KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102450592
Entry
102450592         CDS       T02980                                 
Symbol
B4GALNT3
Name
(RefSeq) beta-1,4-N-acetylgalactosaminyltransferase 3
  KO
K09656  beta-1,4-N-acetylgalactosaminyltransferase 3 [EC:2.4.1.244]
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Pathway
pss00513  Various types of N-glycan biosynthesis
pss01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pss00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00513 Various types of N-glycan biosynthesis
    102450592 (B4GALNT3)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:pss01003]
    102450592 (B4GALNT3)
Enzymes [BR:pss01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.244  N-acetyl-beta-glucosaminyl-glycoprotein 4-beta-N-acetylgalactosaminyltransferase
     102450592 (B4GALNT3)
Glycosyltransferases [BR:pss01003]
 Glycan extension
  Wide specificity
   102450592 (B4GALNT3)
SSDB
Motif
Pfam: CHGN Glyco_transf_7C PA14
Other DBs
NCBI-GeneID: 102450592
NCBI-ProteinID: XP_025046724
Position
Unknown
AA seq 1385 aa
MDRNIQGYGSWRELAKALANRNIPAVDPNLQFYYPQKPIQQNQEQQRGVRNRSVYPAGEI
SVPWIPEYQGQVNLHVFEDWCGSSIEQLRRNLHFPLYPHIRTTLKKLAVSPKWTNYGLRL
FGYLHPFTNGDFEFAIAADDNAEFWLSPNEKTSGLQLLASVGKTGKEWTAPGEFGKFRSQ
QSRPVRLSAAGKYYFEVLHKQDDKGTDHVEVAWRLSDPETKFTVIDSQFLSLFANETLLK
MDEVGHIPQTLASHTSPPTANLGNMEHPADMLKSDPRDTIYKVPLISKSRLRRTLPDCPY
KPSYLVNGFPLQRYQGLQFVHLSFVYPNDYSRLSHMETDNKCFYQESPYYLERFGFYKYM
NIDQPERRNLEFGEKTEQTGSEEGNPDEFKYMDQDAKSTSPPRNPSKWGAEPVGVEAIPN
TIAGYGDVYSDYSLPGRRKLLLLVDGNTGERLQKRGAKRPRFKPAHRTSANQSSHHTGLE
RKLPRRRPYLKIKVKDSSRNPPRHVRDIHGKLLPKRRVGGQDPPSITRPQEPWEHTPNNS
RDSAARIPREVAPLEKYRNATSPKDQPAGNIQARRQNPVSGRTSSRAVSAASLGKQTLYE
AQWLNQVESYIAEQKAADGIDVDLAREQVEFQPEPAEPAGEEKEEEVEGEAEGEGEEEER
FEYMPAFDQVVNWEQTFSASSLDFHALRTDWIDLKCNTSGNLLLKEREALEVTRIFMKKL
NQRSKGDVTVIYVAGSEEGNPDEFKYMDQDAKSTSPPRNPSKWGAEPVGVEAIPNTIAGY
GDVYSDYSLPGRRKLLLLVDGNTGERLQKRGAKRPRFKPAHRTSANQSSHHTGLERKLPR
RRPYLKIKVKDSSRNPPRHVRDIHGKLLPKRRVGGQDPPSITRPQEPWEHTPNNSRDSAA
RIPREVAPLEKYRNATSPKDQPAGNIQARRQNPVSGRTSSRAVSAASLGKQTLYEAQWLN
QVESYIAEQKAADGIDVDLAREQVEFQPEPAEPAGEEKEEEVEGEAEGEGEEEERFEYMP
AFDQVVNWEQTFSASSLDFHALRTDWIDLKCNTSGNLLLKEREALEVTRIFMKKLNQRSK
GRFLLQRIVNVEKRQDRLRGSRYLLELELLERGGQLVRFSEYVFARGWPGISSNKQEEMN
MRNLAWGRRRQLMGVANEPDLCWPLGFSWNHRAVVHFIVPVKNQARWVLQFISDMEELSR
VTKDPYFNVIIADYSSDDMDVEKALKRSSLRSYQYLKLTGNFERSAGLQAGINLVKDPHS
IIFLCDLHIHFPAGVIDSIRKHCVEGKMAFAPMVMRLQCGASPQWPEGYWEVNGFGLLGI
YKSDLDQIGGMNTKEFRDRWGGEDWELVDRILQAGLEVERLSLRNFFHRFHSKRGMWNRR
QLRTL
NT seq 4158 nt   +upstreamnt  +downstreamnt
atggatagaaacatacaaggatatgggagctggagggaactggctaaagccctggcaaac
aggaacatccccgctgtggacccaaaccttcagttttactatcctcagaagccaatacag
cagaaccaagaacagcaaagaggtgtgaggaataggtctgtttatccagccggggaaatc
tccgtcccttggatcccagagtaccagggtcaagtcaatctccatgtgtttgaagactgg
tgcggcagctccattgagcagctcagaaggaacctccacttcccactgtaccctcacata
cgaaccacattgaagaaactggcagtatcaccaaaatggacaaactatgggctccgtctg
ttcggctatctgcaccctttcactaatggggacttcgagtttgctattgctgcagatgac
aatgctgagttctggttgagtccaaatgaaaagacctctggtctccagctgctggccagt
gtaggcaagactggcaaggagtggacagcaccaggggaatttgggaaattccgaagccag
caatcaaggcctgtgagattatcagcagcaggcaagtactactttgaggtactgcacaaa
caggatgacaaaggaacagaccatgtggaagtggcatggaggctgagtgacccagaaact
aaattcacagtcatagactcccagttcctctcccttttcgctaatgagactctcttaaag
atggatgaggttggtcatatcccacagacactggccagccatacaagcccacccacagcc
aacctgggcaacatggaacacccagctgacatgctgaagtctgatcctcgggacactatt
tataaagtgcctttgattagtaagtcacgcctgcgcaggaccctacccgactgcccttac
