Magallana angulata (Portugese oyster): 128171314
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Entry
128171314 CDS
T09348
Name
(RefSeq) alpha-mannosidase 2x-like
KO
K01231
alpha-mannosidase II [EC:
3.2.1.114
]
Organism
canu
Magallana angulata (Portugese oyster)
Pathway
canu00510
N-Glycan biosynthesis
canu00513
Various types of N-glycan biosynthesis
canu01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
canu00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
128171314
00513 Various types of N-glycan biosynthesis
128171314
Enzymes [BR:
canu01000
]
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
128171314
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Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Glyco_hydro38C2
DivIC
Macoilin
Motif
Other DBs
NCBI-GeneID:
128171314
NCBI-ProteinID:
XP_052693039
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All DBs
Position
2:80069973..80112975
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AA seq
1147 aa
AA seq
DB search
MKKYMVVWGATFFVVVCVSLYLMMESVSTNMGKSQELDARLVEDKIARIQSDIVKNQQTI
KEIKSYVRSMSHGDSAVLEKLQRVLDQQEASQGAELQGVVKGNQVKPQVYQSGGEVKLSG
DTCSLAEGPNPESDIQMMKVYEELKFENPDGGAWKQGWRVTYPEGKWNSDNLLHVFVLPH
SHTDPGWVKKYMDYYTQQTKPILDNVLNFLSADPRRRFIYAELSFFSLWWESLSESRKEQ
ARKVLRNGQLEIATGGWVMNDEANTHYAAMVDQLIEGNQYIHAVSGFTPRSGWAIDPFGH
TPTMAYLLNRSGVKGMLVQRVHYAIKKHLARSQNLEFMWRQLWDKDGSSDTLCHVMPFYS
YDVPHTCGPDPKICCQFDFARMSPGRYNCPWRVPPQAITEGNVADRAAMLIDQYKKKASL
YRSNALFIPLGDDFRYDQAEECERQFNNYQKIFDYLDKNPQLGVKAQFGTLSEYFDKIHE
LSGSEPGSRPREYPVLTGDFFTYADKDDHYWSGYFTSRPFQKQMDRNIETNLRSAEIAFS
LAAVYQRKHRLSGFPEDQLMRLLVEARRNLGLFQHHDGITGTAKDFVVVDYGERLLKAEN
NCKTIITEAVSFLSMATKSDYKQNIFFDIDEIRKNHDSLITKNVIQVSDKPSSVLLFNSL
THPRQEVVTLHVSDPNIEVKDAKGKVITSQTDPFWKDSNEMSQDRFKLSFVTELPALGIV
RYQISQRKDSSSNSLATVTYYHGDGPSSQSKFSVEKKESSEFSIDNSFLEAKFSGSTGLL
QSVTVKSTGEKHRSEVSFHTYGARGGKERSGAYLFLPDGKAKPLSVGHPVIRVVRGPLVS
EVSVFINHVQHVVRLYNSPGVDGKTVDMFNLVDIQNEVNLELAVKISTDVQNSEREFFTD
LNGFQMIKHKVFDKLPIQANVYPLPAMAFIEDDKTRFSVLTAQSLGVASLKTGEIQVMLD
RTLNQDDMRGLGQGVRDNKVTPNRFRLLFERRSTPPIKAKLSGFPSMFAHVAYLHLVHKI
QKIPQKSSIEVPPLLSENSFLSVPLPCDVHLLNLRSLQKSYDGDIKRGDDSALLLHRLGV
DCGIPSSGLQCKDTQGKVKLRDLFNDALGVKEIQRTSLTLLHDKGPTSLDSDLTLSPMEI
YSFKVKW
NT seq
3444 nt
NT seq
+upstream
nt +downstream
nt
atgaagaaatacatggtcgtttggggcgccacgtttttcgtggtagtttgtgtctcgctc
tatctgatgatggaatccgtgtccacaaacatggggaaatctcaggagctggacgctcga
ttggtcgaggacaaaattgcgaggatccagtcagacatcgtgaagaaccagcagaccata
aaagaaatcaagagctatgttcggtcaatgagtcacggagactcggccgttctcgagaaa
ctccagcgagttctcgaccaacaggaggccagtcagggggcggagctacagggcgttgtc
aagggcaaccaggtcaaacctcaggtgtatcagtcggggggtgaggtcaagctcagcggg
gatacgtgtagtctggctgagggcccaaacccagagagtgacatacagatgatgaaggtt
tatgaggagctgaagtttgagaatcctgacggcggggcgtggaagcagggctggcgggtg
acgtatcccgaagggaagtggaactcggacaaccttctacatgtgtttgtcctacctcac
agccacactgacccaggttgggtaaagaagtatatggactactatacgcagcaaacaaag
ccaatcctggacaatgttctcaacttcctgtctgcggacccgcgtcggagatttatttat
