Anas platyrhynchos (mallard): 101801124
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Entry
101801124 CDS
T02816
Symbol
ALG13
Name
(RefSeq) LOW QUALITY PROTEIN: putative bifunctional UDP-N-acetylglucosamine transferase and deubiquitinase ALG13
KO
K07432
beta-1,4-N-acetylglucosaminyltransferase [EC:
2.4.1.141
]
Organism
apla
Anas platyrhynchos (mallard)
Pathway
apla00510
N-Glycan biosynthesis
apla00513
Various types of N-glycan biosynthesis
apla01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
apla00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
101801124 (ALG13)
00513 Various types of N-glycan biosynthesis
101801124 (ALG13)
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
apla01003
]
101801124 (ALG13)
Enzymes [BR:
apla01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.141 N-acetylglucosaminyldiphosphodolichol N-acetylglucosaminyltransferase
101801124 (ALG13)
Glycosyltransferases [BR:
apla01003
]
N-Glycan biosynthesis
Dol-linked oligosaccharide
101801124 (ALG13)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_tran_28_C
OTU
CEMIP_beta-hel
Motif
Other DBs
NCBI-GeneID:
101801124
NCBI-ProteinID:
XP_038040488
Ensembl:
ENSAPLG00000009945
LinkDB
All DBs
Position
10:4313976..4345530
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AA seq
1116 aa
AA seq
DB search
MKSVFVTVGTTCFDELIAAVSSPPAMRALRSRGCERLVLQIGRGELEPAPRRDLTLTLDV
FRFKDSLAEELQRADLVISHAGAGSCLETLEEGKPLLVVINEKLMDNHQLELAKQLHRDG
HVLYCNCSTLVETLQSMDLSTLKPFPPGQPEKFALFLDKVVGLKWETRVHPPSSLAPPPP
PLLISASTRSPQYEPRPPPRCLCHLPGTMQKGWKKYFGQKSLSEVTMDEYLGSLGLYRKL
TAKDASCLFRAISEQLFSCQIHHMEVRKACVSFMRQNQRNFESYVEGSFEKYLERLGDPK
ESAGQLEISALSVIYNRDFILYRYPGKPPTYATDNGFEDKILLCCSGNGHYDSVYTKQFQ
ANAAICQAVLYEILYKDVFAMDEEELRSAIEMFRSGSKKNRNSGSVGSEDVNFDVFMKKY
PEIHQKRGSIWGGSNDADNPVEDKFRQGTEESKPPENSSKMPFPYKVLKALDPEIYRNVE
FDVWLDSRKELQKTDYMVFAGRQYYLGDKCQVRLEPAGKYYNAHIQEVGQDGNTVTVFIE
ELAEKHTVPLANLKPVTQVAPVLAWNVVPGRKGGSYQKIGGYFSGIEMDMKTRKRLLKKV
RGKEVFMTVAYSRGQPILPPRLQHGVPSGRSSPVHCSQGGGNLAPYDLCHPQNSAQRHNR
GFGMPRGSGRFINRHNMVGPQIAFYPSPGKRCYQSYDNFSCRSRSYSRSRRQMQCVNKEC
QYGFVPENGEEPQGSEETITFYEIEEGDESAFPALPSQGSPTPIVHSPAGFWVARRGPNS
VPVSKQTLNSSEEDVEEICENGKFHEDFLYAPTDPDCGTAAVFSSAEPTANLEEGTVSVS
SQDGVASYSYPQKVMVNSAVISNSTGVNVAPATVFSSNSAASTQASITTTVPPQTGVQPV
LVPPPSVGTPVAVSSVPFPIYSAPLPPVSEVGEAGAVPPPYSCDPSGNDLPRDTKVLQYY
FNLGLQYYHQSYWHSMVYVQPVPPASPVEAYPAYAEPAHVLDQSVPQLYADAGRAEVHQV
PLEAPANGNFQNTEPPPPSHSTVYYPVVSDPYGQPSLPGYDSCISIVPAYHYLSSWHPVN
PPYGNSPRIPNAVSSGPLHQVNYIASPNPAPHYVPQ
NT seq
3351 nt
NT seq
+upstream
nt +downstream
nt
atgaagtccgtgttcgtcaccgtgggcaccacctgcttcgacgagctgatcgcggccgtc
tcctccccgccggccatgcgggcgctgcggagccgcggctgcgagcggctggtgctgcag
atcgggcggggagagctggagccggccccgcggcgcgacctgaccctgacgctggacgtg
ttccgcttcaaggattcgctggccgaggagctgcagagggccgacctggtgatcagccac
gcaggtgcaggtagctgcttggagactctagaagaaggaaaaccgctcctggtggtaata
aatgaaaagctgatggacaaccatcagctcgagctagcgaagcagcttcacagagatgga
cacgtcctctactgtaactgtagcactcttgtggaaacattgcagtcaatggacttatca
actttgaaaccttttcctcctggacaaccagaaaagtttgctttgtttttggacaaagtt