aagcccagttatctagtgaatggattcccactgcagcgctatcagggactccagttcgtt
catttgtcctttgtttatccaaatgattacagccgcttgagccacatggagacagacaac
aaatgcttctaccaggagagcccatattacctggagaggtttggattctataagtatatg
aacattgaccagccagagagaagaaatctggagtttggggagaaaacggagcagacaggc
tctgaggaagggaatcctgatgaatttaagtacatggaccaggatgcaaagagcaccagt
cccccaaggaatcccagcaagtggggagcagagccagtgggagttgaggcaatccccaat
acaatagcaggctacggagacgtttacagtgactattccctcccggggcgtcggaagctc
ctcttgcttgtagatggtaatacgggagagagactgcaaaagagaggagcaaaaaggccc
cgctttaagccagctcacaggacttcagccaaccaaagcagccatcatactggtctagaa
agaaagctaccaagaaggaggccctatctaaaaatcaaggtcaaggacagttccagaaac
cctcctcgtcatgttagggacatccatggaaagttactgcccaaaaggagagtgggaggc
caggaccctccttctatcacaagacctcaagagccctgggaacatacacccaacaattcc
agggattctgctgccaggattccaagggaagtggcgcctcttgagaaataccgtaatgca
accagccccaaggaccagccagcaggcaatatacaagcaaggagacaaaatccagtttct
ggcagaacaagtagtagagctgtaagtgctgccagccttggcaagcagaccctttacgaa
gcccagtggctaaaccaggtggagtcgtacattgcggaacagaaggcagctgatggcatt
gatgtggatttggcaagagagcaggtggagtttcagccagagcctgctgagccagcagga
gaagagaaggaggaagaagtggaaggggaagcagagggggagggggaggaggaggagaga
tttgagtacatgccagcatttgatcaggtagtaaactgggagcagactttcagcgcaagc
agcttggacttccacgcgctgcggacagactggattgacctgaaatgcaacacatcaggg
aacctgctgctgaaagagagggaggccctggaggtcacacgcatcttcatgaagaaactc
aaccagagaagcaaaggagatgtcactgttatctatgttgcaggctctgaggaagggaat
cctgatgaatttaagtacatggaccaggatgcaaagagcaccagtcccccaaggaatccc
agcaagtggggagcagagccagtgggagttgaggcaatccccaatacaatagcaggctac
ggagacgtttacagtgactattccctcccggggcgtcggaagctcctcttgcttgtagat
ggtaatacgggagagagactgcaaaagagaggagcaaaaaggccccgctttaagccagct
cacaggacttcagccaaccaaagcagccatcatactggtctagaaagaaagctaccaaga
aggaggccctatctaaaaatcaaggtcaaggacagttccagaaaccctcctcgtcatgtt
agggacatccatggaaagttactgcccaaaaggagagtgggaggccaggaccctccttct
atcacaagacctcaagagccctgggaacatacacccaacaattccagggattctgctgcc
aggattccaagggaagtggcgcctcttgagaaataccgtaatgcaaccagccccaaggac
cagccagcaggcaatatacaagcaaggagacaaaatccagtttctggcagaacaagtagt
agagctgtaagtgctgccagccttggcaagcagaccctttacgaagcccagtggctaaac
caggtggagtcgtacattgcggaacagaaggcagctgatggcattgatgtggatttggca
agagagcaggtggagtttcagccagagcctgctgagccagcaggagaagagaaggaggaa
gaagtggaaggggaagcagagggggagggggaggaggaggagagatttgagtacatgcca
gcatttgatcaggtagtaaactgggagcagactttcagcgcaagcagcttggacttccac
gcgctgcggacagactggattgacctgaaatgcaacacatcagggaacctgctgctgaaa
gagagggaggccctggaggtcacacgcatcttcatgaagaaactcaaccagagaagcaaa
gggagattcctcctgcagcgcattgtgaatgtggagaagcgccaggaccgcctgcgcggc
agccgctacctgctggagctggagctgctggaaaggggagggcagctcgtgcgcttttca
gagtatgtctttgcgcggggctggccaggcatcagcagcaacaagcaggaggagatgaac
atgaggaacctggcatggggccgccgacgtcaactgatgggagtcgcgaatgagccggac
ctgtgctggcctctgggcttctcctggaaccatcgtgctgttgtccacttcatagtacca
gtgaaaaaccaggcacgctgggtattgcagttcatttctgacatggaggaactgtccaga
gttaccaaggacccatatttcaatgtcatcatcgcagactacagcagtgatgacatggat
gtagagaaggctctgaaaaggtccagcttacgcagttatcagtacttgaagctgacaggg
aattttgagcgttctgcagggctgcaggctgggataaacctagtgaaggatccacatagt
atcatcttcctgtgtgatctccacatccacttcccggctggggtcatcgactcgattcgg
aagcactgcgtggagggcaagatggcgtttgcacccatggttatgaggttgcagtgcggt
gcatctccgcagtggcctgaaggctattgggaggtgaatggatttggtctcctaggcata
tacaagtctgatctggatcagattggaggaatgaacaccaaagagttccgggatcgctgg
ggaggagaggactgggaactcgtggacaggatcctgcaggctggcctggaagtagaacgg
ctctccctgaggaacttttttcaccgatttcactccaagcgtggcatgtggaaccgacga
cagctgaggacactgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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