KEGG   Seriola lalandi dorsalis (Yellowtail amberjack): 111647220
Entry
111647220         CDS       T06058                                 
Symbol
man2b2
Name
(RefSeq) epididymis-specific alpha-mannosidase isoform X1
  KO
K12312  epididymis-specific alpha-mannosidase [EC:3.2.1.24]
Organism
slal  Seriola lalandi dorsalis (Yellowtail amberjack)
Pathway
slal00511  Other glycan degradation
Brite
KEGG Orthology (KO) [BR:slal00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    111647220 (man2b2)
Enzymes [BR:slal01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.24  alpha-mannosidase
     111647220 (man2b2)
SSDB
Motif
Pfam: Glyco_hydro_38N Glyco_hydro_38C Alpha-mann_mid Glyco_hydro38C2
Other DBs
NCBI-GeneID: 111647220
NCBI-ProteinID: XP_023252607
Ensembl: ENSSLDG00000002758
Position
Unknown
AA seq 1016 aa
MTFLVVFVFCCCFSYGVTDSENEPIQTFVIPHSHMDVGWVYTIQESMHAYAANVYTSVTE
ELSKAKDRRFIAVEQEFFRLWWDTVATNTHKRQVRQLVKEGRLEFIIGGQVMHDEAVTDL
EDEILQMTEGHGFLYETFGVRPQFSWHVDPFGASATTPVLFALAGFNAHLISRIDYDLKD
TMQKKKNLQFVWRSSHSLKDKQQIFTHTMDQFSYCTPSHLSFSNSSGFYWNGVALFPDPP
KNGVYPNMSLPVTKETVHAYAQTMVENIKQRAAWFRTNHVLWPWGCDKQFYNSSVQFNNM
DPLMKYINQNSKEFGVTVQYASLSEYFQAIYQSDLVWESRGSEDFLPYSTEPYQAWTGFY
ASRNVLKGMARQASSQLHAAETLFTRYRISFPDGPVAKDWALHKLRALRWAVSEVQHHDG
ITGTESPKVADMYMQHLTQAMMGVEELLAALFLLPHHLDIPSMLSSHYHRKGVHQTLEQH
VIVYNPLAWNITTIINVTVTFPNAAVFDDDRQPVLAQIQRSAQSNVTYDLFIMVDLGGLQ
HRKYLIKFSGKPCSGKSKCSWTYEAKGVLFERRHVQDWKKTGRRLLPVLNECYKLMFDQD
TNLLHSITYLEEKMRVRMTQDFWEYHANGDVKSGPISDNYIFSTNGSAVRAYKAVEMEII
PGKIVSEIRQYFYREEIDKDYAYSITTRVPECFGTRLRCHRLEQTYSLGPLHLNTEVVLR
TSSALKNNRTLYTDDNGYQMMKRPHRKFTNNTLARNYFPMVRTAFIEDDLSRLVLTSDRA
HGVSSQASGQLEVMLHRRLWNNLPWNLGYNLTLNDSSVVRPTLWMTLGSISTTSTLYQRE
AIELQHRPVIMPIDQPQKPWLEKEPRGSSPVHSVVLPPNLHLLSLSIPGWNYSSNHDVHL
SHIHSGKDLHSEPDYDRILLRIMHLYEEGEHPELSKPVTINLKDVLQGIGEVKVLEERSL
TGTWDITSLQRWKWKTADNLETKNKWCWRCGEEAFTVSISPKEIRTFFAHLVSKNF
NT seq 3051 nt   +upstreamnt  +downstreamnt
atgacatttttagtcgtgtttgttttttgttgctgcttctcatatggagtgacagacagt
gaaaacgagccaattcagacatttgtaattcctcacagtcacatggatgttggctgggtg
tacactattcaggagagtatgcacgcctatgcagccaatgtgtacaccagtgtgactgag
gagctgtctaaggctaaagaccgcaggttcatcgctgtggagcaggagttcttccggctg
tggtgggacactgtggccacaaacacacataaaagacaagtgcgacagcttgtaaaagaa
ggccgactggagttcatcatcgggggccaagtgatgcacgacgaggctgtaactgatcta
gaggatgagatattgcaaatgacagagggacacggcttcctctacgagacgttcggggta
cgtcctcagttctcctggcacgtggatccatttggagcctctgccaccacgccggtcctg
tttgccctggcaggtttcaacgcccacctcatctcacgcattgactatgacctaaaagac
accatgcagaaaaagaagaacctacagtttgtgtggagaagttctcactctctaaaggac
aagcagcagatcttcactcacactatggaccagtttagttattgtactccatcccacctg
