KEGG T01173: smi

Streptococcus mitis B6: smi_1537

Entry

smi_1537 CDS T01173

Definition

N-acetyl-beta-hexosaminidase

Orthology

K12373

hexosaminidase [EC:3.2.1.52]

Organism

smb Streptococcus mitis B6

Pathway

smb00511	Other glycan degradation
smb00520	Amino sugar and nucleotide sugar metabolism
smb01100	Metabolic pathways
smb01110	Biosynthesis of secondary metabolites

Class

Metabolism; Carbohydrate metabolism; Amino sugar and nucleotide sugar metabolism [PATH:smb00520]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:smb00511]

SSDB

Motif

Pfam:

NAGidase F5_F8_type_C Glyco_hydro_20b Glyco_hydro_20 YSIRK_signal Gram_pos_anchor Glyco_hydro_67N

Other DBs

NCBI-GI:

289168370

NCBI-GeneID:

8798350

UniProt:

D3HA79

Position

complement(1565407..1573719)

AA seq 2770 aa
MGKHFFERRCHYSIRKFTIGAASVMIGASIFGAGMVQAAETEGTAETEGTVTQAQPLDKL
PADIAAAIEKAEASAGTVDGQPAASETEATATEGTTPKPTETPAPKEEATPKPAETPKEE
VAPAAKPAEKPVAKDLVETPDVNHLEKATATASNHEANTQYTAEKAIDGKPDTRWATDQN
VEKPTIEFTLEKTTVIKHVEIDWDRRVRGEQNDPNIKSWNLYYAGQDDVNGSGAKEWKLA
YQRTGNPILDEKIDLKEAIQAKYLKLEITDYQAGTMNWKNVGIQEIRAYSNIPDASKPTD
IRQVTELAVAEDGKSLVLPKLPGQVSLIGSNKQGVVDLNNKIYKPLTDQTVKVMVQQVKD
THTFTKEFEVLIKGLHADEGVGTKPAVAPAVQQWYGTEGKTSITADTVISVGDSGFGQEA
KFYQTDLESRGLEIATGDQTAQKRIEFKKVEDKGYGKEGYGITVKDGVITVEAATNAGAF
YATRTLLQMGENDLQNGEIRDFPSFSHRGFMLDTGRKFIPYDTLVDIMLNMAYYKMNDLQ
LHLNDNYIFLKDHLAGKNLTPQEELDYVLKNAKTGFRVETDVVGENGEKLTSDEHYTKEE
MQEIIKLAKALHINLVPEIDTPGHALSFVKVRPDLMYKGQLSARKHNVERVAMLDLDNKY
EETLAFVKSVYDKLLDGEDAPLHGVSTVHIGTDEYYGNPESYRRYVNDMIQYIKGKGLTP
RIWGSLSAKQGTTPVDWKDVEVDIWSIGWQRPAAAIAQGAKIINITDIPTYSVPSGSNSQ
GAYGDYANYEIQYNRWTPNDFSTGGGPRLEASNPNILGGGHAVWNDNIDLHETGLTSYDI
FKRFFKSMQSTAERTWGSDRAAKTYADRIQPASIYAPQSNPDKTVAEEDLFKINPETVKD
YLAKKVQKTEAGLNFEKDSTIEGLVGDVGPSHVLKLDVTVTGDGQQTFSTSGNNQLYLAD
KDGYLAYTFEQFHIQFNKKLEKNKRYQISVVTKPQVTEVYVDGEKVERIANPAHPRLAYN
