Salmo salar (Atlantic salmon): 106561254
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Entry
106561254 CDS
T04363
Symbol
b4galnt3
Name
(RefSeq) beta-1,4-N-acetyl-galactosaminyltransferase 3
KO
K09656
beta-1,4-N-acetylgalactosaminyltransferase 3 [EC:
2.4.1.244
]
Organism
sasa
Salmo salar (Atlantic salmon)
Pathway
sasa00513
Various types of N-glycan biosynthesis
sasa01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00513 Various types of N-glycan biosynthesis
106561254 (b4galnt3)
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
sasa01003
]
106561254 (b4galnt3)
Enzymes [BR:
sasa01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.244 N-acetyl-beta-glucosaminyl-glycoprotein 4-beta-N-acetylgalactosaminyltransferase
106561254 (b4galnt3)
Glycosyltransferases [BR:
sasa01003
]
Glycan extension
Wide specificity
106561254 (b4galnt3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CHGN
Glyco_transf_7C
PA14
Motif
Other DBs
NCBI-GeneID:
106561254
NCBI-ProteinID:
XP_013980481
UniProt:
A0A1S3KP36
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Position
ssa10:86677405..86715809
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AA seq
1131 aa
AA seq
DB search
MVKSFFPLKKLRRSGKHLLFLVLLMLGAFAVYHEFVATKAWRSTKSTFSLASEDGLGRIP
TQERLFGGDASEDSEAWRSSYTPQPWRPEYKGQANLHTFEDWCGSSTAQLRMNLHYPLYP
HSRTTVKKLAVSPRWMNYGLRIFGYLHPYTDGEFVFAVSSDDNSEFWLSRDNSPLNLQLL
AWIGKTGMEWTAPGEFGKYASQTSRPVRLSVQRRYFFEIVHKQNDRGTDHIEVAWQLNQE
GLRFTVISSKYISLYSNESALRMSDIIHVPQTAASHTRSPSNQPNNQLSNQPAADMLRVD
PRDILYQIPALDSRFLQGVLPDCSYKPSYIIKGFPLLRYQGLQFVHMSYIYPNDYTRLTH
METDNTCFYHDSPLYLDRYGFSRYMRLDEPEGQEGESRGRVDGILRRRKAVPEEELDGEA
PPNVGGASKKDPAPPDYGDDYDDYAQRRRRKLFSLPQADRAPTHTHMSDTLTYKKRRRRE
TNTAAVVVQQAVVQTRATEQDGLEIPPGPGSHTSLQTTPAEQLRLAERPADRPAEQLRPV
KSRAGEQKPRGKPADREDMGPADQKQPRPRERPAEQNSARLKILPAPQKLDQNLPVEGDG
PEVRLPQLQGRHRRVQQPGPRGWGNATPNPLKHLPPPTVSNWSIRVGRGRRLVNRTLELW
SAVTKQSTTRLPEVKPPLIKLDHKATVTRKRVQVLETDIILRAQPQIKSRPQPDYDNTLH
GDLPPGVVRGMDRLVEGVDRGGGGEREGEEVGVSESLWGLEGDSEEVEGLSYDSTPRPVF
DPEVNWAQTFQVTPLDLQAMRSDWIDLRCNVSGNLLLRSRDALPVVKAFMDKLNHRHHGR
FTLVRVLNVERRVDGAQGSRYFLELELRDVNGQHLRLSHYIYALIRHRLSRPRGLPPLRP
APEMLLCNPVGFHWNPTATVHFIVPVKNQARWVQQLIVDMEGLYKTTGDPNFNLIITDYN
STDMDIETTLKASTLHRYQYLKLSGNFERSAGLQAGIDLITNEHSIVFLCDLHIHFPPSI
IDSVRKHCVEGHMAFAPIVMRLDCGATPSEPRGYWEVNGFGLLGIYKSDLDAAGGMNTHD
FTDRWGGEDWELLDRILQSGLEVERIYMRNFLHHYHSKRGMWNRRTQRSGT
NT seq
3396 nt
NT seq
+upstream
nt +downstream
nt
atggtaaagtctttcttcccgctgaagaaactgagacggagtgggaaacatctgttgttc
ttagttctgctgatgctgggagctttcgctgtctaccacgagtttgttgctactaaggcg
tggaggagcaccaaaagcactttcagtcttgccagtgaggatggcctcgggagaattcct
acccaagagagattgtttggaggtgatgcgagtgaggattcagaagcctggcgttccagc
tacaccccacagccctggaggccagagtataagggacaggctaatctccatacctttgag
gactggtgtggcagctctacagctcagcttcgcatgaacctgcattaccctctttaccca
cactccagaaccacagtaaagaagctggctgtttctcccaggtggatgaactacggcctc
aggatatttggctatctccacccctataccgacggtgagtttgtgtttgcggtgagctct
gatgataactctgagttctggctgagccgggataactctccactcaacctgcagctactg
