KEGG   Mycoplasmoides gallisepticum WI01_2001.043-13-2P: HFMG01WIA_4237
Entry
HFMG01WIA_4237    CDS       T02204                                 
Name
(GenBank) sialidase
  KO
K01186  sialidase-1 [EC:3.2.1.18]
Organism
mgw  Mycoplasmoides gallisepticum WI01_2001.043-13-2P
Pathway
mgw00511  Other glycan degradation
mgw00600  Sphingolipid metabolism
mgw01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:mgw00001]
 09100 Metabolism
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    HFMG01WIA_4237
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    HFMG01WIA_4237
Enzymes [BR:mgw01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.18  exo-alpha-sialidase
     HFMG01WIA_4237
SSDB
Motif
Pfam: BNR_2 BNR_3 BNR Phage_Orf51
Other DBs
NCBI-ProteinID: AFP79183
UniProt: J3VHE2
Position
complement(716773..719589)
AA seq 938 aa
MKKTKAQKDQQKKSQFKKRFWFTFTFLIGSITIISSFLIPLSLKWIWAPLNIEEDLEINI
KDDLNGSRFISEINSDNLPEFVNAFFNNKQYSIDDLNLKLAGVNYITGWVYVQASVKPNV
KVAKKYQDAVKLFKLEFKNSQVKLFDPNVKTFLIKPENNTKEFTSEFQTREDLESFLNNA
DNISLSELQDKLNLTFFDKNNVPLNLYTGAVVTLSNPVKFTIASYVMDYKITWQIPAAND
VFYGNLYSFSLNGKLNLWLKKINSISSLYSDVDDIDFKKLQSKEIFKNLEEVQNFSTSIE
TLDQFYNVPDDLVVKGQDFKLGYYVNKTAQTFDNVESFLDNSNLISSGYLTRMTYDDKHK
VVISKPNLDTFTKASSETQKKYLQSFKQNKAPVKVTIANTVDRTVEVFYTDFSFNKSPLV
NGKYLFFNMSPPGDKFVYYTKDVNTWRIPGVVKTHDNKLIFNADKRVNNKDDRGHLEQDI
RVSEDGGKTWSNPQTIVRISAKNTKDGANKGQVIDGTMLEVFDKSINKHKLLYVFGVSSY
LHTVHDEWTIRGDGNTSGLVNNNKWMLFIDKENLKQKFVAKPITVDGDSNWFKVFKVKNS
SRVQWKDIDDTTQLDEANIIIDNSLKNGTITGNVYDKVPSNIFSTFGEPGRNSRSSEISG
YISKYSIWDQRWPNYFVFNRMQKNAYFANSRYYFDNILWTFQVESIDGGKTWTNLRNVSP
FLNRKDQRWYINGVGNGIQLNHQRNSNGDVIAVFPFYFANKRKLERSKLMATKDGGKTWY
ELADYPFKLLPPGASESSISEDSKGNLWWLARRSDGRVFTLIKSEDGGKNWKVIFNAKRG
IFTGQFIGSTIFNIKALGEKLIFSASDNRGGKIYLVDINNPRTLEPIYTINRGSYGYSTT
VTFNENDNYFDVLTFYEVNSPQKGRDINLKRLRVFVVS
NT seq 2817 nt   +upstreamnt  +downstreamnt
atgaaaaaaactaaagctcaaaaagatcaacaaaaaaaatcgcaatttaaaaagagattt
tgatttacctttacatttttaatcggaagcataacaattataagttcttttttaattccg
ctttcattaaaatgaatttgagctcctcttaatatagaagaggatcttgaaattaatatt
aaagatgatttaaatggttcaagatttatctcagagataaatagtgataaccttccagag
tttgttaatgcattttttaacaacaaacaatattcaattgatgatttaaatttaaaacta
gcaggagttaattacattactggttgagtttatgttcaagcttcagtaaaacctaatgtt
aaagtagctaaaaaatatcaagatgcagttaaactatttaaactagaatttaaaaactca
caagttaaattattcgatcctaacgtgaaaacatttttaattaaacctgaaaataacact
aaagaattcactagcgagtttcaaactagagaagatcttgaaagctttttaaataatgca