tcgttctcaaacagctctggtttctactggaacggagttgctttgttcccagacccgcct
aaaaatggagtctaccccaacatgagccttcccgtcactaaggagacagtacacgcctac
gcccagaccatggtggagaacatcaagcagagagcagcatggttcaggaccaaccatgtg
ctctggccatggggctgtgacaaacagttctacaactcatctgtgcagttcaacaacatg
gatcctttaatgaagtacatcaaccagaacagcaaagagtttggtgtgacagtccagtat
gccagtctaagtgaatacttccaagccatctaccaatcagatcttgtttgggagagtcgg
ggcagtgaagattttctgccatattccaccgaaccataccaggcatggacaggattttat
gcctccagaaatgttttaaaagggatggcacggcaagctagttcccagctgcacgcagcc
gagactcttttcacacggtatcgaatcagcttccctgacggacctgtggctaaagactgg
gccctgcacaaactgagagcacttcgctgggctgtctctgaggtgcagcaccatgatggt
atcactggcacagagtctcccaaggtggcagacatgtacatgcagcatctcacgcaggcc
atgatgggagtggaggaacttctcgctgcgctctttctgctgccccaccaccttgacatc
cccagcatgctcagcagccactatcacagaaaaggtgttcatcagactctggagcaacat
gtcatcgtttacaaccccttagcgtggaacatcaccactatcatcaacgtaacagtaacc
ttcccaaatgcagccgtctttgatgatgatcgacagcctgtgctggcacagatccagaga
tcagcacagtccaatgtcacctatgatcttttcatcatggtggacctgggaggccttcag
catagaaaatacttgattaagttctctggcaagccgtgctctgggaagtccaagtgtagc
tggacttatgaagctaaaggggttctgtttgagagacgccacgtccaggactggaaaaaa
acagggaggaggcttctaccagttctgaatgaatgttacaagctcatgtttgaccaggat
accaatctactgcacagcatcacctatcttgaggaaaaaatgagagtaaggatgactcag
gatttctgggagtaccacgcaaacggagacgtaaaatcagggcccatctctgataactac
atcttcagcaccaacggttcggctgtgcgggcctacaaggccgttgaaatggagattatc
cccgggaagattgtgtctgaaatcaggcaatacttctacagagaggaaatcgataaagat
tacgcttactcaatcaccacccgtgtcccagaatgtttcgggaccagactgcggtgtcat
aggctggagcaaacctattcgctgggacccctccatctaaacacagaggtcgtcctcagg
accagctctgccctgaagaacaacaggaccctgtacacagatgacaatggttaccagatg
atgaagagaccacacaggaagttcactaacaacactttagcaagaaactacttccccatg
gttcggacagcgttcattgaggatgacctcagcagactggtgctcaccagcgacagagcg
cacggtgtgtccagccaagccagcggacaactagaggtcatgctccatcgacgtctttgg
aacaacttgccctggaacctcggctacaacctgaccctcaatgacagctcagttgtaagg
cccaccctgtggatgacgcttggctccatcagcaccacctccactctttaccagagggag
gcaatagagctgcagcacagacctgtcatcatgcccatagaccaacctcagaagccctgg
ctggaaaaggagcccagaggaagttctcctgtgcattcagtcgttttgccgccaaacctc
cacctgctcagtctcagtatccccggatggaactacagctcgaatcatgacgttcacctc
agtcacatacactcaggtaaggatctgcactcagagccggactacgatcgaatcctgttg
agaatcatgcatctgtatgaggagggagaacatcctgagctttcgaagccagtcacaata
aacttaaaggatgttctgcagggcataggggaagtaaaagtgctggaggagcgttctctc
acaggaacctgggacatcaccagtctgcagaggtggaagtggaagactgcagataactta
gaaacaaagaacaaatggtgttggagatgtggagaagaagctttcaccgtcagcatctca
cccaaagagatcaggacgttcttcgctcatttagtttctaagaacttttag

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (11)   

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