Mercurialis annua (annual mercury): 126664504
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Entry
126664504 CDS
T10153
Name
(RefSeq) neutral ceramidase 2
KO
K12349
neutral ceramidase [EC:
3.5.1.23
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00600
Sphingolipid metabolism
mean01100
Metabolic pathways
Module
mean_M00099
Sphingosine biosynthesis
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09103 Lipid metabolism
00600 Sphingolipid metabolism
126664504
Enzymes [BR:
mean01000
]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.1 In linear amides
3.5.1.23 ceramidase
126664504
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GFIT
Motif
Pfam:
Ceramidase_alk
Ceramidse_alk_C
Motif
Other DBs
NCBI-GeneID:
126664504
NCBI-ProteinID:
XP_050212866
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Position
LG1-X:complement(9133655..9139472)
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AA seq
779 aa
AA seq
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MDMTTSSHGKIWPPPRVWFLSLMLLLLQKGGVTFSASNYLVGFGSYDITGPAADVNMMGY
ANLEQVASGVHFRLRARTFIVAEPQGNRVAYVNLDACMASQIVTIKVLERLKARYGDLYT
EQNVAISGTHTHAGPGGYLQYVVYIVTSLGFVPQSFDAVVDGIEKSIIQAHENLRPGSIF
VNKGELLDAGVNRSPSAYLNNPAAERSKYKYDVDKDMTLIKFVDDEWGPVGSFNWFATHG
TSMSRTNSLISGDNKGAAARFMEDWFKKDGLFDYYANLNANKSGSQRITRRVSGIVPNIN
ENRMELMEIAASFKSSQGRPATRLLSVAKRVRNSMRQVDRPQFVSAFCQSNCGDVSPNVL
GAFCTDTGLPCDFNHSTCNGKNELCYGRGPGHPDEFESTRIIGERQFRKAVELFNKATEQ
LKGKIQYRHAYLDFSNLDVSLGSEVVKTCPASVGFGFAAGTTDGPGAFDFKQGDDMGNPF
WKLVRNVLKTPGQEQISCQHPKPILLDTGEMKEPYDWAPSILPIQILRIGQLVILNVPAE
FTTMAGRRLRDAVKVVLTSARSKEFNSNVHIVISGLTNTYSQYVSTFEEYKVQRYEGAST
LYGPHTLAAYIQEFKKLAAALVTGQPVEPGPQPPDLLDKQISLLPPVILDATPFNANFGD
VINDIPFNSTFKKGDAVSVRFQSACPRNDLMTEGTFALVEILQNQKTWVPAYDDDDFCLR
FKWSRPARLSPQSYATIEWRIPQTAVSGVYRIRHFGAAKALFGSISHFTGSSSAFVVLI
NT seq
2340 nt
NT seq
+upstream
nt +downstream
nt
atggatatgactacgagctctcatggcaagatatggccaccgccgcgtgtttggttcttg
agtcttatgttactgttactacagaagggtggagtaactttttcagcttctaattatttg
gttggatttggaagctatgacataactgggcctgctgcggatgtcaatatgatggggtat
gctaatcttgaacaggttgcatccggtgttcacttcaggttgcgagctcggacttttatt
gttgctgaacctcaaggaaacagggtggcatatgttaatcttgatgcttgtatggcgtca
cagattgttaccattaaagtgctcgagagattgaaggcaagatatggggatctttatacg
gagcagaatgttgcaataagtggtactcacactcatgctgggcctggaggctatctccaa
tatgttgtatatattgtaacatcacttggatttgtccctcagtcatttgatgctgttgtc
gatggtattgagaaaagcattattcaagctcatgaaaatcttcgtccagggtcgattttt
gtaaataaaggagagctactagatgctggtgtaaaccgcagccctagtgcttatctcaac
aatcctgcagctgagagaagtaaatataagtatgatgttgataaagatatgacccttata
aagtttgtagatgatgaatgggggccagttggcagctttaattggtttgcaactcatgga
acgtctatgagtcggacaaactcattgataagtggtgacaacaaaggagctgccgcacga
tttatggaagactggtttaaaaaagatggcctttttgattattatgccaacctaaatgct
aataaatctggatctcagagaatcactcgaagagtctcgggcattgtccctaatatcaat
gagaatcgtatggagctgatggaaattgctgcctcctttaagtcttctcagggccgccct
gcaacgaggcttcttagtgttgcaaaacgtgtgaggaattctatgcggcaagtagataga
ccacaatttgtgtcagcattctgtcaaagcaattgtggtgatgtaagcccgaatgttcta
ggcgcattctgcacagacactggattaccttgtgatttcaatcatagtacctgcaatgga
aagaatgaactatgctatggccggggtccaggtcacccagatgaatttgagagtacaaga
atcatcggagaaaggcaattcagaaaagctgttgaattgtttaacaaggcaactgagcag
ctgaaaggaaagatacagtatagacatgcttatttggacttctcaaaccttgatgtctca
ctgggtagtgaggttgtaaaaacatgtcctgcttctgtgggatttggttttgccgcagga
accactgacggtcctggagcttttgatttcaagcaaggggatgacatgggaaatcctttc
tggaagttggtgaggaatgttctcaaaacaccaggccaggaacaaattagttgtcagcac
ccaaagcccattcttctcgacactggcgaaatgaaggaaccatatgactgggcaccctca
attcttccgattcaaatcttgcggatagggcaacttgtcattctcaacgttccggctgag
tttactaccatggctggcaggcgccttcgagatgcggtcaaagtggttctcacttctgca
agaagtaaagaatttaacagcaatgttcatattgtcatttctggactgacaaatacttac
tcacagtatgtctccacatttgaggagtacaaggtccagagatatgagggagcttccacc
ctttatggtccacacacactggccgcctacattcaggagttcaagaaactagctgcagca
ctcgtaaccggccaacctgttgaaccaggtccacagcctccagatctccttgacaagcaa
atcagtttactacccccagttattcttgatgcaacccctttcaatgcaaattttggagat
gttataaatgacattccatttaactcaaccttcaaaaaaggcgacgcggtttctgtcagg
tttcagtcagcttgtccgaggaatgacctcatgacagagggtacatttgctctggttgag
attctccagaaccagaagacatgggtaccagcatatgatgacgacgacttctgcctgcga
tttaagtggtcaagacctgcacgacttagcccgcagagttacgcgactatagaatggcga
atcccgcaaacagcggtttctggtgtgtacaggataagacattttggtgctgcaaaggca
ctttttggttcgattagccatttcacaggatcttcaagtgcctttgtagtactgatatag
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