Ostrea edulis (European flat oyster): 125667404
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Entry
125667404 CDS
T09123
Name
(RefSeq) alpha-mannosidase 2x-like isoform X1
KO
K01231
alpha-mannosidase II [EC:
3.2.1.114
]
Organism
oed
Ostrea edulis (European flat oyster)
Pathway
oed00510
N-Glycan biosynthesis
oed00513
Various types of N-glycan biosynthesis
oed01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
oed00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
125667404
00513 Various types of N-glycan biosynthesis
125667404
Enzymes [BR:
oed01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.114 mannosyl-oligosaccharide 1,3-1,6-alpha-mannosidase
125667404
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Ortholog
Paralog
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Motif
Other DBs
NCBI-GeneID:
125667404
NCBI-ProteinID:
XP_056002700
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All DBs
Position
8:complement(75800077..75878562)
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AA seq
1159 aa
AA seq
DB search
MKKYVVVWGATFFVVVCVSLYLMMETVSTNMGKSQDLDARLIEGKIARIRSDILKNQHTI
QEIKDYVRTMSHGDEAVLEKLQKVLDQKDNIDDLGDVLKGSEVKDSEGDLKDKGIENKVV
EFRPVEEVKLSGDTCSLADGPNPRADIQMLKVYEELKFDNPDGGAWKQGWRVTYPEGKWN
SDNMLYVFVLPHSHTDPGWVKKFTDYYTQQTKPILDNVLNVLSADSRRRFIYAELSFFSL
WWESLNAARKETVKRLMKNGQLEVATGGWVMNDEANAHYAAMVDQLIEGNQYLHGTTGFT
PRSGWAIDPFGHSPTMAYLLKRSGVTGMLIQRVHYTIKKHFARNKNLEFMWRQLWDKDGT
TDILCHTMPFYSYDVPHTCGPDPKICCQFDFARMSPSPYSCPWRVPPQAITDSNVADRAA
MLIDQYKKKASLYRSNALFIPLGDDFRYDKADECDKQFNNYQKIFDYLDKNPQLGVKAQF
GTLSEYFNKLHELTGSTPDSKPEDYPVLTGDFFTYADKDDHFWSGYYTTRPFQKQMDRHI
ETSLRSAEIALTLAAVYQKKHRLTGFPEDQMMQLLVEARRNLGLFQHHDGITGTAKDFVV
VDYGERLLKAENNCRTVTAEAVSFISMATKSDYKQNRFFDIDETRPTHVSLIKRNVLQVS
SEPSAVLLYNSLTHPRQQVVNLHVSDPNVEVTDAHGKVVTSQTDPYWTEPSIMSQERFKL
SFVAEVSALGIARYQITKKRKNVHHSLGKVTYYNSEGPSEKSAFTVERKNSMEFTLASSH
LEASFSGSTGLLKTVKMKSSGQVHKSEVSFQTYGARSGKERSGAYLFLPDGPAKSLRVSH
PVIRVVSGPVVSEVSVFINHVQHVVRLQNSPGTDGRTVDMYNLVDVRKETNYELAVKIST
DIHNIDKEFFTDLNGFQMIKHKTFDKLPTQANVYPMPAMAFIEDDKTRFSVLTAQSLGVA
SLQTGEIQVMLDRTLNQDDMRGLGQGVRDNTLTPNRFKLMFESRSAPPIKDRTSGFPSLQ
AHMTYLHLVHNIQILPQKSSVSVPPLISQHSFLSGSLPCDVHLLNLRSLQQSYDGPITRS
DDSALLLHRLGLDCGISSHGLPCTDTQGKVRLRDLFSDTLGVKEMRRTSLTLLHDKGPTS
LDSDLTLNPMEIYSFKVKW
NT seq
3480 nt
NT seq
+upstream
nt +downstream
nt
atgaagaagtacgtggttgtgtggggagctacgttttttgtcgttgtatgtgtgtcattg
tatttgatgatggaaaccgtgtccactaacatggggaaatcccaggatctagacgctagg
ctgattgaaggcaagattgctaggattcggtcagatatactaaagaatcaacacactatt
caagagatcaaagactacgtccgaacgatgagtcacggggacgaagccgtgctagaaaaa
ctacagaaagtgctggatcagaaagacaacatagacgaccttggtgatgttctgaagggc
agtgaggtcaaggacagcgagggtgatctgaaggacaagggcattgagaacaaagtcgtg
gagtttagacctgtagaagaggttaaactgagcggcgacacgtgtagtctggcggacggt
ccgaacccccgggccgacatacagatgttgaaggtttacgaggaactgaagttcgacaat
ccggatgggggagcatggaaacagggctggcgggtcacataccctgagggcaagtggaac
tcggacaacatgttgtacgtgtttgtgctgcctcacagtcacactgatccaggttgggtg
aagaagtttacggattactacacccagcagaccaagcctatcctcgacaacgtcctgaac