SLVLPLETIGGFKGILHSAELSNEPFVNPRLIPNDHFTVSATSQELPGTNAEGPVEKAFD
NDPNTFWHSKWTGHQAPFTVAMNLKASETVNGLTYLPRPGGGNGVVTSYEIYAQKDGQMV
KVASGTWENNAKEKTVNFDAIETDKVEFKVLAGAAGFGSAAEIQLLKPVSTNKAEEPVSP
EKPVTPEKPVTPEKPKVEEMGDGTTELADSFVATKPTSDEAVAAAAQSQDYLKKEYKVFP
TPQKVTYDEGVTKLHKQVNLVMGDQLDIYTRNRLKSVLQDHQISYTSSQTAVAGATNIYL
GVHGQNSQAEKEVSGISQGLFDKIDAYALSIKNNTISIVGKDTDAVFYGLTTLKHMLNES
EAPVLRNVTVEDFAEIKNRGFIEGYYGNPWSNADRAELMRYGGDLKLTQYFFAPKDDPYH
NKKWRELYPEEKLAEIRELARVGNQNKTRYVWTIHPFMNNRIRFGNDADYQKDLETIKAK
FTQLMDVGVREFGILADDAPSPVGGYNSYNRLMKDMTDWLTEKQATYVGLRKEMIFVPGQ
YWGNGREDELKSLNENLPTSTSMTLTGGKIWGEVSENFLSNLKNNLTAGGKTYRPVSLWV
NWPVTDNSKQHLILGGGEKFLHPNVDPSLLSGIMLNPMQQSEPSKIALFSAAQYAWKQWK
SEEEAKKVNDIAFNFVENGKFTDSETSVAFRELGKHMINQNMDGRVVKLEESVELAPKLA
AFMSKLKAGQDVSAERQELRAEFAKLKAAAQLYKASGDEKMRAQIHYWLDNTIDQMDALS
ALLDGTEAIATNDSAKLWDSYYKGLKLYEQSQTHTFHYVDHDERAELGVQHIRPFLLGLR
EILATEVQKALHPDQVISTFITNRTGVEGGLAEVTDGDLGTHALIKSPNSIQTGDYIGLK
FNKAVPVQNLTFAMGTQANPRDTFNNAKVEYLNENDEWVTLSEPSYTGNEPLLKFENLNI
NAKAVRMIATSDRDNTWFAVREIAVNRPVEVTRAKQAATVTISPNLMYKYNTTVGQITDG
HDNTEAMLANADRTDTTPVNGWVQLDLGEVKPVTKVRLIQGSGDKLAEGVLEYSADGSSW
QELDRLTGEQTKEIETPISARYVRVRNTKNINLWWRIADFSVETRAGNSELTDTNVESLK
STPVYDSLGRYDLQIPSGTKLPAHSYLGMKLDRLHQAESIQAVGTENPSLNLEYSPNAQE
WYPANQVTDKSLVRYVRLVNKTDQEQAVTATSLLVQTKEVQPTTLDSTSMGIHPTYGRND
VRKIKNLDQLFDGVYNNFVEFSDYARKDGHITLKLGSERDIKKIRAYIQDGTQNYLRDGK
IQVSQDGKTWTDVVTVGDGLANETRDDSLTDGWTHDSKMPGNRYIEGELASPVKANYLRV
LFTADYDARFVGFTELVINDGEFVKPINDPTVQGNSGESQGNLYTNLVDGKVLTSYKAEK
EQGELVYHLSEPTDANHIRLVSSIPQGVTARVLARTLKEDKKDTWTDLGAITSSFQTFAV
REKAPLLDVKLVWEGGKPEFYEMTTFHQELPEEPEKPALTTSKGDEPAPVVEVPEFTDGV
NGVEAAVHEVAEYTEAIGTAGDEAAPVVEALEFKGGVNAVEAATHEVPEYTEAIEKADRL
PAPVVEVPDFKGGVNGTEAAVHEVSEYEGTASHQATPTEENLKDSVDKVDGDKMSSGNSD
VETTVEKSDEFANASVKTDQAQKQEQPQTSISKVKDQLPATGGEESATLALLGGLGLVLS
AVFVKKGKKD

