Silurus meridionalis (southern catfish): 124398390
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Entry
124398390 CDS
T08004
Symbol
alg13
Name
(RefSeq) putative bifunctional UDP-N-acetylglucosamine transferase and deubiquitinase ALG13 isoform X1
KO
K07432
beta-1,4-N-acetylglucosaminyltransferase [EC:
2.4.1.141
]
Organism
smeo
Silurus meridionalis (southern catfish)
Pathway
smeo00510
N-Glycan biosynthesis
smeo00513
Various types of N-glycan biosynthesis
smeo01100
Metabolic pathways
Module
smeo_M00055
N-glycan precursor biosynthesis
Brite
KEGG Orthology (KO) [BR:
smeo00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
124398390 (alg13)
00513 Various types of N-glycan biosynthesis
124398390 (alg13)
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
smeo01003
]
124398390 (alg13)
Enzymes [BR:
smeo01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.141 N-acetylglucosaminyldiphosphodolichol N-acetylglucosaminyltransferase
124398390 (alg13)
Glycosyltransferases [BR:
smeo01003
]
N-Glycan biosynthesis
Dol-linked oligosaccharide
124398390 (alg13)
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
OTU
Motif
Other DBs
NCBI-GeneID:
124398390
NCBI-ProteinID:
XP_046724499
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All DBs
Position
15:10258797..10275648
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AA seq
912 aa
AA seq
DB search
MQKALKKYFVNMDEYLASLGLYRKMMARDASCLFRAVSEQLYFSQNYHQKVRKDCVNFMR
ANKCSFEPFVEGSFEKYLERLDDPKETVGQVEIKALSLLYSRHFVIYRYPGKSPTEIGEE
DSLTKILLCCSNNGHYDIVYPRTYPVNAALCQSLLYELLYTCVLGIEEEDLYMALDGFRG
GGGRRYRNSHSGCSEDASYDANEDCAPRSFIYREEWELSGYSRAEEKAKIANEDQKHVDG
PAKLALPYKVLKALDPEMYRNVEFDVWHDGRKELQKTDYMVFAGRQYFLGDKCQVRLDPK
GKYYNAFIQEVGTHPSAVTVFIEELGEKHLVSLTNLKPVNPVPAWNITPSRKSNSYSHAD
QYPGELDPELCARRRFLKKSRGKEMLMTVSYGRSQAGLPPRLQPCPGNLASVRNPGIHSP
APPQTSVAYEHYRPHSQRPPRGYGPSRSSARFLNRSHFIGPEVAYYASPSKRCYQSFDNY
SFKSRRSRRQMQSSVNKECQFSFVPESGEEAQDLEESISFYEMEEADENVFSPIAGQAVA
STIVPGAATYWVPRGPSPITPAKQPIASSEEDPDERSTAGGHGEYSEEYIFSATDAGFQH
PTVYTAESSANLTIQEGGSRAGSPQEGVATYSYSQQVVVKSAVISSSQPVNSAPAAIFTS
NSSPSSSASSQSSPNHLQASNITPGQPPPLHTLGRPVMSMLFPPACPWFVNEIGEPVTVA
PPPPYSYDPNGSDLPRDCKVLQYFFNLGVQAYQQTYWHSMVHMQQMYPQPCGEPQFQPYP
GPGAAASPDHMVPQHPEYPESARSCPPTQGETPSNGTTVTVEAPTVVAPGTAFFPLVQEQ
CQASLHPSYEPYMPVLSTTYHYLTPWTSGPIPNPRFHHTPYCPSSHTHVNYITASTPPAH
FVAPAQFVPPGM
NT seq
2739 nt
NT seq
+upstream
nt +downstream
nt
atgcagaaagcgttaaagaagtatttcgtgaacatggacgagtacctagccagtctcggt
ttataccggaaaatgatggctcgggacgcgtcctgtttattccgagctgtttctgagcag
ctttatttctctcagaattaccatcaaaaagtaagaaaagactgcgtcaacttcatgagg
gcgaataaatgcagcttcgagcctttcgttgaagggtcttttgagaagtatttggagcgt
