Ostrea edulis (European flat oyster): 125663934
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Entry
125663934 CDS
T09123
Name
(RefSeq) uncharacterized protein LOC125663934 isoform X1
KO
K12373
hexosaminidase [EC:
3.2.1.52
]
Organism
oed
Ostrea edulis (European flat oyster)
Pathway
oed00511
Other glycan degradation
oed00513
Various types of N-glycan biosynthesis
oed00520
Amino sugar and nucleotide sugar metabolism
oed00531
Glycosaminoglycan degradation
oed00600
Sphingolipid metabolism
oed00603
Glycosphingolipid biosynthesis - globo and isoglobo series
oed00604
Glycosphingolipid biosynthesis - ganglio series
oed01100
Metabolic pathways
oed04142
Lysosome
Module
oed_M00079
Keratan sulfate degradation
Brite
KEGG Orthology (KO) [BR:
oed00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00520 Amino sugar and nucleotide sugar metabolism
125663934
09103 Lipid metabolism
00600 Sphingolipid metabolism
125663934
09107 Glycan biosynthesis and metabolism
00513 Various types of N-glycan biosynthesis
125663934
00531 Glycosaminoglycan degradation
125663934
00603 Glycosphingolipid biosynthesis - globo and isoglobo series
125663934
00604 Glycosphingolipid biosynthesis - ganglio series
125663934
00511 Other glycan degradation
125663934
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
125663934
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
oed03110
]
125663934
Enzymes [BR:
oed01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.52 beta-N-acetylhexosaminidase
125663934
Chaperones and folding catalysts [BR:
oed03110
]
Intramolecular chaperones
Others
125663934
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_20
Glycohydro_20b2
Cyt_bd_oxida_II
Insulin_TMD
Motif
Other DBs
NCBI-GeneID:
125663934
NCBI-ProteinID:
XP_048752340
LinkDB
All DBs
Position
1:29557470..29615810
Genome browser
AA seq
999 aa
AA seq
DB search
MKVFLPLLSIAFLLKVTCDPIPQNQGNALPDTRSKSSLGNSLGKIHDSEVNRVKNDQKVK
EGISGVTRSPRRRKHRKHRNSGAASAGVTRDSIPNAGKHAAKPAEIKDPVFNVQDIVKKA
KEDSLRESTKDRDLPQVRMVQNVGQKNIGGIPVQVLTAEPKVKNGQQNDVQNQNIGVANL
VNSGNQAANQNNRLQNHDAQVVERVTETQNVDRNQVPRNQNSFDQVANKLNNVEQEISNR
NVDSNQPNQHVETYNNNNNINNDNANNNFNNANNNMNSFNNNNGFVQPAVNMGNQQGASS
AKDSLKIVWDWSDFLINYEQYVMPEQKNRRAPQATTGEPWPMPQYYVAKANKVYKIDKDK
FRFNIVKESCDIIEKAVERYRDMIIEDTITDMYNNLQHARGTSIRDVNLKYDDDIYIKAS
PISVVNVKIRRPCTKFPNDQMDESYDVFVKKTGSYIWANEVWGALRGLETFSQLVFRGTD
GVLYIKDTVINDYPRFSHRGLLVDSSRHFIFKEVIYDILEGLAENKMNVMHWHIVDDQSF
PYQSKVFPELSEKGAYHPSFMYSPEDIADIIEYARMRGIRVMPEFDTPGHTYSWGLSHPE
HLTQCYQGAHPVSGYLGPLDPSKNSTYRFLKTFFNEVLHTFPEQYIHLGGDEVPMTCWSS
NPDVLKLLNQLNGKPDEPINLQNVDPYMYSYDIRKVLEYYEQRLTQDLKDIGRNRKNGVR
MVMWQEIMNNNIQLPNDTIIQIWQGDMGDVQRAIDMGYHTLYSTCWYLDLIEYGTKWPKY
YTCDPADSSMGYQIDEKKVLGGEAALWAEYIDNENLMTTLWPRASAAAERLWSSKDLRDV
EAAGRRLQEHRCRMLSRGLAVGQISGPDYCLRRGHRRDGDRAHNCTGDRCNLVQIEKFNF
HVQQRGRSMAECNQMLVQGGSVVSALLLILVLGAIFFSLKMSGSRIVQMKVCRNRSIFLS
FILLIVIYFMCYTSLWMQVQEFKGSFEKRIKSYSDHSYS
NT seq
3000 nt
NT seq
+upstream
nt +downstream
nt
atgaaagtgttcctcccacttttaagcattgcattcctactaaaagtcacatgtgacccc
atcccccagaaccaaggtaatgcactaccagacacacgttccaagagttccctagggaac
