Nothobranchius furzeri (turquoise killifish): 107374983
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Entry
107374983 CDS
T05163
Symbol
man2a1
Name
(RefSeq) alpha-mannosidase 2
KO
K01231
alpha-mannosidase II [EC:
3.2.1.114
]
Organism
nfu
Nothobranchius furzeri (turquoise killifish)
Pathway
nfu00510
N-Glycan biosynthesis
nfu00513
Various types of N-glycan biosynthesis
nfu01100
Metabolic pathways
Module
nfu_M00075
N-glycan biosynthesis, complex type
Brite
KEGG Orthology (KO) [BR:
nfu00001
]
09100 Metabolism
09107 Glycan biosynthesis and metabolism
00510 N-Glycan biosynthesis
107374983 (man2a1)
00513 Various types of N-glycan biosynthesis
107374983 (man2a1)
Enzymes [BR:
nfu01000
]
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
107374983 (man2a1)
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_38N
Glyco_hydro_38C
Alpha-mann_mid
Motif
Other DBs
NCBI-GeneID:
107374983
NCBI-ProteinID:
XP_015798785
LinkDB
All DBs
Position
sgr02:73503828..73537121
Genome browser
AA seq
1605 aa
AA seq
DB search
MAERVQQPPAKRLCCRPGYNPACRQGQRAGGVPCGGAGSAPGGSGNGKTHNPESLLDIAA
RRVAEKWPFQRVEERFERIPEPVQRRIVYWSFPRSEREICMYSSFNTGGEEIGSSGESGD
ETRLPFRRDIALLENGCVDNVLQVGFHLSGTVREPATSSEPELVCSVSVSFDRCKITAVT
CTCGNKDIFYCAHVVALSLYRVRKPEQVKLHLPISETLFQMSRDQLQKFVQYLISVHHTE
VLPTAQKLADEILSQNSEINQVHGAPDPTAGASVDDENCWHLDEEQVQEQVKLFLSQGGY
HGSGKQLNLLFSKVREMLKMRDSNGARMLTLITEQFMADPRLALWRQQGTTMTDKYRQLW
DELGALWMCIVLNPHCKPEQKSSWLRQLRRWNSVDVCPWEDGNHGNELPNLTHSLPQGAH
GNQEMRPHRTVFTRAIEACDLHWQDPHLQHILTEDHYTNFCYHDNLDSALFDARGWPLWH
EHVPTACARVDALRSHGYPKEALRLAISIVNTLRSQQQKQLELFQTHKTELLHRGITSVT
NLEGWVGHPLDPVGTLFSTLVETGRGSEDGAMLDFSGSLGSIRRTENPVSAPQPFLEEGE
SLVSLAVETALIGLGQQRLMPDGLYVQEKVCRNEEQLLARLQEVNLDNMLVKILRRQATL
LLEAGPYSGLGEILYRERQKRVLVKRLVEAGQLELVTGGWVMADEANSHYFAMLDQLIEG
HQWLQTHLGVKPSNSWAIDPFGHSPSMTYLLKGAGLTNMVVQRIHYSVKKHFAQQQTLEF
RWRQSWDSSSRSDIMCHMMPFYSYDVPHTCGPNPAVCCQFDFHRLPGGRVFCPWRIPPEP
ITDQNIKERALLLLDQYRQKSRLFRSSVLLVPLGDDFRFVESREWDAQFDNYQKLFDYFN
QHPELHVRAHFGTLSDYFTALQRRLSTTGTTLPTLQGDFFTYADRDDHYWSGYFTSRPFY
KRLDRTLESTLRATEIVFSLTMAEMRRFRGDGRLVEGFPAQEHFQRLISGRQNLGLFQHH
DAVAGTARDSVVIDYGTRLFHSILNLHQVLQSSAHWLLLSDKSQYNPDQSKTLLQMDETI
SAQDTLPQKMTLALSDVPRSVVVFNPTEQFRTSVVSIVVDSPDARVVDAKTSQPMATQIS
AVWVEPSQVSAEVFQLSFIAELPPLALLVYHVTKAPTGSTPRAHYILHRHGNLPTVHSEY
FQVSPLQGTEANTPLLLSNKHLQIWSSPETGLMQKLRLQSGLVRQVQVKFLWYGTRTSAH
KDKSGAYLFLPGEEGPQPYLSSDPPLIRVTRGPIFSDITSCFKHFTHTVRVFHLDGHAGK
SLEISNTVDIRSEVNRELVMRLVSDVASSNRFYSDLNGFQMQQRRTLEKLPLQANFYPMS
SSSFLQDSTSRLSLLSAQSQAVASLRSGELEVVLDRRLQQDDNRGLGQGVTDNKLTASLY
HLLLEDRVGGAQEVGGASVDHLSLLAHLASLSLCHPPITMAAPTNTEVPKLHPFLPLHSS
