Oncorhynchus kisutch (coho salmon): 109868056
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Entry
109868056 CDS
T09179
Symbol
man2a1
Name
(RefSeq) alpha-mannosidase 2 isoform X1
KO
K01231
alpha-mannosidase II [EC:
3.2.1.114
]
Organism
oki
Oncorhynchus kisutch (coho salmon)
Pathway
oki00510
N-Glycan biosynthesis
oki00513
Various types of N-glycan biosynthesis
oki01100
Metabolic pathways
Module
oki_M00075
N-glycan biosynthesis, complex type
Brite
KEGG Orthology (KO) [BR:
oki00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
109868056 (man2a1)
00513 Various types of N-glycan biosynthesis
109868056 (man2a1)
Enzymes [BR:
oki01000
]
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
109868056 (man2a1)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Laman-like_dom
Glyco_hydro_57
Glyco_hydro38C2
Motif
Other DBs
NCBI-GeneID:
109868056
NCBI-ProteinID:
XP_020313051
Ensembl:
ENSOKIG00005011627
UniProt:
A0A8C7FKR0
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All DBs
Position
LG23:complement(7722216..7794131)
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AA seq
1152 aa
AA seq
DB search
MMKRLNRQVTVFGSAIFCVVVFSLYLMLDHLQLDNTKSPNNGGDRLQNGQLSILQGKIDR
LERLLAENNEIITNIRDSVINLKESVKDGVPGGGNMSQGPYPELLALPPLVLPIDSQDCQ
FAAREFSEPADGVQLLDVYDLLTFDNPDGGVWKQGFDITYQENEWDSEPLQVFVVPHSHN
DPGWLKTFDDYYRDQTQHILNNMVVKLHEDSRRKMIWSEISYFSKWWDNIDGQKRDAVKS
LVERGQLEITTGGWVMPDEANSHYFALIDQLLEGHQWLERNLGVKPETGWAVDPFGYSPT
NAYLLKQAGLANMLIQRVHYSVKKHFASQKTLEFFWRQNWDPASSTDILCHMMPFYSYDV
PHTCGPDPKICCQFDFKRLPGGRVSCPWRVPPQPITDGNVQQRVQMLLDQYRKKSKLFRT
KVVMVPLGDDFRYTEALEWDQQFQNYQKLFDYMNSHPELHVKAQFGTITDYFNALRKSAT
DPGHTVPSLPVVSGDFFTYADRDDHYWSGYFTSRPFYKRLDRVLESHLRAAEIIYSLTLA
NIRRSGKRNDFPAMENYRLLTEARRNLGLFQHHDAITGTGKELVVIDYGIRLFHSILNLK
QVIVNSAHWLVLKDKSAYSYNPSKAFLQMDDIQPAQDALPRKTVLKISSQPRSVVVYNPT
EQDRTSVVTVYVNTPHVRVVTDHGRPVPAQVSAVWSEPTTASTEAFQLSFIAQVPALGLG
VYLLGEAASGRAETAEYVFFRQSGELSVNVKHFTVNIHQDASTPLSIHNPHLQVWSSPIT
GLMERLKLKEDGSEHQIKVEFAWYGTTSNRDKSGAYLFLPDGEAKMYSPARPPVIRVTKG
SVFSEITTTFDHVTHTLRLYHVQGVEGQAVEICNSVDIRGEFNREITMRLTSDVDSKDRF
FTDLNGFQIQSRKTMAKLPLQANFYPMTSMAYLQDPGTRLTLLTAQSLGSASLKSGQLEV
IMDRRLNQDDNRGMGQGVLDNKVTASSFRLLLEKRAKTDGGEKLSTLSYPSLLSHVSSLY
LNHPLIPMAVSTEAESRSLSPLSPLASSLPCDVHLVNLRTIQSKEEGGGPSDEAALILHR
KGFDCALSNRNTGLLCATTQGKIRMEKLFSELKFQSITPASLTLMHTPEKGSNQEEISLK
PMEISTYRVQLT
NT seq
3459 nt
NT seq
+upstream
nt +downstream
nt
atgatgaaaaggctcaataggcaagtcactgtttttggcagtgccatattttgtgtagtg
gtcttctcattgtacctgatgctggatcacctgcaattagacaataccaaaagtccaaac
aacggtggggatagattgcaaaatggccagttgtcaatcctgcagggtaagattgaccgc
ttggaaagactactggcagagaacaacgagatcataaccaacatcagagactctgtgatc
aacctgaaggagtcggtcaaggatggggttcctggtggagggaacatgagccaaggaccc
tacccagaactgctggctttgcctccactggtcctccctattgactcccaagactgtcag
tttgcagcaagggagttctctgagccagcagatggggtgcagttgctggatgtttatgac
cttctgacctttgacaatcctgatgggggagtgtggaaacaaggatttgacatcacctac
caggagaatgaatgggacagcgagccactgcaagtctttgttgtgccccactcacacaat
gatcctggatggctgaagacgtttgacgactactaccgggaccagacccagcacatcctg