ttggacgacccgaaggagactgtggggcaagtggagattaaagctttgtctctgctttac
agtcggcacttcgtaatttacaggtaccctgggaagtcaccaactgagattggagaggag
gacagcttgactaagattttgctctgttgctcaaataatggacactatgacattgtttac
ccaaggacctacccagtcaatgcagcattatgccagtccctgctgtatgagttgttgtac
acttgtgtactgggcattgaagaggaggatctctatatggcactggatgggttcagaggg
ggaggagggaggcgctacaggaacagccactctgggtgcagtgaggatgccagttatgat
gccaacgaggactgtgctcccaggtcttttatatacagagaggaatgggaactaagtggt
tacagccgtgctgaagaaaaggctaaaattgccaatgaagaccaaaagcatgtagatggc
ccagcaaagcttgctcttccctacaaggtcttgaaagccttagatcctgagatgtaccgc
aatgtggagtttgacgtgtggcatgatggccgcaaagaactccagaagactgattatatg
gtgtttgctggtagacagtatttcttaggggataagtgtcaggtacgtttggatccaaaa
gggaagtactacaatgcttttattcaggaggtagggactcatccaagtgctgtgacggtg
tttattgaagaactcggtgaaaaacacttggtgtccttgactaacctgaaaccagtgaat
cctgtaccagcatggaacattacaccaagcagaaaaagcaattcctacagccatgctgat
caatacccaggagaactagacccggagctgtgtgcaagacgcagatttctgaagaagtct
cgtggtaaagagatgttgatgactgtgtcgtacggccgttctcaggctggcctaccccca
cgtctgcagccttgtccaggaaacctggcatctgttcgcaatcctggaatacacagccct
gctccaccccaaacaagtgtggcctatgagcactatcgcccacactctcaaagaccacca
cgtggatatggtccatccagaagctctgcacgtttcctaaatcgaagtcattttattgga
cctgaggtggcctactatgccagtcctagtaaacgctgttaccagagttttgacaattat
tcattcaagtcacgcagaagcagacgtcaaatgcaatcatctgtaaataaggagtgtcag
tttagctttgttcctgagtcaggagaggaagcccaggacctggaggagagcatcagtttc
tatgagatggaggaggcagatgaaaatgttttttctcctattgctggacaagctgttgcc
agcactattgttcctggtgctgctacttactgggtgccaagagggccaagccctattaca
ccagccaaacagcctatagcatcatctgaggaggatcctgatgagagaagcaccgctgga
ggccatggggaatattccgaggagtatatcttctctgctacagatgcaggatttcagcat
ccaactgtgtacactgctgagtcaagtgctaacctgaccattcaagagggtggatcacgt
gctggatcaccacaagagggtgttgctacatatagttactcgcaacaggtagtggtgaaa
tcagcagtcatttcttcctctcagccagtcaactctgccccagctgctatttttacttcc
aactcctctccttcttcaagtgcgagttctcagagctctccaaatcacctgcaggcttca
aacattaccccaggacagccaccacccctacacacactgggcaggccagtaatgtccatg
ctgtttcctccagcatgtccatggtttgtgaatgaaattggagaacctgtaactgtggcc
ccacctccaccttactcttatgacccaaatggcagtgacttacctagagattgcaaggtt
ctccagtactttttcaacttgggtgtgcaggcatatcagcaaacctactggcactctatg
gttcatatgcagcagatgtacccacagccttgtggggaaccccagtttcagccttaccca
ggtccaggtgctgctgcaagccctgatcacatggtgccccagcatccggaatacccggaa
tctgcccgttcgtgcccacccactcagggtgagacacccagcaatggcaccaccgtgact
gtggaggcccccactgtggtagcaccaggcactgcattttttccactggtacaggagcag
tgtcaggcatctttgcacccttcctatgagccatacatgcctgtgctttccaccacctac
cactaccttacaccctggacttctgggcccatcccgaatccacgcttccaccacacccca
tattgtccttcatcccacactcatgtcaactacatcaccgcctctaccccccctgcacac
tttgtggcccctgcacagtttgtcccccctggtatgtaa
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