gataatatttcactatcagagcttcaagataagcttaatttaactttttttgataaaaat
aacgttccgctaaatttatataccggagctgtagttacgctaagcaatcctgttaaattc
actatcgcatcatatgtaatggattataaaattacatgacaaataccggcagctaatgac
gtattttacggaaacttatattcatttagcttaaatggaaaattaaatctatgactaaaa
aaaataaattcaatttcaagtttatacagtgatgttgatgacattgactttaaaaaactt
caatcaaaagaaatttttaaaaaccttgaagaggttcaaaacttttcaaccagtattgaa
actttagatcaattctataacgttcctgatgatttagtagttaaagggcaagactttaaa
ctaggatactacgttaataaaacagcacaaacctttgacaacgttgaatcatttttagat
aacagcaacttaatatcaagcggttacttaactagaatgacctacgatgataaacataaa
gttgttatatctaaacctaatttagatacctttactaaagcatcatctgaaacccaaaaa
aaatacctacaaagctttaaacaaaataaagctccagttaaagtaactatcgcaaatacc
gtcgatagaactgtagaagtattttataccgacttttcatttaataaaagtccgcttgtt
aacggaaaatatttattctttaacatgtctcctccaggtgataaattcgtctactataca
aaagatgtaaatacttgaagaatacctggagttgtaaaaactcatgataataaactaatt
tttaacgctgataaaagggttaacaataaagatgaccgtgggcatctagaacaagacata
agagtatctgaagatggtggaaaaacctgatcaaatcctcaaactattgttagaatttca
gctaaaaataccaaagatggtgcaaataaaggtcaagtaattgacggaacaatgttagag
gtgtttgataaaagcattaacaagcataaacttttatatgtttttggagtttctagttac
ttacatacagttcacgatgaatgaaccattagaggtgatggaaatacttcagggctagta
aataacaataagtgaatgctatttattgataaagaaaatctaaagcaaaaatttgtagca
aaacctattacagtcgatggtgatagtaactgatttaaagtatttaaagttaaaaatagt
tctcgcgttcaatgaaaagatattgatgatacaacccagcttgacgaagctaatataata
attgataactcattgaaaaacggaactataactggaaatgtctacgataaagttccaagt
aatatctttagcactttcggtgagcctggtagaaattcaagatcatcagaaatttcagga
tatatatcaaaatactcaatttgagatcaaagatgaccaaattactttgtttttaataga
atgcaaaaaaatgcttactttgcaaattctagatactactttgataacattttatgaact
ttccaagttgaaagtatcgatggcggaaaaacctgaactaatttgagaaacgtatctcca
tttttaaatagaaaagatcaaagatgatacataaatggtgttggaaacggaattcaactt
aatcatcaacgtaattcaaatggagatgttatagcagttttcccattctattttgctaac
aaaagaaagctagaacgttctaaattaatggcaactaaagatggtggaaaaacctgatat
gaacttgcagattatccatttaaacttcttcctcctggagcttctgaatcatctataagt
gaagatagtaaaggtaatttatgatgacttgccagaagatctgatggaagagttttcaca
cttattaaatcagaagacggtggaaaaaactgaaaagtaatctttaacgctaaaagagga
atttttacaggacaatttattggatctactatctttaacattaaagcactaggagagaaa
ttaattttctcagctagtgataatcgtggaggaaaaatttatctagttgatataaataat
cctagaacccttgaaccaatttacaccataaatagaggttcatatggttattcaactaca
gtaacttttaacgaaaatgataactactttgacgtattaactttctacgaggtaaatagc
cctcaaaaaggaagagacatcaacctaaaaagacttagagtctttgtggttagttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (25)   

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