Ficedula albicollis (collared flycatcher): 101819402
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Entry
101819402 CDS
T02815
Symbol
MAN2A1
Name
(RefSeq) mannosidase alpha class 2A member 1
KO
K01231
alpha-mannosidase II [EC:
3.2.1.114
]
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab00510
N-Glycan biosynthesis
fab00513
Various types of N-glycan biosynthesis
fab01100
Metabolic pathways
Module
fab_M00075
N-glycan biosynthesis, complex type
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
101819402 (MAN2A1)
00513 Various types of N-glycan biosynthesis
101819402 (MAN2A1)
Enzymes [BR:
fab01000
]
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
101819402 (MAN2A1)
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Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Glyco_hydro_57
WAC_Acf1_DNA_bd
Laman-like_dom
DUF1664
Motif
Other DBs
NCBI-GeneID:
101819402
NCBI-ProteinID:
XP_005061287
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Position
Z:54091505..54206400
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AA seq
1136 aa
AA seq
DB search
PSSDLGAGCGACAGRTGRAENSGPRPCQQQGQLSILQEKIDHLERLLAENNEIISNIRDS
VINLSESVKDGQKNPEAINFSQGSVSELFPSASALLAVDSEDCLFALKSGSHSPGVQMLD
VYDILPFDNPDGGVWKQGFDITYNENEWDSEPLQVFVVPHSHNDPGWLKTFDDYFRDQTQ
HILNNMVIKLQEDNRRKFIWSEISYFSKWWDGIDSQKKDAVKRLIKDGQFEIVTGGWVMP
DEASSHYFAVIDQMIEGHQWLEKNLGVKPKSGWAVDPFGHSPTMAYLLKRAGFSNMLIQR
VHYSIKKHFSTQKTLEFFWRQNWDLGSSTDILCHMMPFYSYDIPHTCGPDPKICCQFDFK
RLPGGRISCPWRVPPEVIHAGNVQHRAWMILDQYRKKSKLFRTKVLLAPLGDDFRYTESS
EWDQQYQNYQKLFDYMNSRPEWHVKAQFGTLSDYFEALRKESNLGEKSSNSLFPVLSGDF
FTYADRDHHYWSGYFTSRPFYKHLDRVLESYMRAAEILYSLALVQSSKSEKMSVFPSVDN
YKLLTEARRNLGLFQHHDALPGTAKDWVVVDYGTRLFHSIMNVKKVIIDSAHILILKDKS
AYNYDTTTPFLKMDDVQASQDSLPRKTVIKLTLQPRYLLIFNPTEQERFPVVSVNVNSPR
VKLLSPLGKPVTVQISAVWDGATTVSHEAYQISFVAHLPPLGIGVYQLLADESSEAVLAD
YNIYVRNSRQENTDRLFKIKEMQHSVDNIILENAYMKLWFSGMSGLLEKINTKEDGKNHQ
MKVEFAWYGTTSNRDKSGAYLFLPDGDAKPYIFTDPPTIRVAHGKIFSEVVCFFHHVTHT
VRLYKVQGLEGHSLEVSNIVDIRGEYNRELAMRISSDINSQNRFYTDLNGYQIQPRVTLS
KLPLQANIYPMTTMAYIQDVGVRLTLHSAQSLGVASLKNGQLEVIMDRRLMQDDNRGLGQ
GVQDNKITANVFRLLLERRHGTDVNEEKAPVSFPSLLSHMTSLFLNHPVIPMTTNADSGV
PELTNTFSPLISSMPCDMHLVNLRTIQAKVDTKPSDEAVLILHRKGFDCRFSNRDMGLLC
STTQGKIKVNKLFNKFRVESLTPTSLSLMHSPPDARNISEINMSSMDINTFRIRLG
NT seq
3411 nt
NT seq
+upstream
nt +downstream
nt
ccctcttccgatctcggggcggggtgcggggcgtgcgcgggcaggacggggagagctgag
aactcgggacctcggccgtgtcaacaacagggccagctttcaatattgcaagaaaaaata
gatcatttagaacgcctgttggcagaaaataatgaaattatttcaaacatacgcgattct
gtgatcaacctgagtgaatcagtaaaggacggacaaaaaaatccggaggctataaacttc
agtcaaggatctgtttctgagctgttcccttctgcttcagctttgcttgcagttgattct
gaggattgtttgtttgctttgaaaagtggaagtcacagtccaggtgtacagatgctggat
gtctatgacattcttccttttgataatccagatggtggcgtttggaaacaaggatttgat
atcacatacaatgaaaatgagtgggacagtgaaccacttcaagtttttgttgtgcctcac
tcacataatgatccaggttggctgaagacttttgatgattacttcagagatcagacacag
cacattttgaataacatggttataaaactgcaagaagacaaccgaagaaaatttatatgg
