KEGG   Alligator sinensis (Chinese alligator): 102380537
Entry
102380537         CDS       T02922                                 
Symbol
MAN2B2
Name
(RefSeq) epididymis-specific alpha-mannosidase isoform X1
  KO
K12312  epididymis-specific alpha-mannosidase [EC:3.2.1.24]
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn00511  Other glycan degradation
Brite
KEGG Orthology (KO) [BR:asn00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    102380537 (MAN2B2)
Enzymes [BR:asn01000]
 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
     102380537 (MAN2B2)
SSDB
Motif
Pfam: Glyco_hydro_38N Glyco_hydro_38C Alpha-mann_mid Glyco_hydro38C2
Other DBs
NCBI-GeneID: 102380537
NCBI-ProteinID: XP_006017095
UniProt: A0A1U7RMS0
Position
Unknown
AA seq 1006 aa
MLLLLALLSLALRTACLPELKAFVVAHSHMDVGWVYTVQESMHAYAANVYTSVVEELMKE
NHRKFIAVEQEFFRLWWDTVATDVQKQQVHQLLQEGRLEFVIGGQVMHDEAVTHIDDQIL
QLTEGHGFLYETFGIRPQFSWHVDPFGASATTPTVFALAGFNTHVISRIDYDLKDKMQKT
KKLQFVWRSSPSLSENQEIFTHVMDEFSYCTPSQLPFSNRSGFYWNGIAVFPDPPKDGVY
PNMSLPVTDTSIHLYAQTMVANIKNRAAWFRTNDVLWPWGCDKQFFNASVQYTNMDPLLD
YINKHADEFGVTVQYATVNDYFQAVHSRNFTWDIMNDQDFLPYSTEPFQAWTGFYTSRSM
LKGIARRASSLLYAGESFFTQYVQTYSAGSVCKFWALEQLRSLRWAVSEVQHHDGITGTE
SPKVKDMYVNNLMNGMINVKKLMASIIFDMHSAEKNGQLYSYVAGKDAGKQGTRNIEQYI
FFYNPLAWNITTFVTIPVSYSAVSVYDDLGHSVPAQIHNSTEAHSTYDLYILVTISGLSY
RRYSVKISADNGLAFVAKSIKYRPKVINYAQHQSKQLLSVLNNCYQVMWDQDTNLMHSIT
DRETNQTIQVTQEFLEYHVNGDVKKGPISDNYIFSTDGAAVQVSKAVGLEVVSGNLVTEI
RQYFYSNITALDHKYAIYTRLYHVPNGYDGKLLCHRIEQEHRVGSLELNREAILRTSTNL
NTKQMLHTDDNGYQIQKRQYKAYMNNTVARNYYPLVQTAYIEDGYTRLTLLAERAHGVSS
QENGQVEVMLHRRLWNNFEWDLNYNLTLNDTSVVHPVFWLILGAKDVTNVLSHTGAVALE
HRPVVMFGNLMGEPKLHRQPSPVQSDPVVLPPNLHLQTLSIPGWTYSSNHTEQLQNIHKG
NHKEEAADFSRVLLRIRHLYEVGEDPMLSQPATVNLKALLKGLGTVVLVEERSLTGTWDI
NALNRWKWKTAQHLSQGFFNTKTAENVTVTIHPKEIRTFFLYFKDH
NT seq 3021 nt   +upstreamnt  +downstreamnt
atgctgctgctgctggcgctgctgagcttggcgctgcggaccgcctgcctgcccgagctc
aaggcttttgtggtggcccacagccacatggacgttggctgggtttacacggtgcaggaa
agcatgcatgcctatgctgccaatgtatacacttctgttgtagaagaactaatgaaagaa
aatcatcgcaagtttattgcagtagaacaggagttttttcgcctttggtgggacacagta
gccacagatgtacagaagcagcaggtacatcagttacttcaagaagggcgactagaattt
gtaattggaggtcaggtgatgcatgatgaagctgtgacacacattgatgaccaaatttta
cagttaacagagggtcatggatttttgtatgaaacctttggaataaggcctcagttttca
tggcatgtagatccctttggagcttctgctactacaccgactgtttttgctctggctggt
tttaacacccacgtcatctctcgcatagactacgatctgaaggacaaaatgcagaaaacc
aagaagcttcagtttgtgtggagaagttctccctccttatctgaaaatcaggagatcttc
actcatgttatggatgagttcagctattgtaccccatcacaactgcccttttcaaacaga
tcaggattttattggaatggaattgcagttttcccagatccaccaaaagatggtgtttat