LPCDIHLLNLRTLEDPQESGSPSQEVGLLLHRKGFDCSTSPSPALSCTWTSQEEVNLDDL
FSPLRFRSVRRTGLTLLRDHDESDSAHKQVLLRPMEISAFRVHLD
NT seq
4818 nt
NT seq
+upstream
nt +downstream
nt
atggccgagcgagtccagcagcccccagccaagcggctctgctgccggcccggctacaac
ccggcatgcagacaggggcagcgggctggaggagtcccgtgcggcggcgcggggtccgct
ccgggaggctctgggaacggaaaaacgcacaaccccgagtcgttgctcgacatcgcggcg
cgcagagtcgcggagaagtggccgttccagagggtggaggagcggttcgagaggatcccg
gagcccgtccagcggaggatcgtgtactggtctttcccgaggagcgaacgggagatctgc
atgtactcgtcgttcaacaccggcggggaggagatcggaagtagcggggagagcggcgac
gagacgcggctgccgttccgacgggacatcgctctgctggagaacggctgcgtggacaac
gtactgcaagtcgggtttcacctcagcggaacagttcgggaacccgccacgtcctcggag
ccggagctagtctgcagtgtcagcgtcagcttcgaccgctgcaagatcacagcggtgacg
tgcacgtgcgggaacaaagacatcttctactgcgcccatgtggtggcgctgtcgctttac
agagtgcgcaaacccgagcaggtcaagctgcacctgcccatctcggaaaccctgttccag
atgagcagagaccagctgcagaagttcgtccagtacctgatatccgttcaccacacggag
gtgcttcccaccgcacagaagctggccgatgagatcctgtcccagaactctgagatcaac
caggtccatggggccccggaccccacagctggagccagcgtggacgacgagaactgctgg
cacctggacgaggagcaggttcaggagcaagtaaagctcttcctgtcccagggaggctac
cacggctcgggcaagcagctcaatctcctcttcagcaaggtcagggagatgctgaagatg
cgtgactccaacggagcaaggatgttaacactgatcacagagcagttcatggccgaccct
cggctggcgctgtggagacagcagggcaccaccatgaccgacaagtacagacagctctgg
gacgagttgggcgccctgtggatgtgcatcgtactgaacccccactgtaaacccgagcag
aagtcctcgtggcttcgccagctgcgccggtggaacagtgtggacgtctgcccctgggag
gacggtaaccacggcaacgaactgcccaacctcacccactcgctgcctcagggcgcccac
ggcaaccaagagatgcgcccccacaggaccgtgttcacgcgagccattgaggcctgcgac
ctgcactggcaggacccccacttgcagcacatcctcacagaggatcactacaccaacttt
tgttaccatgacaaccttgacagtgccctctttgacgcccgagggtggcctctgtggcac
gaacacgtccccactgcatgtgcccgcgtggacgcactgcgatctcacggttacccgaag
gaggctctcaggctggccatctccatcgtcaacacgctgaggagccagcaacagaaacag
ctggagctcttccaaactcataaaacagagctgctccacagaggaataacatccgtcacc
aacctggagggctgggtgggccaccctctagacccggtcggtactctattcagcaccctg
gtggagacggggaggggcagcgaggatggagcgatgcttgacttctcagggtccctgggc
tcaatcaggaggacggagaatccggtttccgcgccgcagcctttcctggaggaaggcgag
tcgttggtgtccttagctgtggagacggctctgattggtttagggcagcagaggttgatg
ccagacggcctttacgtccaggagaaggtgtgtcgcaatgaagagcagctattggccagg
cttcaggaagtcaatttggacaacatgttggtgaagatcctccggaggcaagccacatta
ctgctggaggctggtccttacagcggtttgggggagatcctgtacagagagaggcaaaag
agagtgctggtcaaacgtctggtggaggcggggcagctggagctggtgacgggaggatgg
gtcatggcggatgaagccaactctcattactttgcaatgctggatcagctgatcgagggc
catcagtggctgcagactcacctgggtgtgaagccaagtaacagttgggccattgatccc
tttggtcactccccatctatgacctacctcctgaagggggcggggcttactaacatggtc
gtccagaggattcattactcggtgaagaagcactttgcccagcagcagacccttgagttt
