Mercurialis annua (annual mercury): 126672961
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Entry
126672961 CDS
T10153
Name
(RefSeq) alpha-mannosidase 2
KO
K01231
alpha-mannosidase II [EC:
3.2.1.114
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00510
N-Glycan biosynthesis
mean00513
Various types of N-glycan biosynthesis
mean01100
Metabolic pathways
Brite
Enzymes [BR:
mean01000
]
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
126672961
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NCBI-GeneID:
126672961
NCBI-ProteinID:
XP_050222863
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Position
LG3:10809015..10815187
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AA seq
1175 aa
AA seq
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MPFSSYIGSNTRRGGGGASSTSGGTWAQSILPSTTTSKSKLPSRKPRKRTILINFLFTNF
FTIALSISLLFLFFTILHFGVPKPFSSFKSKPTSHFSRNRKPATRKPPSLNVNDDKGVVL
GSVVDITTKELYDRIEFLDVDGGPWKQGWRVSYEGNEWDHERLKVFVVPHSHNDPGWKLT
VDEYYERQSRHILDTIVSTLSKDVRRKFIWEEMSYLERWWRDATEEKRESFTNLVKNGQL
EIVGGGWVMNDEANSHYFAIIEQIAEGNMWLNDTIGFIPKNSWAIDPFGYSPTMAYLLRR
MGFENMLIQRTHYEVKKELARHKNLEYIWRQSWDAEESTDIFVHMMPFYSYDIPHTCGPE
PSICCQFDFARVHGFYYELCPWGEHPVETSQENVQERAEKLLGQYKKKSTLYRTNTLLVP
LGDDFRYLSVEEAEAQFRNYQMLFDYINSTPNLNAEAKFGTLEDYFQTLREEADRLNYSL
PGEIGSGQIGGFPSLSGDFFTYSDRQQDYWSGYYVSRPFFKAVDRVLEQTLRATEMMMSL
LLGYCQRAQCEKLATGFGFKLTAARRNLALFQHHDGVTGTAKDHVVRDYGLRMHTSLRDL
QIFMAKAVEVLLGIRHEKSDHNPSQFEAEQVRSKYDVQPVHKVINAREGTSQSVILFNPL
EQTREEVVMVVVKKPDVAVLDSNWTCIHSQVSPELQHDKTKTFTGRHRVHWKASVPAMGL
QIYYIVNGFAGCEIAKPAKIKYISMSNTFSCPPSYTCSKVEDDEVEIRNQHQTLTFDMKL
GLLRTINRKDGSKIFVGEEIGMYSSPGSGAYLFKPDGDAQPIVVAGGNIVISEGSLMQEV
FSHPKTEWDQTPISHSTRIYDVDNAIQGLLVEKEYHVELLGKDFDDRELIVRYKTDIDNK
KVFYSDLNGFQMSRRETYDKIPLQGNYYPMPCLAFLQGSSGQRFSVHSRQSLGVASLKEG
WLEIMLDRRLVRDDGRGLGQGVMDNRPMNVIFHILAEFNISATSNPLSNPVPLSPSLLSH
TVGAHLNYPMHAFVAKSHQELSVQPSPKSFSPLAAPLPCDLHIVNFKVPRPSKYSQQLMD
DSRFVLILQRRHWDTSYCRKGGSQCSTITDEPLNLFNMFKGLAVLNARATSLNLLHEDTE
MLGYSEQVGDVSQEGHVSISPMEIQAYKLELRPHQ
NT seq
3528 nt
NT seq
+upstream
nt +downstream
nt
atgcctttctcatcttacatcggcagcaacacccgccgtggtggcggtggcgcctcctcc
acttccggaggcacctgggctcagtcaatcctcccatcaaccaccacatcaaaatcaaag
cttccctcaagaaaaccaagaaaaagaacaatcctcatcaactttttattcacaaacttt
ttcaccatagctttatcaatctcactccttttcctgttcttcacaatccttcattttggt
gtcccaaaaccattctcttcatttaaatcaaagcccacttcacatttcagcaggaaccga
aaacccgctactcgaaagcccccatctttgaatgtgaatgatgataaaggtgtggtgttg
gggtctgttgtggacataactactaaagaattgtatgataggattgagttcttggatgtg
gatggtgggccttggaaacaagggtggagagtgagctatgaggggaatgagtgggatcat
gagagattgaaggtgtttgttgtgcctcattctcataatgatcctggttggaagttgact
gttgatgagtattatgagaggcagtctaggcatattcttgatactattgtctcaactctt
tctaaggatgttcggcggaagttcatatgggaagaaatgtcttatctggaaagatggtgg
agggatgcgacagaggaaaaaagagaatcatttacaaatttagtaaagaatggtcagtta
gaaattgttggaggtggctgggtgatgaatgatgaggccaattcacattattttgccata