gttctgtcggctgattcacgacggcggttcatctacgcagaactctcttttttttcactc
tggtgggagtcgctgaatgcagcacgaaaggaaacagtaaaacggttgatgaagaacggc
cagttggaggtcgcgacaggaggctgggtaatgaatgacgaagctaatgctcattatgcc
gccatggtggaccagttaatcgaggggaaccagtatctccatgggacgacaggttttact
ccccggtctggctgggctattgatccttttggacattctcccaccatggcgtacctactg
aagaggtcaggggtcacggggatgttgatacagagagtgcactataccatcaagaaacac
tttgccagaaacaagaacctggaattcatgtggagacagctctgggacaaggacggcacc
acggacattctgtgtcacacgatgccgttctattcctatgatgttccgcacacttgtgga
ccggatcctaagatctgttgtcagtttgacttcgcacggatgtcaccgagcccgtacagc
tgtccttggagagtccctcctcaagccatcactgacagcaacgtggcagacagggctgcc
atgcttattgaccagtacaagaagaaggcatccttgtatcgtagtaatgctctctttatc
cctctgggtgatgatttccgctacgacaaggcagacgagtgtgacaaacagtttaacaat
taccagaaaatcttcgattacctcgacaagaacccacaacttggagtcaaggcccagttt
ggcacactgtcggaatacttcaataagcttcacgagttgacgggatcgactccggacagc
aaaccagaggactatccagtactgaccggtgatttcttcacctacgccgataaagatgac
catttctggtccggctactacaccacacgtccattccagaaacaaatggacaggcacata
gaaactagcttaaggtcagcagagatagctctgacacttgctgccgtgtaccagaagaag
caccgtctgactggtttccccgaggatcagatgatgcagctgttggtggaggccaggagg
aatctgggtctgtttcagcaccacgatggaattacaggcacggcaaaggactttgtggtg
gtggactatggagagagacttctgaaggcggagaacaactgcagaacagttactgctgaa
gctgtatccttcatctctatggcaaccaaaagtgattacaaacaaaaccgattctttgac
atagatgaaacccgaccaactcatgtctcgcttataaaaaggaatgtgttgcaagtctcc
tcagaaccaagtgctgtgttgctgtacaattcacttacacatcctagacagcaggtggtt
aaccttcatgtcagtgaccctaatgtagaggtcacagatgctcacggcaaggtcgtgacc
tctcagactgacccatattggacggagcccagcattatgtctcaagagaggtttaagttg
tccttcgttgctgaggtgtcagctcttggaattgctcgatatcagatcacaaagaaaagg
aaaaatgtccatcacagtctgggtaaggtcacctactacaacagtgagggaccatctgaa
aaatctgcatttacagtggagaggaagaattcgatggagtttactctagcgagctcacac
ttggaggccagcttttctgggagcacagggttactgaagacagtgaagatgaagtcctct
ggacaggtgcacaagtcggaggtcagcttccagacatacggagcacggtcagggaaggag
aggagtggagcctacctgtttctaccagacggaccggccaaaagcttgcgagtcagtcac
ccagtaatccgagtcgtgtctggaccagtcgtgtctgaagtgtccgtcttcatcaaccat
gtacaacatgtggtcagactccagaactctccaggcacagatgggaggacggtagacatg
tataacctggttgacgtcagaaaggagacgaactatgaactagctgtcaaaatctctact
gacatccataacattgacaaagaattcttcacggatctcaatggattccagatgatcaaa
cataaaacatttgacaagctgcccactcaggccaatgtgtacccaatgccggccatggca
ttcatcgaggatgacaaaactcgcttcagtgtcctcactgcacagtcgctgggggtagcc
agcttacagacaggtgagatccaggttatgctggacaggacgctgaatcaggacgacatg
agaggtctaggtcagggtgtccgagacaacacgctgaccccaaacagattcaagcttatg
tttgagtcccgaagtgctcccccgatcaaggacagaacaagtggttttccttcactccaa
gctcacatgacctatctgcacctagtccataacattcagattctaccccagaaaagctca
gtcagtgtgccgccattgatttcccagcattccttcctgtcgggatctttaccgtgtgat
gtgcacctactcaatcttcggtccttacagcagagttatgatggaccaatcacacgtagc
gatgactcagcactcctactacacagactaggactggattgcgggatttcaagtcatgga
ttaccttgtactgatacacaggggaaggtcagattacgggatctcttcagtgacacgcta
ggggtgaaggagatgcggcggacgtccttgacattactacacgacaaaggccccacatcg
ctagatagtgaccttaccttgaatcccatggaaatatacagtttcaaggtcaaatggtga
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