tctgagatttcttacttctcaaaatggtgggatggaatagatagccaaaaaaaagatgct
gttaaaaggttaataaaagatggacaatttgaaatagtaacaggaggatgggtcatgcct
gatgaagcttcttctcattatttcgctgtaattgaccaaatgatagaaggacaccagtgg
ctagaaaagaaccttggagtaaaaccaaagtctggatgggcagttgatccatttgggcat
tcaccaacaatggcctaccttctgaagcgtgcaggattttccaatatgcttatacagaga
gttcattattcaattaaaaaacatttttcaacacagaagacactagaatttttctggaga
cagaactgggatttgggatccagtacagatattctttgtcatatgatgcctttctatagc
tatgatattcctcatacctgtggcccggatccaaaaatctgctgccagtttgatttcaaa
cggcttcctgggggaagaataagttgcccttggagagtcccaccagaagtcattcatgct
ggaaatgttcaacacagggcttggatgatattagatcagtacaggaagaagtcaaagcta
ttccgtacgaaagttctgttagctccacttggagatgatttccgctacaccgagagctca
gaatgggatcagcagtaccagaattatcagaagttgtttgattacatgaattctcgccct
gagtggcatgttaaggcccagtttggaactttatctgattactttgaagctctgcgcaaa
gaaagcaatttgggtgaaaagagcagcaattcactttttcctgttttaagtggagacttc
ttcacctatgcagacagagatcatcattactggagtgggtactttacatcacgacccttc
tataaacacctggacagagtcttggaatcctacatgagggcagctgaaattctctactcc
ttggctttagtgcagtccagtaaatctgagaaaatgagtgtatttccttctgtggataac
tacaaattgctgacagaagctagaaggaaccttggactcttccagcatcatgatgctctt
ccaggaacagccaaagattgggtagttgtggattatggcaccaggcttttccattcaata
atgaatgtgaagaaagtgattattgactctgctcatattcttatcctaaaggacaaaagt
gcttacaattatgacacaacaactccattcctgaagatggatgatgttcaggcttctcaa
gattctttgccacgcaagacagttataaagctgacgttgcaaccaagataccttttgata
tttaatcctacggagcaagagcgatttccagtggtttcagtcaatgtgaattcacccaga
gttaaattattgtctcctttgggaaaacctgttactgtccagataagtgctgtttgggat
ggagcaactacagtatcacatgaagcttatcagatctcttttgtggcacatctaccacct
cttgggattggagtttaccagcttttggcggatgaaagttcagaagcagttttagctgac
tataacatatatgtaaggaatagcagacaagagaacacagatagacttttcaagataaaa
gagatgcagcattctgtggataatataatcttagaaaatgcatacatgaaactgtggttt
tctggaatgtctggattactggagaaaataaataccaaagaagatggtaaaaatcatcaa
atgaaggtggagttcgcttggtatggaactaccagtaacagagataaaagtggagcttat
ctcttcctaccagatggagatgccaagccttatatttttacagacccacctaccataagg
gttgctcatggaaagattttttcggaagttgtttgtttttttcatcatgtgacacatacc
gtgcggttgtataaagtccagggtttggaaggtcattctcttgaagtttccaatattgtg
gacattagaggagaatacaatcgtgaacttgcaatgagaatttcatctgacataaacagt
caaaatagattctatactgatcttaatggatatcagatccagcctagagtgacgctgagt
aagttgcctcttcaagcaaatatctatcctatgactaccatggcttatatccaagatgtt
ggtgttcgtttgacacttcattcagctcagtctctaggtgttgcaagcttgaaaaatggt
cagctggaagtgatcatggatcgtcggcttatgcaggatgacaaccgtggccttggacaa
ggtgttcaagataacaagattacagctaatgtcttccgactgctgttggagagaaggcat
ggaacagatgtgaatgaagagaaggcaccagtcagttttccgtcacttcttagccatatg
acttctcttttcttaaatcatcctgtaattccaatgacaacaaatgcagattcaggtgtc
ccagagctgacaaatactttttctccactgatatcatccatgccttgtgacatgcattta
gtcaatctgaggacaatccaagcaaaggtagataccaaaccatctgatgaagctgttctg
attcttcacagaaagggatttgattgtagattttcaaacagagacatgggtctgctctgt
tccactactcagggaaagataaaggtgaataaactcttcaacaaattcagagtagaaagt
cttacacccacatctttatctttgatgcattcacctccagatgccagaaatataagtgaa
ataaatatgagttctatggatataaatacgttccggattcggctgggatga
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