Cucumis sativus (cucumber): 101208332
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Entry
101208332 CDS
T02486
Name
(RefSeq) alpha-mannosidase 2
KO
K01231
alpha-mannosidase II [EC:
3.2.1.114
]
Organism
csv
Cucumis sativus (cucumber)
Pathway
csv00510
N-Glycan biosynthesis
csv00513
Various types of N-glycan biosynthesis
csv01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
csv00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
101208332
00513 Various types of N-glycan biosynthesis
101208332
Enzymes [BR:
csv01000
]
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
101208332
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Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Glyco_hydro_57
Motif
Other DBs
NCBI-GeneID:
101208332
NCBI-ProteinID:
XP_004147484
UniProt:
A0A0A0LFD6
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All DBs
Position
3:34147641..34154928
Genome browser
AA seq
1160 aa
AA seq
DB search
MAFSSFTGGSGARRGGWAGSILPFSSVSPSAKPKHNRKYRRRLAIRDFIFSNFFTIGLLI
SFFFFLIVLLRYGVPKPISSPFKSHAIRSHRPRKPIVSENWNSEVLSSNVDITTKELYDR
IEFLDIDGGPWKQGWKVTYKGNEWDSEKLKVFVVPHSHNDPGWKLTVDEYYDRQSRHILD
TIVEALSRDSRRKFIWEEMSYLEKWWRDASDEKKESFAALVKNGQLEIVGGGWVMNDEAN
SHYFAIIEQMAEGNMWLNETIGVVPKNSWAIDPFGYSPTMAYLLRRMGFENMLIQRTHYE
LKKELALHKNLEFIWRQSWDAEETTDIFVHMMPFYSYDIPHTCGPEPAICCQFDFARSRG
SLYELCPWRQDPVEINKENVQERATTLLDQYRKKSVLYRTNTLLIPLGDDFRYINIDEAE
AQFKNYQLLFDYINSNPSLNAEANFGTLEDYFRTLRDEAEKINYSLPGEVGSSLVGGFPS
LSGDFFTYADRQEDYWSGYYVSRPFFKAVDRVLERTLRAAEMMLALLLGPCQRSQCEKLP
LGFSYKLTAARRNLALFQHHDGVTGTAKDHVVRDYGVRMHTSLQDLHIFMSKAIEVLLGI
RHDKSDQNPSQFEPEQMRSKYDAQPVHKSIDLQEGTYQSVIFFNPLEQTREEVAMVIVNR
TEVTVLDSNWTCVQSQISPEFQHDKAKVFTGRHRIHWKILVPALGLQTYYIANGLFDCEK
PKPAKLKIFSTSTSLPCPTPYACSKVNGDVAEIENQHQSLVFDVKHGLLQKVINKDGSQN
FVNEEIAMYSSWGSGAYLFKPTGEAKSITEEGGLTVVTEGPLMQEVFSYPKTGWEPSPIS
HSTRLYSGGNSIQEHLIEMEYHVELLGREYDDRELIVRYKTDIDNKRIFYSDLNGLQMSR
RESYDKIPLQGNYYPMPSLAFMEGSNGQRFSVHSRQSLGVASLKDGWLEIMLDRRLYRDD
GRGLGQGVTDNRAMNVVFHILLESNVSTKLNPVSSYSPLSPSLLSHCIGARLNYPLHAFI
AKKPQPSSLQPTSRSFSPLAAPLPCDLHIVSFKVPRPLKYTQQSLEDPRFLLIFHRRHWD
SSYCKTARSNCARVADEPFNLFNMFKGLAVSDARASSLNLLHEDTEMLGYNEQSGDVGHE
GQLHIPPMEVRAYKLELKPR
NT seq
3483 nt
NT seq
+upstream
nt +downstream
nt
atggccttctcctccttcaccggcggcagtggcgcccgtcgtggaggttgggccggttct
attcttcccttttcttctgtttcacccagtgctaaaccgaagcataaccggaagtatcgt
cggcggttggctatacgtgacttcatcttttctaatttcttcactattggtcttttgata
tctttcttcttctttttaatcgttcttctacgctatggcgttccaaagccgatttcgtct
cccttcaaatcgcatgctatcagatctcatcggccgcggaagccgatcgtgtccgagaat
tggaatagtgaggttttgagttctaatgtggatattacgaccaaggaattgtacgacagg
attgagtttctcgacatcgatggcggtccttggaagcaaggatggaaagtgacctataaa
ggaaacgagtgggattcggagaaattgaaggttttcgtggtgcctcattcgcataacgat
ccaggttggaagctgactgtggacgagtactatgacaggcagtctcgtcatatacttgat
accattgttgaagcgctttcacgggattctcgacggaagtttatatgggaagagatgtct
tatctggagaaatggtggagggatgcttcagacgagaaaaaagaatcatttgctgcttta
gttaaaaatgggcagctagaaatcgttggaggtggctgggtgatgaacgatgaggctaat