ccaaacatgagtcttcctgttactgataccagcattcacctttatgcacaaaccatggtg
gcaaacattaagaacagggcagcatggttccgaactaatgatgtcctgtggccatggggc
tgtgacaaacaattctttaatgcatcagttcagtacaccaacatggatccattactagat
tatattaataagcatgctgatgaatttggagtgactgtccagtatgccactgttaatgat
tacttccaggcagtgcatagcagaaacttcacatgggacattatgaatgatcaagacttt
cttccatattcaacagaaccatttcaagcttggacggggttttatacttcccgcagcatg
ctgaagggaattgcacggagagcaagttcacttctctatgctggagagtcatttttcaca
cagtatgttcagacgtactcagcaggctctgtttgcaaattttgggccttagagcaactt
cgcagtctcagatgggcggtctcggaggttcaacaccatgatggcataacaggcacagag
tcccccaaggtgaaagacatgtatgtgaataacttgatgaatggaatgattaatgtaaag
aagcttatggcttccataatctttgacatgcacagtgctgagaagaatggacaactctat
tcttacgttgctggtaaagatgcaggaaaacaaggtacaagaaacattgaacaatatatt
tttttctataatccactggcatggaacatcactacttttgtcactattcctgtgagctac
tctgcagttagtgtgtatgacgacctgggacattctgtaccagcacagatccataactct
acagaagcccattctacctatgatctgtatattcttgtcacgataagtggactgagctac
cgaagatacagtgttaaaatctcagctgacaacggattagcatttgttgcaaaatcaatt
aagtatagaccaaaagtaataaactatgctcaacaccagagtaagcagctgctttctgta
cttaataactgctatcaggtgatgtgggaccaagatactaacctaatgcacagcattaca
gacagggagactaaccagactatccaggtaacccaggagttccttgaatatcatgtgaat
ggagatgtgaagaagggacctatttcagacaactacatatttagcacagatggagcagct
gttcaagtatcaaaagcagtgggactagaagttgtttcaggaaacctagtgacagaaata
aggcaatatttttacagcaatattactgctctggatcacaaatatgcaatatataccagg
ctgtatcatgtaccaaacggctatgatggaaagctgctttgccataggatagagcaagaa
cacagagttgggtctttggaactaaatcgtgaggcaatcctacggacaagcacaaactta
aacactaagcaaatgcttcatactgatgacaatgggtatcagatccagaagagacaatac
aaggcctacatgaataatactgtggcacggaactattatcccctggtccagacagcctac
atcgaggatggctacacaagactgacgctgcttgcagaaagagcacatggcgtctcaagt
caggaaaatgggcaagtggaggtgatgcttcataggagactatggaacaactttgagtgg
gatctgaattacaatctcaccttgaatgacacctcagtggtgcatccagtattttggctc
attttaggagctaaggatgttaccaatgttctctctcatacaggcgcagtggctttagag
cacagaccagttgttatgtttggaaacttaatgggtgaaccaaagctgcatagacaacct
tctcctgtccagagtgatcctgtggtcctcccacctaaccttcacctccaaactctaagc
attcctggttggacatacagctccaaccacactgagcagctccagaatattcacaagggc
aatcataaggaagaggctgcagatttcagtcgtgtccttctgagaatcaggcatctatat
gaagtaggagaagatccaatgctgtctcagcctgcaacagtgaatctgaaggctctgctg
aagggattgggaaccgtggtactggtagaggaacggtcacttacaggaacctgggatatc
aatgctttgaatcgatggaagtggaaaacagcacagcatctaagccaaggattcttcaat
accaagactgcagaaaatgttactgtaactatacacccaaaggaaatcaggacctttttt
ctatactttaaagatcactga

  All links  
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 (19)   
   KEGG ORTHOLOGY (1)   
   RefGene (15)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (37)   

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