gttggactgaagtgggaaactagagttcaccccccctcctcattagctccgccacctccc
cccctcctcattagcgcctccacccgttccccccagtacgagccccggcctcccccccgc
tgcctctgccacctcccagggacgatgcagaagggctggaagaagtacttcgggcagaag
tccctcagcgaggtgaccatggacgagtacctgggcagcctggggctgtaccgcaagctg
acggccaaggacgcctcctgcctcttcagggccatctcggagcagcttttttcatgtcaa
atccatcacatggaagttaggaaagcttgtgtctcattcatgaggcaaaaccagcgtaac
tttgaatcttatgtggaggggtcatttgagaaataccttgagcgtctgggagatccaaag
gaaagtgctggccagctggaaataagtgctttatcagtgatctacaatcgagactttatt
ctgtaccggtaccctggaaagccacccacttatgctacagacaatggctttgaagacaag
atactactgtgctgttccggcaatggccattatgactctgtgtatacaaaacaattccag
gcaaatgctgctatttgccaggctgtattatatgagattctgtacaaagatgtgtttgcc
atggatgaggaagaattaaggtctgcaattgagatgtttcggagtggatccaagaagaac
agaaacagtggctctgtaggaagcgaggatgtaaactttgatgtcttcatgaaaaagtac
ccagaaatccatcagaaaagaggtagtatttggggagggagcaacgatgctgacaatcca
gtggaagataagttcagacaaggcactgaagaatcaaagcctccagaaaattcctcaaag
atgcctttcccctataaagtgctaaaggcgctggaccctgagatctatcgaaatgtggag
tttgatgtttggctggatagcagaaaagagcttcaaaaaactgactacatggtgtttgct
gggagacagtactatttaggagacaagtgtcaggtgcgtctggagcctgcaggtaagtat
tacaatgctcatatccaggaagttgggcaggatggcaacacagtgactgtgttcattgag
gagctggcagaaaagcatactgttcccttggcaaacttaaagccagtgacacaagtggca
cctgtccttgcttggaatgtggttcccggccgaaagggaggaagctaccagaaaataggt
ggatacttctcaggaatagaaatggatatgaaaacacggaagagattgcttaagaaagtt
cgtggaaaggaagtctttatgactgtggcttatagcaggggtcagcccattcttccaccc
cggctacagcatggtgttccttcagggcgctcttctccagttcactgctcgcagggtggt
gggaacttggcaccttatgacctctgtcatcctcagaattctgctcagagacataaccgt
ggatttgggatgccaaggggatctggccgatttataaacaggcacaacatggttggccct
caaatagcattctaccccagtccaggaaagagatgctatcagagctatgacaatttctcc
tgcaggtcacgttcatacagccgtagccgccgtcagatgcagtgtgtgaataaagaatgt
cagtatggatttgtaccggagaatggagaggagcctcaaggatcagaagaaacaataact
ttctatgaaattgaagaaggggatgaaagtgcttttcctgccttaccaagccagggtagc
cctactcctattgtccacagtcctgcagggttttgggtagcaaggagaggcccaaactct
gttccagtcagcaagcaaaccctgaattcgtcagaggaagatgtagaagaaatatgtgaa
aatgggaaatttcatgaagactttctctatgcacctacagatccagactgtggaactgca
gcagtatttagttcagcagagcctacagcaaacttggaagaagggacggtctctgtgtcg
tctcaagatggagtggcttcctacagctatccccagaaggtgatggtaaactctgcagta
atctcaaactccacgggtgttaatgttgctccagctacagtattctcctcaaattctgct
gcttccactcaagccagcatcacaacaactgttcccccacaaacaggtgttcagccagtc
ctagtgcctcccccttcagtagggacaccagtagctgtttcatcagtgccattcccaatt
tactcagctcctcttcctccagtcagtgaggtgggagaagctggtgccgttcctccacct
tactcttgtgatcccagtggcaatgatctgcctcgagatacaaaggtcttgcagtattat
tttaatctgggactgcaatattaccaccagagctattggcattccatggtgtacgtacag
ccagtaccaccagcgtcaccagtggaagcttatccagcatatgctgagcctgctcacgtc
ctagaccagtcagtacctcagctctatgccgatgctgggcgagctgaagtccatcaggtt
cccttggaagcacctgcaaatggtaactttcaaaacacagagcctccacccccgtcccac
agcacagtatactacccagtggtgtcagatccctatggccagccatctctcccagggtat
gactcttgcatctctatagtacctgcctatcactaccttagttcctggcatccagtaaat
ccaccgtatggaaattccccacgaattcccaatgctgtaagttctggaccactgcaccaa
gtcaactatattgcctcacctaaccctgcaccacactacgtgcctcaatga
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