
XP_041924251
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Position
17:complement(3821162..3834972)
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AA seq
616 aa
AA seq
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MICILLVAGHDTVLQAQLKNDDTGLYGHLTGVPKALLPGVGGKKILDFWWETVNTRQLFT
EVYLVTNADKYKHYERWATANDFPVENLVNDGSTTLEDRLGAVADLELAIRSRGLKDDIM
VIAGDMLCADQNFDIAQVVRFYRSKPGDLVIYYELEESEKSDSRGIVQVCPDTHRITCFL
EKPPEGQTSSRLASVVFYCLQKETLPYLSEFLSKTQEISARTMGKFWEWFINIQEMPVFG
MKLPTGFQLIGQVGLSEYAKWLAHYSAKQREPPVKPITCRSFARVGLMGNPSDGFHGKTI
AMSISNFWAEVTLLENQTLVLLPHPLNDPTEFGSLQDLYHISRKEGYLGGLRLLQATCKK
FYQFCSKQGIALRKQNFTLKYDTNIPRQVGLAGSSAIVSATLKCLMKFYNITDNDLPKPV
RANFILNVETDELFITAGLQDRVVQVYEGLVYMDFSKQLMDAKGHGEYIGMNMDSLPPFW
LAYLGDPSDSGRIHSNVRQRWLNGETEVIKAMKSFAELTDQARLAIQSKDWAMLAQLMDK
NLELRRSIYTDDCLGPGNLKMIQIARQFGSSVKFPGSGGAVIGLCLDPDQMVEMKKAFQE
AGCVFCNIIPYDPSRP
NT seq
1851 nt
NT seq
+upstream
nt +downstream
nt
atgatctgcattttactagttgctgggcatgacacggttttacaggcacagttgaagaat
gatgacacaggtttgtatggtcacctgaccggagttcccaaggccctgctccctggggtg
ggaggaaagaagatcctggacttttggtgggaaaccgtaaacacgagacagttgttcact
gaagtgtatctggtcacaaatgcggacaagtataaacattatgagcgctgggcgaccgct
aatgattttccagtggagaacttggtaaatgacgggagcaccacgttagaagatcgtctt
ggtgccgtggctgaccttgagttagccattcgaagccgtggacttaaagatgacataatg
gtgattgctggagacatgctctgtgctgaccagaactttgatatagcacaagtggtccgg
ttctatagatcaaagccaggagacctggtaatatactatgagctggaagagagcgagaag
agcgactcccgtggcatcgtgcaggtgtgcccagacacgcacaggatcacttgcttcctg
gagaagccacctgagggccagacatcgtctcggttggccagcgtagtattctactgccta
cagaaggagacgctcccctacctgtcagagttcctctccaaaacccaggagatcagtgcc
cgcaccatggggaagttttgggagtggttcatcaacatccaggagatgcctgtgttcggc
atgaagcttcccaccgggtttcagcttattggccaagtggggctgtcagaatatgccaaa
tggttggcccactattctgccaagcaacgagagcctcctgtcaagcccattacatgccgt
tcatttgccagagttggacttatggggaacccttcagatggctttcacggcaaaacaatt
gctatgtccatctctaacttctgggccgaggtcacacttctggaaaaccagactctggtc
cttcttcctcatccactcaatgaccccacagaatttggcagtctgcaggacctctaccac
atcagcagaaaagaagggtacctggggggtctacgcctactacaggctacctgcaagaaa
ttctatcaattctgctccaaacaaggaattgctttgcgaaagcagaattttactctcaag
tatgacaccaacatcccacggcaggtgggactggctggaagcagtgctattgtgtctgca
accctgaaatgcctgatgaaattctacaacattacagataatgacctccccaaaccagtg
agggccaacttcatcttaaatgttgagaccgatgaactcttcatcaccgctgggctccag
gacagggtggttcaggtctatgaaggactggtatacatggatttcagtaagcagctgatg
gatgcaaagggacatggagagtacattggcatgaacatggacagtcttccacctttctgg
ttggcctatttgggggatcccagtgattcaggccgaatacacagcaatgttagacagcga
tggcttaatggagagactgaagttattaaagccatgaagtcttttgctgagctaactgac
caagcaaggttggccatacaaagtaaggactgggcaatgcttgctcagttaatggacaag
aacctggagctacgaaggtccatatacacagatgactgtttgggacctgggaatctgaag
atgattcagatagcaagacagtttggttcgtctgtgaagtttcctggcagtggaggggct
gtgatcggtctgtgtttggatccagatcagatggtggagatgaagaaggcctttcaggag
gctggttgtgttttctgtaacataataccttatgatccctctcgtccttag
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