KEGG   Mizuhopecten yessoensis (Yesso scallop): 110465474
Entry
110465474         CDS       T05079                                 
Name
(RefSeq) alpha-mannosidase 2x-like
  KO
K01231  alpha-mannosidase II [EC:3.2.1.114]
Organism
myi  Mizuhopecten yessoensis (Yesso scallop)
Pathway
myi00510  N-Glycan biosynthesis
myi00513  Various types of N-glycan biosynthesis
myi01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:myi00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00510 N-Glycan biosynthesis
    110465474
   00513 Various types of N-glycan biosynthesis
    110465474
Enzymes [BR:myi01000]
 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
     110465474
SSDB
Motif
Pfam: Glyco_hydro_38N Alpha-mann_mid Glyco_hydro_38C Glyco_hydro_57 Laman-like_dom Glyco_hydro38C2 Polysacc_deac_1 Terpene_synth SRP54_N FlxA
Other DBs
NCBI-GeneID: 110465474
NCBI-ProteinID: XP_021376985
Position
Unknown
AA seq 1529 aa
MKKYVAIWGGMFFIVASVSLYLMMEAVSTNTSSRSPDILQSQEVDSKIQRIQTQIQRNQN
TIKEIKDLVGQLSKGGDKDTLEKLQKVLSEADVDVKAVDLPKPVNADKGWLHGLIGDGSK
KETVYQALRGEVTVAGEMCSLADEPNVDSDVKTLRLMDLLPFDNPDGGVWKQGWPITYPT
NKWGGEKKLYVFVVPHSHNDPGWVKTFDDYYQGQVRQLLDNMINKLEEDPRRKFIETEIS
FFSTWWRDISQDTRKRVKRLVDKGQLEITTGGWVMTDEANTHYAAIVDQLIEGNQWVHNI
LGVEPKSGWAIDPFGHSPTMAYILKRAGLNNMLIQRVHYAVKKQLAKDKQLEFMWRQHWD
QEGSTDMMCHLMPFYSYDVPHTCGPDPKICCQFDFARMSPSRYNCPWKIAPTAITSSNVA
ERAKTLVDQYRKKSELYRSDVVLIPLGDDFRYDKEDECERQFTNYQKLFDHMNSSPELGV
QAQFGTLSDYFNKIYELGKVERGSRPPDFPVLAGDFFTYSDRDDHYWSGYYTSRPFYKSL
DRIMEYHVRAAEVAFTLALSYSREAGVTNFPQQKLMEKLVGARRNLGLYQHHDGITGTAN
DFVVIDYGEREVSDSISITGTAKDFVVIDYGTMGKDYGEREVSDSISITGTAKDFVVTDY
GEREVSDSISITGTAKDFVVINYGESITGTAKDFVVTDYGEREVSDSISITGTAKDFVVT
DYGEREVSDSISITGTAKDFVVIDYGVRLWGKVSLGLYQHHDGITGTAKDIVVIDYGESI
TGTAKAFVVIDYGERYVSDSISITGTAKAFVVIDYGERLWGKTMGKGKPQTLSASHFVVI
DYGERLWGKVSLGLYQHLDGITGTAKDFFVIDYGERLWGTVSLGLYQHHDGITGTAKDFV
VIDYGKDYGERLWGKTMGKGNEHQQIQLIKITLTTLLWGKVSLRLYQHHDGISGIAKDFV
VIDYGERMLKGVMDCKTIIVEAASFLMLENKKDYKYPKEPLFSLDEDRKSHDSLPERTVL
DVTEVTSSVLFYNSLGHEREQVVAVYVTSPFIEVQTPGGTTVQAQVDPIWESPTIMVSKK
FKVWFVVRVPALGIARYTLRKVQPEAIKMTSHASIGVMNVVITDPKETFPFTMTMEKPED
IMLENSNLKAHISGKTGFLQSVTTKSDDKTHEAEVAFLKYGTRGSKEKSGAYLFMPDGHG
KPLNGVIPVMRVMRGSVVSEVTVYTRHVQHTLRVYNSPGTDGMVIDMSNLVDIRKEMNFE
LAVSIATDVDNTDREFYTDLNGFQMLKHKTYDKLPLQANVYPMPAMAYIEDDRTRFSVLS
AQSLGVACHFKGDIVVMLDRRLNQDDNRGLGQGVRDNKLTPNRFYLLFENRKSPKPKDKM
IGYPSLQAHVSYLHLTHPIFISPENPDAMTHRYLPSFSPLAEPLPCEVHLLNLRTLQNRD
DDPTVRFKPRNEAGLLLHSLGHDCKFPNKGLLCHSNGGKVVLGKLFKQITLDKVTETTLT