attgagcagattgcagagggaaatatgtggttgaacgacaccattgggtttattcctaag
aattcatgggcaatagatccatttggttactcacctaccatggcatatcttctccgtcga
atgggttttgagaacatgcttatccaaaggacccactatgaggtaaagaaagaacttgct
cggcataagaatttagaatacatctggcgtcagagctgggatgcggaggaatcaactgat
atatttgttcacatgatgcccttctattcttacgatattccgcatacttgtgggccagag
ccttctatttgttgtcagtttgattttgctcgagtccatggcttttattatgaattgtgc
ccatggggagaacatccagtggagaccagccaggaaaatgtacaggaaagggcagagaag
ttgctaggtcaatataagaagaagtcgacattataccggactaacactctccttgttcct
cttggagatgatttccgctatctcagtgttgaggaagcagaagctcaatttcggaattat
caaatgttgtttgattatataaactctactccaaatttaaatgcagaggcaaaatttgga
actttggaagattactttcagactcttcgtgaggaggctgatagattaaattattcactt
cctggggagattgggtctggtcagattggaggttttccatctctttctggtgacttcttt
acttattctgataggcagcaagactactggagtggttattatgtttcgaggcctttcttc
aaggctgtggatcgagtgttagagcaaacactccgtgcaacagaaatgatgatgtctttg
ttactgggttattgtcagagagcacaatgcgaaaagttagctacaggatttggctttaag
ttaactgctgccaggagaaatctagctctttttcaacaccatgatggtgtgaccggtact
gctaaagatcatgttgttcgagattatggactccggatgcatacttcgttgagggacttg
cagattttcatggctaaagccgttgaagtacttcttggtatccgccatgaaaaatctgat
cataacccatctcagtttgaggcagaacaggtgagatctaaatacgatgttcagccagtg
cataaggtaatcaatgcccgtgaagggacttcacaatccgtgatcctgtttaatcccttg
gagcaaactagagaagaggtcgtgatggttgttgttaagaaaccagatgttgctgttttg
gactcaaactggacttgcattcatagtcaagtctctcctgaactgcagcatgataaaact
aaaacttttaccgggagacatcgtgtccactggaaagcctctgttcctgccatggggttg
caaatttattatattgttaatggttttgctggttgtgaaatcgccaaaccagcaaaaata
aagtacatctcaatgtcgaatacattttcatgcccgccttcatatacttgctcaaaagta
gaagacgatgaggttgaaatccggaatcaacatcaaacactcacctttgacatgaagctt
ggtttgttgaggactattaaccgtaaagatggttccaaaatttttgtgggcgaggaaata
ggtatgtattctagtccggggagtggagcctatttgtttaaacctgatggtgatgctcag
cctattgttgtggcgggtgggaacatagtgatctctgagggatcactaatgcaggaagtg
ttctctcatccgaagacagaatgggatcaaactcctatctcccatagtactcgaatttat
gacgtggataacgctatacaagggcttcttgttgagaaagagtatcatgtcgagcttctt
ggcaaggattttgatgacagggaattgatagttagatacaagacagatattgataataaa
aaggttttctattctgatttaaatggctttcagatgagccgaagagaaacttatgataag
attccgctgcaggggaattactatcctatgccctgtctagccttcttgcaaggatccagt
ggccagagattttctgttcattctaggcagtccctaggtgtggcaagccttaaagaagga
tggttagagattatgcttgaccgacgtttggtcagggatgatggacgtggtctgggtcaa
ggagtgatggataatcgtccaatgaatgtgatctttcacatccttgcggaattcaacatt
tctgccacttcaaatcccttatccaatcctgtacctctgagtccgtctcttctatctcat
actgttggagctcacttgaactatccgatgcatgcatttgttgcaaaaagtcaccaggag
ttgtccgttcagccgtctccgaaatccttctctcctttagctgctccgttaccgtgtgac
ttgcacatagtgaacttcaaagttcctcggccgtcaaaatactctcagcagctgatggat
gattctaggtttgttcttattttacagcgacgacattgggatacttcatattgtcggaaa
ggcggatcacaatgctctaccattacagatgagcctttaaatcttttcaatatgttcaag
ggacttgctgtactgaatgcaagggcaacttctttaaatcttcttcatgaagatacagaa
atgctcgggtactctgagcaggtcggagatgtttctcaagagggacatgtttcgatctct
cctatggagatacaagcatacaagttggagttacggccgcatcagtga
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