KEGG   Oreochromis niloticus (Nile tilapia): 100711846
Entry
100711846         CDS       T06104                                 
Symbol
man2b2
Name
(RefSeq) epididymis-specific alpha-mannosidase isoform X2
  KO
K12312  epididymis-specific alpha-mannosidase [EC:3.2.1.24]
Organism
onl  Oreochromis niloticus (Nile tilapia)
Pathway
onl00511  Other glycan degradation
Brite
KEGG Orthology (KO) [BR:onl00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    100711846 (man2b2)
Enzymes [BR:onl01000]
 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
     100711846 (man2b2)
SSDB
Motif
Pfam: Glyco_hydro_38N Glyco_hydro_38C Alpha-mann_mid Glyco_hydro38C2
Other DBs
NCBI-GeneID: 100711846
NCBI-ProteinID: XP_003449388
Ensembl: ENSONIG00000009282
Position
LG3:19542450..19549420
AA seq 1008 aa
MGFVAAVVFAVCCWFSHGVAGQEEPIQTFVIPHSHMDVGWVYTIQESMHAYAANVYSSVT
EELSKVKERRFIAVEQEFFRLWWDTVASDTQKKQVRQLIKEGRLEFIIGGQVMHDEAVTD
LDDDILQMMEGHGFLYETFGVRPQFSWHVDPFGASATTPVLFALAGFNAHLISRIDYDLK
DIMQKNKKLQFVWRGSPSLKSQQEIFTHTMDQFSYCTPSYLPFSNCSGFYWNGVALFPDP
PKDGVYPNMSLPVTKETVHAYAKTMVENIKQRAAWFRTNHVLWPWGCDKQFYNSSVQFNN
MDPLMKYINQNSKEFGVTVQYATLSEYFQTIYQSNLTWEVRGSEDFLPYSTEPYQAWTGF
YASRNVLKGVARQASSRLYAAETLFTRYRISFPDGPVAKDWALDKLRALRWAVSEVQHHD
GITGTESPKVADMYLQHLLQAMMGAEELLAALFLLPHNLQSPSILGERYPTKDIEQTLEQ
HVIVYNPLAWNITTIVNVTVTQPSAAVFDDDGQPVPAQIQGSAHSNATYDLFIVVELGGL
QYRKYLIKFPENSKAYEAKAVSFERRSVKDRAKAGRLLLPVLSECYELLFDQDTNLLHSI
TYLEEKRRVMITQDFWEYDANGDVKAGPISDNYIFSANGSAVRAYKAVEMEIIPGKIVTE
IRQYFYREESDKDYAYSITTRVPECFGTKLPCHRLEQTYSLGPLSLNTEVVLRTSTSVKN
NRTLYSDDNGYQMMKRTYRKFTNNTLARNYFPMVRTAYIEDDLSRLVLVSDRAHGVSSQT
DGQLEVMLHRRLWNNLQWNLGYNLTLNDSSVVRPTLWMMLGSVSATSKLYQREAVQLQHR
PVVMPIDQPQKPWQVKEPKRGSPLRSVVLPPNLHLLSLSIPGWNYCSNHSVHLSHIQSGK
DLHSQPDYDRILLRIMHLFEEGEDPELSKPVTINLKEALQGMGEVKGVEERSLTGTWDIA
SLQRWKWKTADNLEKDNKQQRRQDDDFTVTISPKEIRTFFVHFVSRNF
NT seq 3027 nt   +upstreamnt  +downstreamnt
atgggatttgtagcggctgtcgtgtttgctgtttgctgctggttctcgcatggagtggca
gggcaagaagagccgattcagacatttgtgatccctcacagtcacatggatgttggctgg
gtgtacactatccaggagagtatgcacgcctatgcagctaatgtgtacagcagtgtgact
gaggagctgtcaaaggttaaagagcgcaggttcatcgctgtggagcaggagtttttccgt
ctctggtgggacaccgtggcctcggacacacaaaagaaacaggtacgacagcttatcaaa
gaaggtcgtcttgagttcatcatcggaggtcaagtgatgcacgatgaggctgtaactgac
ctggacgatgacatcttgcagatgatggagggtcatggcttcctgtatgagacgtttggg
gtgcgtcctcagttctcatggcatgtggatcctttcggagcctctgccaccacccctgta
ctgtttgccctggctggattcaatgcacatctcatctctcgcattgattatgaccttaag
gatatcatgcagaaaaacaagaaactgcagtttgtatggcgaggctctccctcgttgaaa
tcacagcaagagatcttcactcacaccatggaccagttcagctattgcactccatcctac
ctgccgttctccaactgttccgggttttattggaatggagttgccttgtttccggaccca
