KEGG T01125: Smon

Streptobacillus moniliformis: Smon_0005

Entry

Smon_0005 CDS T01125

Definition

glycosyl hydrolase family protein

Orthology

K01186

sialidase-1 [EC:3.2.1.18]

Organism

smf Streptobacillus moniliformis

Pathway

smf00511

Other glycan degradation

Class

Metabolism; Lipid metabolism; Sphingolipid metabolism
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:smf00511]

SSDB

Motif

Pfam:

BNR_3 BNR_2 BNR

Other DBs

NCBI-GI:

269122805

NCBI-GeneID:

8599700

UniProt:

D1AW29

Position

4069..6642

AA seq 857 aa
MVNMNRKILMFFILSTQLLNALGSYNNGFFDGFKEENLTKVKYDNSTYPTEGQIGKPENN
GKWPGIGPNGEKEGTATLLYTRIPSIIVTNDNKIIVMYDLRWNNPKDPGNNTREKIGADH
GRIDQGISISEDGGKTWKTKTGIKFDDIWRYGKRTAPQKYRRRLMDSTLIYNHLTDEILS
LHGSWNEFTGGNWYAKREDYYNKEIWAALMHKSIDGGKTWERTHKFDKNNNGLFKEHSPD
NPVKAFLGGVGTGIVMRDGTLVMSVQTAHENKGMGKKAIGATLMYSRDGGKTWQMPKIDN
SKILMPNSSSLENMLFEMDGKLVITGRGIDTSNNSGQRNNKQRNNMNNKHRWAYYTEDMG
QTWKKFEPLHTFQTVTSQATQGSTLYVTLPSGKKVILVSAPKGNGNDSWKRGNLALYALS
GKDKNHMKEITLIKPGSGNALGAGYSSLAYKGGNLFAAYEDNGDISVKNLTEYIAEIEKL
ATEWGLEDERAKDIKKVKELKSLTTKQKELLEKAMMEDNDRAFTEAMVLNTELEELDKNV
AKYSKELEDNKEALPSSIRRFNSAIEGLKGEKRDNLVKVLKTRIIKAEVDDTGENIKDVM
DFDLYKPVAEKFLYKRVDIAENDDNIFAGFGVKVGSTDNYFKFGYNHDISNFKLGGFFEI
YESKINARNISVGTTFKTVFENKHTFKNFIRYRHQSLYNLKINNKNDRYNDVILHNLDFY
SSYETKLNLNKNISITPKAGILLTYSHEALLDEDARLDRRIGVSTDISVKAELKHKNTKF
KIKPEILITDNAKYISQTNLSNKRDKTDNKILEYNIQFGISAKVNGINLDLDLDLNDTSK
NRNKTNVRLNFMSGYSW

NT seq 2574 nt +upstreamnt +downstreamnt
atggttaatatgaatagaaaaatactgatgttttttattttgtcaacccagcttttgaat
gcgttgggaagctataacaatggtttttttgatggttttaaagaagagaatcttactaaa
gtaaaatatgacaatagtacatatccaactgagggtcaaattggaaaaccagaaaataat
ggtaagtggccaggaataggtcctaatggtgaaaaagagggaacagctacacttctttat
actagaatcccgtctataatagttactaatgataataagataattgtaatgtatgattta
agatggaataatcctaaagatccaggtaataacactagagaaaaaataggagcagatcat
ggtaggatagatcagggtatttcaatttcagaagatggtggtaagacttggaaaactaaa
acaggaataaaatttgatgatatttggagatatggtaagagaacagctccacagaaatat
agaagaagattaatggattctactttaatatataatcatttaactgatgaaatcctttct
ttacatggttcttggaatgaatttactgggggcaattggtatgcaaaaagagaagattac
tataacaaagaaatttgggcagctttaatgcataaatcaatagatggtggaaagacatgg
gaaagaactcataaatttgataaaaataataatgggttgtttaaggaacatagtccagat
aatcctgtaaaagcctttcttggtggagttggaacaggtatagttatgagagatgggact
ttagtaatgtcagttcaaacagctcatgaaaataaagggatgggtaaaaaagcaataggt
gctaccttaatgtattctcgtgatggtggaaaaacatggcaaatgccaaagatagataat
agtaaaatattaatgcctaatagctcatcacttgaaaatatgttatttgaaatggatggt
aaattagtaattactggtagaggaattgatactagtaataacagtggtcaaagaaataat
aaacagagaaataatatgaataacaaacatagatgggcatattatacagaagatatgggt
caaacatggaaaaagtttgaaccattacatacttttcaaactgtaacaagtcaagctaca
caaggatctacactttatgtaacacttcctagtggtaaaaaagttatacttgtttcagca
cctaagggtaatggaaatgatagttggaaaagagggaatttagcactttatgcactttca
ggaaaagataaaaatcatatgaaagaaataacattaattaaacctggttcaggaaatgcg
ttaggagctggatattcttcacttgcatataaagggggtaatctatttgcagcatatgaa
gataacggtgatatttcggtaaagaatttaacagaatatatagcggaaatagaaaaatta
gcaacagaatggggattagaagatgaaagagctaaggatataaaaaaggttaaggaactt
aaatctctaacaactaaacaaaaagaattattagaaaaagctatgatggaagataatgat
agagcttttactgaagctatggttttaaatactgaattagaagaattagataaaaatgta
gcaaaatattctaaagaattagaggataataaggaagcacttccatctagtattagaaga
tttaattcagctatagaaggtttaaaaggagaaaaaagagataatttagtaaaagtatta
aaaactaggattataaaggctgaagtagatgatacaggagaaaatattaaagatgtaatg
gattttgacttatataaacctgtagctgaaaaattcttatacaaaagagtagatatagca
gaaaatgatgataatatatttgctggttttggtgttaaagtaggttcaactgataactat
tttaaatttggatataatcatgatatatctaattttaaacttggtggattctttgaaatt
tatgaatcaaaaataaatgcaagaaatatttctgtaggaactacttttaagactgtgttt
gagaataagcatacatttaaaaactttattagatatagacatcaaagtctgtataactta
aagataaataataaaaatgatagatataatgatgttattttgcataatttagatttttat
tcatcatatgaaactaaattaaatttaaataagaatataagtataacacctaaagctgga
attttactaacatattcacatgaagctttattagatgaagatgcaagacttgatagaaga
ataggtgtaagtacagatatttcagttaaggcagaattaaaacataaaaatactaaattt
aaaattaaaccagaaattttaataacagataatgccaaatatatatctcaaactaattta
tctaataagagagataaaacagataataaaatattagaatacaatattcaatttggaatt
agtgctaaagttaatggtataaatttagatttagacttagatttgaatgatacttcaaaa
aatagaaataagactaatgttagattaaactttatgagtggatatagctggtaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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