LIREKEEIDKAASIELKPMEIYTYKLTIH
NT seq 4590 nt   +upstreamnt  +downstreamnt
atgaagaaatacgtcgcgatatggggagggatgtttttcatcgtcgctagtgtgtcgctg
tatctgatgatggaggcagtgtccactaatactagttcaagatcaccggatattttacaa
tctcaagaagttgattccaaaatccagcgaatccagacacagattcaacgtaatcagaat
acaataaaagaaatcaaggacctagtcggacagctctctaaaggtggcgacaaagacacc
ctagaaaaactacagaaagttctatctgaggcagacgtggacgtgaaagctgtggactta
ccaaaaccagtgaatgcagacaaaggttggctgcatggtttgattggtgacggctctaag
aaagaaaccgtttatcaggcactgcgaggggaggtaactgtggctggagagatgtgcagt
ctggcagacgaacctaatgtggactcggatgtaaagacgttacggctgatggatctgttg
ccatttgataatcccgacggcggtgtttggaaacaaggctggcccatcacctacccaacg
aacaaatggggcggagaaaagaagttatatgtgtttgtggttcctcactctcacaatgat
ccaggctgggtaaagacatttgatgattactaccagggccaagtaagacagcttctcgat
aacatgattaacaaactagaagaggatccacgcaggaagtttatcgagacagagatctcc
ttcttttccacctggtggcgcgacataagccaggatacacgaaaacgggtcaaaaggctg
gtagacaagggtcagctggagataacaacgggaggctgggtgatgactgacgaagctaac
acccactatgctgccatcgtggatcagctgatcgagggcaaccaatgggtacacaatata
ctaggtgtggaacctaagtctggctgggccattgaccccttcggccactccccgaccatg
gcctacatcctcaagcgggcaggactcaacaacatgttgatacagcgcgtccactatgcg
gtcaagaaacaactcgctaaagacaaacaactggagtttatgtggaggcaacactgggat
caagagggcagcacggacatgatgtgtcacctgatgccgttctactcgtacgacgtgcct
cacacgtgtgggcccgaccctaagatatgttgtcagtttgactttgctagaatgtcacca
agccgatacaactgtccttggaaaatagctcccacagccatcaccagcagcaacgtagcc
gagagggccaagacattggtggaccagtaccgtaaaaagtctgagctgtaccgctccgac
gtcgttctgatcccactaggggacgacttccgatacgacaaagaagacgaatgtgaacgc
caattcaccaactatcaaaagctgtttgatcatatgaactcttcgccagagcttggagta
caggcccagtttggtactctgtctgattactttaacaagatctatgagttggggaaggtg
gagcggggttctcgcccgccggacttccctgtcttggccggagacttcttcacttactcg
gaccgtgacgaccattactggagcggttactacacatcgcgaccgttctacaaaagccta
gacaggatcatggagtaccatgtaagagctgcagaagttgcctttacattggcgcttagt
tacagtcgcgaggcaggtgtaacaaacttccctcagcagaagttgatggagaaattggtt
ggtgctcggagaaatcttggactctatcagcatcacgacggcatcacgggcactgctaat
gactttgttgttatagactatggggaaagggaagtctcagactctatcagcattactggc
actgctaaggactttgttgtaatagactatgggactatggggaaagactatggagaacgg
gaagtctcagactctatcagcattactggcactgctaaggactttgttgtaacagactat
ggagaacgggaagtctcagactctatcagcattactggcactgctaaggactttgttgta
ataaactatggggaaagcattactggcactgctaaggactttgttgtaacagactatgga
gaacgggaagtctcagactctatcagcattactggcactgctaaggactttgttgtaaca
gactatggagaacgggaagtctcagactctatcagcattactggcactgctaaggacttt
gttgtaatagactatggggtaagactatggggaaaggtaagtctcggactctatcagcat