cgatggcgacagagctgggactcctcctctcgcagtgacatcatgtgtcacatgatgcca
ttctacagttacgatgtgccacacacatgtggtccaaacccagccgtctgctgccagttt
gattttcaccgtctgcctggaggacgcgtcttctgtccatggagaatcccacctgagcca
atcacagaccagaacatcaaagagagagctcttctcctcttggaccagtatcgccagaag
tctcgccttttccgctcttcggttcttctcgttcctcttggagacgactttcgcttcgtc
gagtcgagggagtgggacgctcagttcgacaactaccagaagctgttcgactacttcaat
cagcacccagagctccacgttagggcgcattttgggactctgtctgattacttcacagcg
cttcagcggcggctgagcaccacagggacaactcttccaacacttcagggagatttcttc
acgtatgccgaccgagacgatcactactggagtggatattttacatcgcggccattctac
aaacgtctggaccgaacgctagagtccacgctcagagcaacagagatcgtcttcagtctc
accatggcagagatgcgccgtttccgtggagatggccggctggtggaaggttttcctgca
caagaacacttccaacgtctgatttcagggaggcagaacctggggttgttccagcaccat
gatgctgtggccggcaccgcccgcgactctgtggtcatcgactatggcacaaggttgttt
cactccatcctgaacctccatcaggttctccaaagctccgcccactggttgcttctgtcg
gacaagagccagtacaaccccgaccaatccaaaacgctcctgcaaatggatgaaaccatc
tcagcacaggatactcttcctcagaagatgacgctggcactcagtgatgtgcccaggtcg
gtggtggtctttaaccctacggagcagtttcgaacctctgttgtcagcattgtcgtggac
tctccagatgctcgtgttgttgatgccaagactagtcagccaatggctactcagatctcc
gcggtttgggtggagccaagccaagtttctgcagaggttttccagctctccttcattgct
gaacttcctcctctggcccttcttgtatatcatgtgaccaaagcacccactggctccacc
ccccgggctcattacatcctccatcgtcatggcaacctgccaactgtacactctgaatat
tttcaggtgtctcctctgcaaggaacggaggccaacacccctctgttgcttagcaacaag
cacctccaaatatggagctctccagaaacgggccttatgcagaaactccgcctacagtct
ggtctggttcgtcaggtccaggtaaaattcttgtggtacggaaccagaacttcagcacac
aaggacaagagtggtgcatacctgtttcttccaggggaagaggggccccagccatacttg
tcctctgatcccccgctgatccgtgtcaccagaggtccaatcttctctgacatcacttcc
tgtttcaaacacttcacacacacggtccgagtcttccacctggatgggcatgctgggaaa
tcactggagatttccaacacagtggacatcaggtcagaggtcaaccgggagcttgtcatg
agactcgtcagcgacgtggcgagcagcaaccgcttttatagcgatctcaacggttttcag
atgcagcagcgccgcactctggagaagcttcccttgcaggctaacttttacccgatgagc
tcatcgtcattcctccaggactcgaccagtcgtctgtctctgctgtcggctcagagtcag
gctgtggcgtcgctacgatcaggtgagctggaggtggtgctggaccggagactgcagcag
gatgataaccgtggccttggacagggcgtcactgacaacaagctgactgccagtctctac
cacctgctgctggaggaccgcgtaggaggtgctcaggaagtgggaggagcctcagtagat
cacctgtctctgcttgcccacctggcctccctctccctttgtcacccgccaatcaccatg
gccgcccctaccaacaccgaggtgccaaagctccaccccttcctcccactgcactcatca
cttccgtgtgacatccacctgcttaatctgaggacactggaagacccgcaggaatcagga
agtccatcacaggaagtgggcctcctactccacaggaagggctttgattgtagcaccagc
cccagccctgcactatcgtgcacgtggacctcacaggaggaggtgaacttggacgatctt
ttctctcctctccgattccgctccgttcgtcggacaggtctcacactgctgcgtgaccac
gacgagtcagactccgcccacaagcaggtgctgctgcgccccatggagatcagtgcattc
cgtgtgcaccttgactga
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