tctcattattttgctataattgagcagatggcagaggggaatatgtggttgaacgagacc
attggcgttgttcctaaaaattcttgggcaatagatccatttggttattcacccacaatg
gcatatcttcttcgtcgcatgggctttgagaacatgcttatacagaggacccattatgag
ctgaagaaggaacttgcactgcacaaaaatctagaattcatttggagacagagctgggat
gctgaagaaactaccgacatctttgtgcacatgatgcccttttattcttatgatattccg
cacacttgtggaccagagccagcaatttgttgtcagtttgactttgcccgttctcgtggt
tctttatatgaactatgtccctggagacaagatcctgttgagatcaacaaggaaaatgtt
caagagagggcaaccacgttacttgatcagtataggaagaaatcagtactatataggaca
aatactcttcttattcctcttggagatgattttcgatatattaacattgatgaagcagag
gctcagtttaagaactatcagttgttatttgattatattaattccaacccgagtttaaat
gctgaggcaaacttcggcaccttggaagactacttccgaacccttcgagatgaagctgaa
aagataaattattcacttcccggtgaagttggctccagtctagtcggtggttttccctct
ttgtctggggatttcttcacttatgctgatagacaggaggactattggagtgggtattat
gtgtctaggcctttctttaaggctgttgatcgtgttctggagcgaacacttcgggctgct
gaaatgatgttagctttattgcttggtccttgccaaaggtctcaatgtgagaagttgcct
cttgggttttcttacaagttgactgctgccagaagaaacttggctctttttcagcatcat
gatggggttactggtactgcaaaagatcatgtagtgcgtgattatggggttcggatgcat
acttctttacaagacctgcacattttcatgtctaaagctattgaagtactacttggaatt
cgccatgataaatctgatcagaatccttcacaatttgaaccagaacagatgagatctaaa
tacgatgcccaacctgtacataaatctatcgatcttcaagaaggaacttaccaatcagtg
atcttttttaatcctctagagcaaacaagagaagaggttgcgatggttattgttaacagg
acggaggttactgtattggactcaaattggacatgtgttcaaagccaaatttctcctgaa
tttcagcacgataaagccaaggtttttactgggaggcatcgtattcactggaaaatttta
gttcctgccttgggattgcagacatactatattgcaaatggattatttgattgtgaaaag
ccaaaaccagccaaactaaaaattttctcaacgtctacttcattaccttgtcctactcca
tatgcttgctcgaaggttaatggtgatgtggctgaaatcgagaaccaacatcagtctctt
gtatttgatgtcaagcatggtttgttgcagaaagtaattaataaagatggttcacaaaat
tttgtgaatgaagaaattgcaatgtactcgagctggggtagcggggcctaccttttcaaa
cccaccggtgaagctaaatctatcactgaagaaggtggattgaccgttgtcaccgagggt
cctctgatgcaggaagttttctcttatccaaagacaggatgggaaccttcccccatctcc
catagcactcgtttatatagtggaggcaattcaattcaggagcacctcattgagatggaa
taccatgttgagctacttggcagggaatatgacgacagggaactgatagtcagatacaag
accgatattgacaacaagcggatcttttattctgatttgaatggtcttcaaatgagtcgg
agagagtcatatgataaaatccccctgcagggaaattattatccaatgccatctctagca
ttcatggaaggatccaatggtcaaaggttctctgtccattctaggcagtctctaggtgta
gcaagtctcaaagatggatggttagagattatgctagatcgtcgtttgtacagggatgat
ggacgtggcctagggcaaggagtgacagataatcgtgcaatgaatgttgttttccatatc
cttctcgaatcaaatgtttcaaccaaactaaatcctgtttccagttactctcctttaagc
ccttctctcctttcccactgcattggtgctcgtttgaactatcccttgcacgcatttatt
gccaagaaaccacagccttcatctttgcagccaacctcaagatcattctctcctttagca
gctcctttgccatgtgacttgcatattgtcagctttaaagttcctcgacctctgaagtac
actcagcaatcccttgaagacccacggtttcttttaatatttcataggagacactgggat
tcatcatattgcaagacagccaggtcaaattgtgctagggtcgctgatgagcctttcaat
ttattcaacatgtttaaggggcttgcggtatcggatgcgcgggcaagttccttaaatctg
ctgcatgaagacacagaaatgcttggatataatgaacaatctggtgatgttggtcatgaa
gggcaactccatatccctcccatggaagtacgagcttacaagttggaactgaagccacgt
taa
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