agcctggggaaaatccatgactctgaggtcaacagggtaaaaaatgaccagaaagtgaag
gaagggatctcgggtgtgacaagatccccaagacgcagaaaacatagaaagcaccgaaac
tccggagcagcaagtgctggagtaacaagagacagcattccgaatgctggtaaacatgct
gctaaaccagcagaaattaaagaccctgtgttcaacgttcaggacattgtgaaaaaagcc
aaagaggacagcttgagagaaagtacaaaggatcgggatttaccgcaagtgagaatggtt
cagaatgtcggccagaaaaatattggggggatccctgttcaagtgttgacagcagagccc
aaagtgaaaaatgggcagcaaaatgatgttcaaaatcaaaacattggtgtagctaattta
gtaaatagtggaaatcaggcagccaatcaaaacaatagactgcaaaatcatgacgctcaa
gttgtggaaagagttactgaaactcaaaacgttgataggaaccaagttccaaggaatcag
aattcttttgatcaagtagcaaataaactaaataacgtagagcaggagataagtaataga
aatgttgattcaaatcagccaaatcaacatgtagagacctataataacaataataacatt
aataatgataatgctaataacaactttaacaatgccaacaataatatgaatagttttaat
aacaataatggatttgttcagccagcggttaatatgggaaatcagcagggagcttcgagt
gccaaagacagtctcaaaattgtgtgggattggagtgatttccttatcaactatgaacag
tacgtcatgccagaacagaaaaatcgcagggcgccacaagctaccacaggagaaccctgg
ccaatgccgcagtattatgttgcaaaagcgaacaaggtgtacaaaatcgacaaggataaa
ttccgattcaatatcgtaaaagaatcatgtgatatcatagagaaggccgtggaacgttac
cgcgacatgatcatagaggacacgatcacagacatgtataacaacctacagcatgcaagg
gggaccagcatccgtgatgtcaacctcaagtatgatgacgatatctacatcaaggcctca
cccatctctgttgtgaatgtcaaaatccgacgaccatgtaccaaatttccaaacgatcaa
atggatgagtcatatgatgtttttgtgaagaaaacaggctcctacatttgggccaatgaa
gtatggggtgcccttaggggactggaaactttcagtcaattggtgttcagagggacagat
ggtgtactttacattaaggacacggtaataaatgattacccacgattctctcaccgtggc
cttttggtggactcgtctcggcacttcatcttcaaagaggtcatctatgatatactggaa
ggattagctgaaaacaaaatgaatgtcatgcattggcacattgtggatgaccaatcattt
ccttaccagagtaaagtgtttcctgagcttagtgaaaagggtgcctatcaccccagcttt
atgtactccccggaggacatcgctgatattattgagtatgccagaatgagagggattcga
gtgatgccagaatttgataccccaggacacacctactcctggggtctcagtcacccagag
cacctgacccagtgctatcagggagcccacccagtcagtggttaccttggccctctggat
cccagcaaaaacagcacctaccgcttcctcaagacattctttaatgaagtactgcacacc
tttcctgagcagtacattcacctcggaggtgacgaggttcctatgacatgctggtcctcc
aatccagatgtgttgaagctgctgaatcagctgaatggtaagccagacgagccaataaat
ctacagaatgtagacccctacatgtacagctatgatatccgtaaagtcctggagtattat
gaacaaaggttgacgcaagacttgaaagacattggtagaaaccggaagaatggagtacgg
atggtgatgtggcaggagattatgaataataacatacagcttcctaatgacacaatcatc
cagatttggcagggcgatatgggtgatgtacagagggcaatagacatgggatatcacacc
ctgtactccacatgctggtatctggacctcattgaatatggcacaaaatggccgaagtat
tacacctgtgatcctgcagacagttcaatgggctaccaaattgatgagaagaaagttttg
ggtggtgaggctgcgttatgggcagagtacattgataatgagaatctgatgactacactg
tggccacgtgcttcagctgcagcagagagattatggagcagtaaagacctgcgtgacgtg
gaggcagcaggtcgacggctacaggaacatcgctgtcgcatgctcagtcgtggattggct
gttggacagatcagtggaccagattactgtctgagacggggccatcgcagagatggggat
cgggctcacaactgcaccggtgatcgctgtaacctggtacagatcgaaaagtttaatttt
catgttcagcagcgcggccgcagtatggccgaatgcaaccaaatgctggtccagggaggc
agcgttgtatccgctttacttctgattctagtgctgggggccatctttttcagcctcaag
atgagtggatctcgaattgtccagatgaaagtctgtcgaaatcgcagcatctttctctcc
ttcatcctgctgatcgtcatctacttcatgtgttacacctccctctggatgcaggttcag
gagttcaaaggctcatttgaaaagagaatcaagtcatattcagatcacagttacagttga
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