NT seq 8313 nt +upstreamnt +downstreamnt
atgggaaaacatttttttgagagacggtgtcattacagtatacgtaaatttacaatcggc
gcagcttctgttatgattggtgccagtatctttggagctggtatggttcaagcagctgaa
acagaaggaactgcagaaacagaaggaacagtaacacaggctcaacctctggataagctg
ccagcagatatagcagcagctattgaaaaagcagaagcaagtgctggaactgtagatggt
caacctgcagcgtcagaaactgaagcaactgcaactgaaggaactactccaaaaccaaca
gaaactcctgctcctaaggaagaagcaactccaaaaccagcagaaactcccaaagaagaa
gtagctccagcagctaaacctgctgaaaagccagtggccaaagatttggtcgaaactcca
gatgtcaatcatttagaaaaagctactgcgacagcatcaaaccatgaagccaacacacaa
tacacagcagaaaaggcaattgacggaaaacctgacactcgctgggctactgaccaaaac
gttgagaaaccaacaatcgaatttacacttgaaaagacaacagtgattaagcatgttgag
attgattgggaccgccgcgttcgtggtgaacaaaatgatccaaatatcaagtcatggaat
ctctactatgctggtcaagatgatgtgaatggttcaggagctaaagaatggaagttggcc
tatcaaagaacaggaaatcctattcttgatgaaaaaattgacttgaaagaagctatccaa
gccaaataccttaaacttgaaattacagattatcaagcaggtacaatgaactggaaaaat
gttggaattcaagaaattcgtgcttactcaaacattccagacgctagcaaaccaacagat
attcgccaagtgacagaattagctgttgctgaagacgggaaatcacttgtattacctaaa
ttaccaggtcaagtaagcttgattggtagcaacaaacagggtgttgttgatcttaataac
aaaatctataaacccttaacagatcaaactgttaaggtcatggtccaacaagtcaaggat
actcataccttcacaaaagaatttgaagtcctcattaaaggtttgcatgcagacgaagga
gttggcactaaaccggcagttgcaccagcagttcaacaatggtatggaactgaaggtaaa
acttctattacagctgataccgttatttcagtcggagattctggatttggtcaagaagct
aaattctatcagactgaccttgaaagtcgtgggttagaaatcgctacaggtgatcaaaca
gctcaaaaacggattgaatttaagaaggttgaagacaagggttatggcaaggaaggctat
ggtatcactgtaaaagatggtgttatcactgtagaagctgcaaccaatgcaggagccttt
tacgcaactcgtactcttctacaaatgggcgaaaatgatttgcaaaacggagaaattcgt
gacttcccaagctttagccatcgtggatttatgctagacacaggtcgtaagtttatccct
tatgatacgcttgtagatattatgctcaatatggcctactacaagatgaacgacttgcag
ttgcacttgaatgataactatatcttcttaaaagatcatttagcagggaaaaatcttact
cctcaagaggaactggattatgttcttaaaaatgccaagacaggtttccgtgtagagact
gatgttgtcggtgaaaatggtgaaaaattaacatctgacgagcattacactaaggaagaa
atgcaagaaatcatcaagttggcaaaagctttgcatatcaaccttgttcctgaaattgac
acaccaggtcacgctctttcattcgttaaagttcgtccagacttgatgtataaaggtcag
cttagtgcgagaaaacataatgtagagcgcgtggctatgctagacttggataacaagtac
gaagaaactcttgcttttgttaaatcagtctatgataaattgctcgatggtgaagacgca
ccacttcatggcgtctctactgttcatatcggtacagatgagtattatggaaatccagaa
agctatcgtcgctatgtcaacgatatgatccagtacatcaaaggaaaaggtttaacacca
cgtatttggggttcactctctgccaaacaaggtaccacacctgttgattggaaagatgta
gaagtcgatatttggagcattggatggcaacgtccagctgccgcaattgctcaaggtgct
aagattatcaatatcacagatattccaacctatagtgttccaagtggtagcaatagtcaa
ggtgcttatggagattatgctaattatgaaattcaatacaaccgttggacaccaaatgac
ttctcaacaggtggcggaccacgtctagaagcttctaatccaaatatccttggtggtggt
catgcagtttggaatgataacattgacctccatgaaactggactcacttcttacgatatc
tttaaacgcttcttcaagagtatgcaatcaactgcagagcgtacttggggttcagaccgt
gcagccaagacctatgcagaccgtattcaaccagcaagtatttatgcacctcaatctaat
ccagataagaccgtagctgaagaagacttgttcaagatcaatcctgagactgtcaaagat
tatcttgctaagaaagtacagaagactgaagcaggtttgaacttcgaaaaagatagcact
atcgaaggcctggttggtgatgttggaccaagtcatgtcttgaaattggatgtgactgta