gcctggatcggcaagactggcatggagtggactgctcctggtgagtttgggaagtatgcc
agtcagacatccagaccggttaggctctcagttcaaaggaggtacttctttgagattgtc
cataaacagaacgacagaggaacagaccacatagaggtggcgtggcagctgaaccaggag
ggtctaaggtttacagtcatcagctccaaatacatatccctctacagcaatgagtctgct
ctgaggatgagtgacatcattcatgtaccccaaacggctgctagtcacacacgctcgcct
agcaaccagcccaacaaccagctgagcaaccagcctgcagctgacatgctgagagtcgac
ccacgcgacatcctgtaccagatccctgccttagacagtaggttcctacaaggcgtgtta
cctgactgctcctataaacccagctacatcatcaaaggtttccctctgctgcgataccaa
ggcctgcaatttgtccacatgtcctacatctatcccaacgactacacgcggctcacacac
atggagacagacaacacctgcttctaccacgacagtcccctatacctggacaggtatggg
ttttccaggtacatgaggctggatgagccagaggggcaggagggagagagccgaggtaga
gttgatggcatcttgaggaggagaaaggcggtcccagaggaggaattagatggcgaggct
cctccaaatgtgggaggggctagtaagaaagaccccgcccctcctgactatggagacgac
tatgatgattacgctcagagacgacgacgcaaactcttctccctgccacaggccgacagg
gcacctacacacacacacatgtctgacactctcacatacaagaagaggaggaggagagaa
acaaatacagcagctgtagtagtgcaacaagctgtagtccagaccagagcaacagaacag
gatgggttggagatcccccctggtcctgggtcacatacatcactacagactacaccagca
gaacagctgagactagcagaaagaccagcagacagaccagcagaacagctcagacctgtg
aagtccagagcaggggaacagaaaccaagagggaagccagccgacagagaagatatggga
cctgcagaccaaaaacaacccagaccaagagagagaccagcagaacagaactcagccagg
ttaaagattttacctgcaccacaaaaactagaccagaacctgccagtagagggagacgga
ccagaagttcggcttccccagctgcaagggaggcaccggcgtgttcaacagcctggtccg
aggggttggggtaacgcaacacccaatcccctgaagcacctcccacctcccactgtctct
aattggtccatcagggtcggtcgagggcggagacttgttaaccgtacactagagctgtgg
tcagcggttaccaaacagtcgaccacgcgactgcccgaggttaaaccaccgctaattaag
ttggaccacaaagcaactgtgaccaggaagagagtccaggtcctagagacagatatcatc
ctccgagcacaaccacagataaagtcacgaccgcaacctgactatgacaacacactccac
ggggatctgccccctggtgtggtcagagggatggaccgtctggttgaaggggttgacaga
gggggaggtggcgagagagagggggaggaggtgggtgtgagcgagtctttatggggtctt
gagggagactctgaagaggtggagggcttgtcttatgactccacccctcgaccagtgttt
gaccctgaggtgaactgggctcagacattccaggtgacccctttagacctccaagcgatg
cgctctgattggatagacctccgctgtaacgtgtctggtaacctgctgctccgctctaga
gacgctctgcctgtcgtcaaggccttcatggacaaactcaaccacagacaccatgggcgt
tttaccctggtgcgtgtgctgaacgttgagaggagagtggatggagctcagggcagcagg
tatttcctggagctggagctgagggatgtgaatggccaacaccttcgcctgtcacactac
atctatgctctgattcgccacagactatctcgcccccggggactcccgccgcttcgccct
gcccctgagatgttgctatgcaaccctgtcggttttcactggaacccgactgccactgtc
cacttcatagtaccagtaaagaaccaggcccgctgggtgcagcagctgatagttgacatg
gagggtctgtacaagaccactggagaccccaacttcaacctcatcatcaccgactacaac
agcactgacatggacatcgagacaacactaaaggcatccaccctgcacaggtaccaatac
ctgaagctgagtgggaactttgagcgttctgctggtctacaggccggtatcgacctcatc
actaatgagcacagtatagtgtttctgtgtgacctccacatccacttccccccctccatc
atcgactcagtcaggaaacactgtgtggagggacacatggccttcgctcctatcgtcatg
agactggactgtggggctacgcccagcgagcccagaggttactgggaggtgaatgggttt
ggtctactggggatctataagtctgacttggatgctgccggaggcatgaacacacatgac
ttcactgaccgctggggaggagaggactgggagctgctggacaggattctgcagtcaggt
ctggaggtggagcgtatctacatgaggaacttcctgcatcactaccactctaagcgtggc
atgtggaacagacgcacccaacgcagcggcacgtaa
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