cctaaagatggagtttaccccaacatgagcctacccgtgaccaaggagacagtccatgct
tacgccaagaccatggtggagaacatcaagcagagagcagcgtggtttagaactaatcat
gtactttggccatggggttgtgacaaacagttctacaactcatcagtacagttcaacaac
atggaccctctgatgaagtacatcaaccagaacagcaaagagtttggggtaacagtccag
tacgccactctgagtgaatacttccagaccatctaccaatcaaatctaacctgggaggtg
cgtgggagtgaagacttcctgccatattcaactgagccctaccaggcatggacggggttt
tacgcctccagaaacgtcctgaaaggcgtggcgcgacaggccagctccaggctgtacgca
gcagagaccctcttcacccgctaccgaatcagcttcccagatggacctgtggccaaggac
tgggccctggacaaactcagagcgctgcgctgggctgtttctgaggtgcagcatcatgat
ggcatcactggcacggagtctcccaaagtggctgacatgtacctgcagcatctcctgcag
gccatgatgggagcagaggagctcctagctgctctctttctgctgccccacaacctccag
agtcccagcatccttggcgagcgctaccctacaaaagatattgagcagactttggagcag
catgtcatcgtttataaccctttggcgtggaacatcaccacgatcgtcaacgtaaccgtg
acgcagccgagcgcagccgtgtttgatgatgatggacagcctgtccctgctcagatccag
gggtcagcacactccaatgcaacctacgaccttttcatcgtggtggaacttggaggcctt
cagtacaggaaatacttaattaagttccccgagaattccaaggcttatgaagcgaaggcc
gtttcgtttgagagacgcagcgtgaaggaccgggcgaaagcagggaggctactacttcct
gttctcagcgaatgttacgaactcttgttcgaccaggacaccaatctactgcacagcatc
acctatcttgaggagaaaaggagagtaatgatcacacaggatttctgggaatatgatgcc
aatggagacgtaaaagcggggcccatttctgataactacatcttcagcgctaatggttca
gctgtgcgggcctacaaggctgtggaaatggagataatcccagggaagattgtcactgag
atcaggcagtacttctacagagaggagagcgataaagactacgcctactccattaccact
cgtgtcccagaatgctttgggaccaagctgccgtgtcacaggctggagcagacctactct
ctgggcccactcagcctcaacacagaggtcgtactcaggaccagcacctcagtgaagaac
aacaggaccctgtactcggacgacaatggctatcagatgatgaagaggacatacaggaaa
ttcacaaacaacactttagcacgaaactacttccctatggtgcgcacggcttacattgag
gatgacctcagcaggctggtgctcgtcagcgacagagctcacggtgtgtcgagccaaact
gacggacaactggaggtcatgctccatcgccggctttggaacaacttgcagtggaacctc
gggtacaacctgactctaaatgacagctctgttgtgaggcccacgctgtggatgatgctg
ggctctgtgagcgcaacctcgaagctgtaccaaagggaggcggtgcagctgcagcacaga
cctgtcgtcatgcccatagaccagcctcagaagccctggcaggtgaaggagcccaagcgt
ggttctcctttgcgttcggttgttctgccgcccaacctccacctgctcagcctcagcatc
cccgggtggaactactgctccaatcacagcgttcacctcagccacatacagtcaggtaaa
gatttgcactcgcagccagactatgatcggatcctgttgagaattatgcatctcttcgaa
gagggagaggaccccgagctttcgaagccagtcaccataaacttaaaggaagctctgcaa
ggcatgggcgaagtgaagggcgtggaggagcgttctctgacagggacctgggatatcgcc
agtctgcagaggtggaagtggaaaactgcagataacttggaaaaagacaacaaacagcag
cggagacaggacgacgatttcactgtgaccatctcccccaaagagatcaggaccttcttt
gttcactttgtctccaggaacttttag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (8)   
   RefSeq(nuc) (2)   
   GenBank (3)   
   EMBL (3)   
Protein domain (4)   
   Pfam (4)   
All databases (27)   

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