actggtgatggccaacaaaccttctcaacaagtggaaataaccaactttaccttgcagat
aaggatggttatcttgcctatacttttgaacaattccatatccaattcaacaagaaactt
gaaaagaacaaacgttatcaaatttctgttgtaactaaaccacaagtaacagaagtttat
gtggacggtgaaaaggttgaacggattgcaaatccagctcatcctcgcttggcctacaat
agtttggtgcttccacttgaaacaatcggaggcttcaaaggcatcttacatagtgccgag
ttgtcaaatgaaccattcgtaaatccacgtttgattccaaatgatcattttacagtttct
gcaactagtcaagagttaccaggtaccaatgctgaaggtccagtagaaaaagcctttgac
aatgatccaaataccttctggcattcaaaatggactggacatcaagcaccatttacagtt
gcaatgaacttgaaagcaagtgaaacagtcaatggtttgacctatcttccacgtccaggt
ggaggcaacggtgttgtgacatcttatgaaatctatgctcaaaaagatggtcaaatggtt
aaagttgcttcaggaacttgggaaaacaatgccaaagagaaaacagttaactttgatgcc
attgaaaccgataaggtagaatttaaagttttagcaggtgctgcaggatttggtagtgct
gcagaaattcaacttctgaaaccagtttctactaacaaagcagaagaaccagttagtcca
gaaaaacctgtaactccagagaagcctgtaactccagaaaaacctaaagttgaggaaatg
ggcgatgggacaactgaacttgctgatagctttgtagctacgaaacctacaagcgacgag
gcagttgccgcagcagcccaaagtcaagattatctcaagaaagagtacaaggtcttccca
acaccacaaaaagtaacttatgatgaaggtgttacgaaactccataaacaagtcaatctt
gtcatgggagatcaattagatatctatactcgtaaccgcttgaagagtgtcctacaagat
catcaaatctcttacacaagcagtcaaacagcagtggcaggtgctaccaacatctacctt
ggtgttcatggtcaaaattcacaggctgaaaaagaagtgtctggcatttctcaaggactc
tttgataagattgatgcttacgctttgtcaattaagaacaatacaatctctatcgtcggt
aaggatacagatgctgtcttctacggtttgacaactctcaaacacatgcttaatgaaagt
gaagctccagtcttgcgtaatgtaacagttgaagactttgctgaaattaagaaccgtggc
tttatcgaaggatactatggtaacccttggagcaatgctgatcgtgctgaattgatgcgc
tatggtggtgacttgaagttgacgcaatacttctttgcaccaaaagacgatccataccac
aacaagaaatggcgtgaactttatccagaagaaaaattagctgaaattcgtgaattggcg
cgtgtcggaaaccaaaacaagactcgttatgtttggaccatccacccattcatgaacaac
cgtatccgttttggcaacgatgctgattaccaaaaagaccttgaaaccattaaggctaaa
ttcactcaattgatggatgtcggtgttcgtgagttcggtattttggccgatgatgctcca
agtccagtcggtggctacaatagctacaaccgcttgatgaaggacatgacagattggttg
actgaaaaacaagcaacttatgttggccttcgtaaggaaatgatcttcgttcctggtcag
tattggggtaatggtcgtgaagatgaattgaaatctctaaatgaaaatcttccaacttca
acttctatgacccttactggtggtaagatttggggtgaagtatcagaaaacttcctttca
aatcttaagaacaatctgactgcaggtggcaagacttatcgtccagtgtctctatgggtc
aattggcctgttacagataactctaaacaacacttgatcttaggtggtggtgagaagttc
cttcatccgaatgtagatccaagtctcctttcaggtatcatgttgaacccaatgcaacaa
tctgaaccttctaagattgccctcttctctgcagctcagtatgcatggaaacaatggaag
tcagaagaagaagctaagaaagtcaacgatatcgcctttaactttgttgaaaacggtaag
tttacagacagtgaaacatctgtcgccttccgtgagcttggtaaacacatgatcaaccaa
aatatggatggtcgtgttgtgaaattggaagagtctgtggaacttgcacctaaattagca
gccttcatgtctaagttgaaagctggtcaagatgtcagtgcagaacgtcaagaattgcgt
gcagaatttgctaaactaaaagctgcagcacaactttataaagcatctggtgatgaaaag
atgcgtgctcaaatccactactggttggataataccattgaccaaatggacgccttgagt
gcacttcttgatggtacagaagctattgctacgaatgactctgcaaaactttgggatagc
tattacaagggcttgaaactttacgaacaatcacaaactcataccttccattatgtagac
catgatgagagagctgagttgggtgttcaacatatccgtccattcttgcttggactccgt
gaaatccttgcaacagaagttcaaaaagccttgcaccctgaccaagtcattagcaccttt
