Aptenodytes forsteri (emperor penguin): 103897613
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Entry
103897613 CDS
T08527
Name
(RefSeq) 2-hydroxyacylsphingosine 1-beta-galactosyltransferase
KO
K04628
ceramide galactosyltransferase [EC:
2.4.1.47
]
Organism
afor
Aptenodytes forsteri (emperor penguin)
Pathway
afor00565
Ether lipid metabolism
afor00600
Sphingolipid metabolism
afor01100
Metabolic pathways
Module
afor_M00067
Sulfoglycolipids biosynthesis, ceramide/1-alkyl-2-acylglycerol => sulfatide/seminolipid
Brite
KEGG Orthology (KO) [BR:
afor00001
]
09100 Metabolism
09103 Lipid metabolism
00565 Ether lipid metabolism
103897613
00600 Sphingolipid metabolism
103897613
09180 Brite Hierarchies
09181 Protein families: metabolism
01003 Glycosyltransferases [BR:
afor01003
]
103897613
Enzymes [BR:
afor01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.47 N-acylsphingosine galactosyltransferase
103897613
Glycosyltransferases [BR:
afor01003
]
Glycolipid biosynthesis
Glycosphingolipid
103897613
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
UDPGT
EryCIII-like_C
Glyco_tran_28_C
Motif
Other DBs
NCBI-GeneID:
103897613
NCBI-ProteinID:
XP_009275972
LinkDB
All DBs
Position
Unknown
AA seq
532 aa
AA seq
DB search
MKMMKVLLCPAALLFLMAAFTLESFHCAKVLIMPTIVFDSHLRVFMRVAEALTDRGHDPV
LLLHEGRDVETYLPGFRVQSYWGIFSTESADAWVQEKIKRVFQGKMTSLEMFSFLEKYLE
NCDLVLGNSTLLQKLQREHFDLLLVDPNEMCGFILAHILRVKYAVISTGFWFPAEIGATS
PIAYVPEFNSLMTDRMGFFGRTWNLLVYMITRVATKLVILPKFERLMEKHRVEPKISMLD
LVHGTSLFFLCNDVVLDFPRPTLPHVIFTGGILAEPAKPLPVGLRLWVEAADAGVVVVSF
GIGIRALPSNLVEKMAGAFARLPQRVVWRYFGQKPRNLGENTLMMGWLPQNDLLGHPNVK
AFVSHCGMNGVFEAIYHGVPVVGFPFYGDQFDIMTRVQAKGMGILMDWSRVKEEDLYQAV
VTVISDPSYRKAAKLISALHLDRPMHALNRTVYWLEYILRHDGAPYLRPAVYDLSLYEYF
CLDILALLLLCLASIGFVLYKSVVWCRRKGASPVYQNGNCMKGHFTEAKKLQ
NT seq
1599 nt
NT seq
+upstream
nt +downstream
nt
atgaagatgatgaaggtgctactgtgccctgctgctcttctcttcctaatggctgcattc
accctggagtcatttcactgtgccaaggtgctgatcatgcccaccatagtctttgacagc
cacttgcgagtcttcatgagagtggcagaggcactgactgaccggggccatgaccccgtg
ctgctacttcatgagggtcgggatgtggaaacctacctgcctggcttccgtgtgcagagt
tactggggtatcttcagcacagagagtgcggatgcctgggtgcaggagaagataaagcgt
gtcttccaagggaagatgacctctctggagatgttttcctttttggagaagtacctggaa
aactgtgacctggtgctgggaaactctacccttctgcagaaactccagcgtgagcacttt
gacctgctgttggtggaccccaatgagatgtgcggctttatcctggcccacatcctccgt
gtcaaatatgctgtgatctccactggtttctggttcccagcggagattggtgccacttcc
cccattgcctatgtccccgagtttaactccctgatgacagacaggatgggcttctttggt
aggacttggaacctcctagtctacatgatcactcgtgtggctacaaagctggtcatcctg
cccaagtttgaacgtctcatggagaagcatagggtggagcccaagatatccatgttggac
cttgttcatggaactagtctcttcttcctctgtaacgatgtcgtgttggactttccccgt
ccgacgctccctcatgtcattttcacagggggcatccttgccgagcctgcaaagcccctt
ccagtgggtctgcgtctctgggtggaagcagcagatgcgggtgttgttgttgtctccttt
ggcatcggcatccgagctcttccgagcaatttggtggagaagatggctggcgcgttcgct
cgcctcccacagagggtggtgtggagatactttgggcagaagccaagaaacctgggtgag
aatacgctgatgatggggtggctgccccagaacgacctgctaggccatcccaacgtgaaa
gccttcgtcagccactgcgggatgaacggtgtatttgaggcaatttatcacggtgtgcca
gtggtgggatttcctttctacggggaccagtttgacatcatgaccagagtgcaggcaaag
ggcatgggtatcctcatggactggagcagagtaaaagaagaggatctttaccaggctgtc
gtcacagttatctctgatcccagctacagaaaagcagccaagctcatctcagctctgcat
ctggacagaccaatgcatgctctcaacaggacagtgtactggctggagtacatccttcgt
cacgatggggcaccatatcttcgccctgctgtctacgacctctccttatacgagtacttc
tgcctggacatcttggctcttctcttgctgtgtctggccagtattggattcgtcctctac
aaatctgtggtgtggtgcagaaggaagggggccagccctgtgtatcagaacggcaattgc
atgaaaggccacttcacagaagcaaagaaattgcagtag
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