aacaacatggtggtgaaactccacgaggacagccgcaggaaaatgatctggtccgagatc
tcctacttctccaagtggtgggacaacatcgacggccagaagagagacgctgtcaagagt
ctggttgagcgaggccagttggagattacaactggaggctgggtgatgcctgatgaagcc
aactcacactactttgcattaattgatcagctattggagggacaccagtggttggagaga
aatttgggcgtgaaacccgagacgggctgggctgtggacccgtttggctactcccctacc
aacgcgtacctgctgaaacaggctggcctggccaacatgcttatccagagggtgcactac
tcagtcaagaaacactttgccagtcagaagaccctggagttcttctggagacagaactgg
gacccagcctccagcacggacattctatgtcacatgatgcccttctacagttacgatgtt
ccccacacgtgtggccccgaccccaagatctgctgccaatttgacttcaagagacttcct
ggtgggcgggtcagctgtccctggagggtcccccctcagccaatcacggatggaaatgta
caacagagggttcagatgctgctggaccagtacaggaagaagtccaagctattccgaacc
aaggtggtgatggtccccctgggggacgacttccgctacacagaggccttggagtgggac
cagcagttccagaactaccagaagctctttgactacatgaactctcatccagaactacac
gtcaaggctcagttcggcaccatcacggattacttcaatgctcttcgtaaatcggccaca
gaccccggtcacactgttccctctttacctgtggtcagcggagacttcttcacctacgca
gaccgagatgaccactactggagcggctacttcacctcccgacccttctacaaacgtctg
gaccgcgtgctggagtcacacctcagggctgctgaaatcatctactccctcaccctggcc
aatattaggaggtctgggaagcggaatgattttccagcaatggagaattacagactgctc
actgaagccagaaggaacctgggcctgttccagcaccatgacgccatcacaggcaccggc
aaggaattggtagtgatcgactacggtatcagattgtttcattccattttgaatttgaaa
caagtgatcgtcaactccgctcactggctggtgctgaaggacaaaagtgcatacagttac
aatccctcaaaggccttccttcaaatggatgatatccagcctgctcaagatgccctgcct
cgaaaaacagttctgaaaatcagctcacagcctaggtctgtggtcgtctacaaccccacg
gagcaggaccgcacgtcagtggtgactgtgtatgtgaacactccccacgtacgtgtggtc
acagaccacggtcgtcccgtccccgctcaagtcagcgcggtgtggagcgaacccaccaca
gcctccacagaggccttccagttgtcattcatagcgcaggtgccagcgctgggtcttggg
gtgtacctgttaggtgaggctgcgagcggcagagcggagactgcagaatacgtcttcttc
aggcagagcggcgagctttccgtcaacgtgaagcacttcacagttaacatccaccaggac
gcctccacccccctcagcatccacaacccccacctccaggtctggagctcccccatcacc
ggcctgatggagagattgaagctgaaagaggacggctcagaacaccagatcaaggtggag
tttgcgtggtacggcacaaccagcaaccgagataaaagcggagcctacttgttcctgcct
gacggggaagccaagatgtactctcccgctcggcctccagtgataagggttaccaaagga
tctgtgttctctgagatcaccactaccttcgatcatgtgacgcacactctacgcctctat
catgttcaaggtgtggagggccaggcggtggagatctgtaactcggtagatataaggggg
gagttcaaccgtgaaattacaatgaggttaacatcagatgtggacagcaaggatcgattc
ttcacagacctcaacggattccagatccagtctagaaaaaccatggccaaacttcccctc
caggcaaacttttaccccatgaccagtatggcctaccttcaggaccccggcaccagactg
accctcctcaccgcacagtccctgggctccgccagcctcaagagtggccaattggaggtg
atcatggaccgtcggctgaaccaggatgataaccgcgggatgggccagggcgtcctggac
aacaaagttactgccagctccttccgcctgctactggagaagagggccaagaccgatggg
ggggagaaactctctaccctcagctacccgtctctgctgagtcacgtgtcgtcgctgtac
ctgaaccaccctctgatccccatggctgtgagcacggaggcagagtcccggtctctatcc
cccttaagccctctggcctcatcactgccctgtgacgtccacttggtcaacctacgcacc
atccagtccaaggaggaagggggtgggccgtcggacgaggcggctttgattctgcacaga
aaaggctttgactgcgccctctcgaataggaacacagggctactgtgtgccaccacgcag
gggaagatccgcatggagaagctgttttctgaactgaaattccagagcatcacccctgcg
tctcttactctgatgcacacgcctgagaaagggtcgaaccaagaggaaatcagccttaag
ccaatggagatcagcacataccgtgtgcagctgacatga
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