atcactaaccgtacaggtgtggaaggtggacttgctgaagtgactgacggagatctagga
acacatgcccttatcaaatcaccaaacagtatccaaactggtgactacattggcttgaaa
tttaacaaagctgttccagttcaaaacttgacatttgcaatgggaactcaagcaaatcct
cgtgatacctttaacaatgctaaggttgagtatctcaatgaaaatgatgagtgggtaacc
ctttcagaaccaagctacactggtaatgagcctctgcttaaatttgaaaatctcaatatc
aatgcaaaagcagttcgcatgattgcaacttcagatcgtgataatacttggtttgcagta
agagaaattgctgttaaccgccctgttgaagttactcgtgctaaacaggcagctactgtg
acgatcagtccaaatcttatgtacaagtacaacacaacagttggtcaaattacagacgga
catgataatactgaagccatgcttgcaaatgctgatagaacagacacaactccagtcaat
ggttgggtacaacttgacttgggtgaagtcaaacctgtgaccaaggttcgtctgattcaa
ggatcaggagataaattggcggaaggtgttcttgaatattctgcagatggtagctcatgg
caagagttggatcgcttgactggtgaacaaacaaaagaaatcgaaactccgatttcagct
cgctacgtccgtgttcgcaatactaagaacatcaacctatggtggcgtatcgctgacttc
tcagttgaaacacgtgcaggcaatagcgaattgactgatacaaacgttgaaagcttgaag
tcaactccagtttatgacagcctaggccgttatgaccttcaaattccaagcggaactaag
cttccagctcatagctacttgggtatgaaacttgatcgtctgcaccaagctgaaagcatt
caagcagttggtacagaaaatccatccctcaatttggaatactctccaaatgcccaagaa
tggtatccagctaatcaagtgacagataagtccttggtacgttatgttcgtctggttaat
aagactgatcaagaacaagcagtgacagcgacatcactactcgttcagacaaaagaagtt
caaccaacaacacttgattctacatcaatgggaatccacccaacatacggtcgaaatgac
gttcgtaagatcaagaacttggatcaattgtttgatggtgtttacaataactttgtagag
ttttcagactatgctcgtaaagacggtcatatcaccttgaaacttggtagcgaacgtgat
attaagaagattagagcttacatccaagacggcactcaaaactatctccgtgatggtaag
attcaagtcagtcaagatggcaagacttggacagatgttgtgacagttggtgacggcctt
gctaatgaaacacgtgatgattccttgacagatggctggacacatgattctaagatgcca
ggaaaccgctacatcgagggtgaacttgcaagtccagttaaagccaactatctccgtgtt
ctatttacagcagactatgatgctcgttttgtaggcttcactgagttggtgatcaatgat
ggcgaattcgtaaaaccaatcaatgacccaactgttcaaggaaacagcggtgaaagccaa
ggcaacctttacacgaacctcgtagatggtaaagtcttgacaagctacaaggctgagaaa
gaacaaggtgagcttgtttaccacttgtcagaaccaacagacgctaaccatattcgactt
gtctcaagtattcctcaaggagtgactgcgcgtgtgcttgctcgtactcttaaagaagat
aaaaaagatacttggacagatctaggggcaattacctcaagcttccaaacatttgcagtg
agagaaaaagcgccattgttggatgtcaaactcgtttgggaaggtggcaaaccagagttc
tacgaaatgacaaccttccaccaagagcttccggaagaaccagagaaaccagctttaact
acaagtaagggggatgaaccagcaccagtagtagaagttccagaatttactgatggcgta
aatggtgtcgaagcagctgttcatgaagttgcagagtacactgaagctattggcacagca
ggtgatgaagcagcaccagtagtagaagcactagaatttaaaggtggtgttaatgcagtt
gaggcagctacccatgaagttcccgagtatactgaagctattgaaaaagcagacaggctt
ccagcaccagtagtagaagtcccagacttcaagggtggcgtaaatggcactgaagcagct
gtccatgaagtatcagaatatgaaggaacagcaagtcatcaagccactccaacagaggaa
aacttgaaagattctgttgataaagtcgatggagataagatgagcagtggcaatagtgat
gttgaaactactgttgaaaagtccgatgaatttgcaaatgcatcagtgaaaacagatcaa
gcacaaaaacaagaacaaccacaaacatcaatttctaaagttaaagatcaacttccagca
acaggtggagaagaatcagctactttagccttattaggtggtcttggactagttctctct
gccgtgtttgtcaaaaaagggaaaaaggattaa

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
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 (7)   
   Pfam (7)   
All databases (22)   

Download RDF

DBGET integrated database retrieval system