catgacggcatcacaggcactgctaaggacattgttgtaatagactatggggaaagcatc
actggcactgctaaggcctttgttgttatagactatggggaaaggtacgtctcagactct
atcagcatcactggcactgctaaggcctttgttgttatagactatggggaaagactatgg
ggaaagactatggggaaaggtaagcctcagactctatcagcatcacactttgttgtaata
gactatggggaacgactatggggaaaggtaagtctcggactctatcaacatctcgacggc
atcactggcactgctaaggacttttttgttatagactatggggaaagactatggggaacg
gtaagtctcggactctatcagcatcatgacggcatcacgggcactgctaaggactttgtt
gttatagactatgggaaagactatggggaacgactatggggaaagactatggggaaaggt
aatgaacatcaacagatacagttaataaagatcaccctcacaacattactatggggaaag
gtaagtctcagactctatcagcatcacgacggcatctcgggaattgctaaggactttgtt
gttatagactatggggaaaggatgttgaagggtgtgatggattgtaaaaccatcattgtg
gaggcagcaagttttctgatgctggagaataagaaagattacaagtaccccaaggaacct
ctgtttagcctggatgaagacagaaagtctcacgactctctacctgagaggactgtgctg
gatgttacagaggtgaccagctcagttctcttctacaactcgcttggtcatgagagggag
caagtggtggcagtgtatgttacctcccctttcatagaggtccagacaccaggtggcacc
actgtgcaggcacaagtagaccctatatgggagtcaccaactatcatggtttcaaagaaa
ttcaaggtgtggtttgtggttcgggtgccagccctagggattgcccgatacacactgagg
aaggttcagcctgaggccattaagatgacctcccatgcctccattggggtgatgaatgtc
gtcatcaccgaccccaaggaaacattccctttcacgatgacaatggaaaagccagaagat
attatgctggaaaattctaatttgaaagctcacattagtggaaaaactggatttctacag
agtgtgacgaccaagtctgacgacaagactcacgaggctgaagtggctttcctgaagtac
ggcacgcgtggatctaaggagaagagtggggcgtacctgtttatgcccgacggtcatggg
aagccactgaacggcgtgatcccggtaatgagagtgatgcgaggatctgttgtgtctgag
gtaaccgtctatacccgccatgttcagcacacactacgagtatacaactcaccaggtact
gacggaatggtgattgacatgtcaaaccttgttgacatcagaaaggagatgaactttgaa
ctggcagtgtctatagctacagatgttgataacacagaccgggagttctacactgacctc
aatggtttccagatgttgaaacacaagacctatgacaagttacccctccaggccaatgtg
tacccgatgcccgccatggcttacattgaggatgataggactcgcttcagtgtcctatca
gcccagagcctgggtgtcgcctgtcatttcaaaggtgacattgtggtgatgttggatcgt
cgcctcaaccaagatgacaaccgaggcctcggacagggtgtgagagacaacaaactcacc
cccaacagattctacttattgtttgagaaccgcaaatctccaaagcccaaggataagatg
atcggttacccgtctctccaagcacatgtttcctacctccacctcacacatccaattttc
atctctccggaaaacccggatgcaatgactcatcgctacctgccgtccttcagcccgctg
gccgagcccctgccttgcgaggttcacctcctgaacttacgtaccctgcagaacagggac
gatgatccaactgtgaggttcaaacccaggaatgaggctggtcttctactacacagcctc
ggacatgactgcaaatttcccaacaaaggactactgtgtcactcaaatgggggaaaggtt
gtgctgggaaagctcttcaagcagattactttagacaaggtcacagagacgacattgacc
ttgatcagagagaaagaagaaatagacaaagctgcatctatagaactgaagcctatggaa
atttatacttacaaactaaccatacactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (61)   

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