gcagaactctccttcttctctctgtggtgggagtcgctcagtgagagccgcaaagaacag
gccagaaaggtgcttcgaaacggacagctggagatagcgacaggggggtgggtgatgaac
gacgaagccaacacacactacgcagcaatggtggaccagcttattgaggggaaccagtat
attcatgctgtttcaggtttcactccccgttctggctgggctattgacccttttggacac
actcccaccatggcctatctgctgaataggtcaggggtcaaggggatgttggtgcagaga
gttcactatgccatcaaaaaacacttggcaaggagccaaaacctggagtttatgtggaga
cagctctgggacaaggacggaagctcggacaccctgtgtcatgtgatgcccttttactcc
tacgacgttcctcacacctgtgggccggaccccaagatctgctgccagttcgactttgcc
cggatgtcccctggtcggtacaactgtccgtggagagttcctccccaggccatcactgag
ggcaatgtggctgacagagctgccatgttgattgatcaatacaaaaagaaggcctcgctg
taccgcagtaacgctctgttcataccgctaggcgacgacttcagatacgaccaagcggag
gaatgtgagagacaattcaacaactaccagaaaatatttgactacctggacaaaaaccca
cagttaggagtgaaggcccagtttggaaccctgtcagagtactttgacaagatccatgaa
ttgtctggatcagagcctggttcccgtccccgggaatatccagttcttaccggggacttc
ttcacgtacgctgataaagacgaccattactggtctggatatttcacatccagaccgttc
cagaaacagatggaccgcaacattgagaccaacctgagatcagcagagatcgcattcagt
ctcgccgcagtgtaccagaggaagcaccgcctctcgggattccccgaggaccagttgatg
cggctacttgtggaggctcgtaggaacctagggcttttccagcaccacgatggcatcacg
ggaactgctaaggattttgtggtggtggactatggagaaaggctactgaaagctgagaac
aactgtaagaccatcatcactgaggctgtgtccttcctctccatggcaaccaagagcgat
tataaacaaaacatcttctttgacattgatgaaatcagaaagaaccacgactctctgata
acaaagaacgtgattcaagtcagcgataaaccaagctctgttctactgttcaactccctc
acccaccccagacaggaagtagtcaccctccatgtcagtgaccccaatattgaggtcaag
gatgctaagggcaaggtcataacctcccagactgaccctttctggaaggattccaatgag
atgtctcaggatagatttaagctgtcctttgtgactgagctgcccgccctggggatcgtc
agatatcagatatcacagagaaaggacagctccagcaacagtctggccacggtcacgtac
taccatggagacggaccctcatctcagtctaagttttcagtagagaagaaggagtcttca
gaattctcaatagacaactctttcctggaggcgaaattctccggctccaccggcctactt
cagagtgtgacagtgaaatccacaggtgaaaagcacaggtcagaggtcagttttcacact
tacggggctcggggaggtaaagaacgaagcggggcgtacctgttcctacctgatggaaag
gccaagcccctgtctgttggacacccagtgatacgggttgtgagaggaccgttggtgtca
gaagtctctgttttcatcaaccatgtccaacacgtggtcagactttacaattctccaggt
gtggatggtaagacagtagacatgttcaatttggtggatattcagaacgaggtcaatctg
gaactagcagtgaagatctccacggatgtccagaactcagagagggaattcttcaccgac
ctcaacggattccagatgataaaacacaaggtgtttgacaagcttccaatacaggccaat
gtttatccattgccagcaatggcattcattgaggacgacaaaactcgcttcagcgtcctg
acggctcaatctctgggcgtggccagtctaaaaacaggtgagatccaggtgatgttggac
cgcacactgaaccaggacgacatgaggggcctaggtcagggggttagggacaacaaagtg
accccaaacaggttcaggctgctgtttgagaggagaagcacaccgccaattaaagccaag
ttatcaggatttccttctatgtttgctcatgtggcatatctacacttagttcataaaatc
caaaagattccacaaaaaagctcaatagaagtaccaccattactgtccgagaattccttc
ttgtcagtgccacttccgtgtgatgtgcacttgttgaacttgagatctctacagaagagc
tatgacggggacatcaaaaggggagacgactccgccctgctgcttcacaggttgggggtt
gactgtgggataccaagctcagggttacagtgtaaagacacacagggcaaggtaaaatta
cgtgatctattcaatgatgctctgggtgtgaaagaaattcaaagaacgtccttgaccttg
ctccacgacaaaggtcccacttctcttgacagtgatttgaccttgagccctatggaaata
tacagttttaaggtcaaatggtga
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