KEGG T02022: SSUD9

Streptococcus suis D9: SSUD9_0794

Entry

SSUD9_0794 CDS T02022

Definition

LPXTG-motif cell wall anchor domain-containing protein

Orthology

K12373

hexosaminidase [EC:3.2.1.52]

Organism

ssq Streptococcus suis D9

Pathway

ssq00511	Other glycan degradation
ssq00520	Amino sugar and nucleotide sugar metabolism
ssq01100	Metabolic pathways
ssq01110	Biosynthesis of secondary metabolites

Class

Metabolism; Carbohydrate metabolism; Amino sugar and nucleotide sugar metabolism [PATH:ssq00520]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:ssq00511]

SSDB

Motif

Pfam:

Glyco_hydro_16 Glyco_hydro_20 F5_F8_type_C Gram_pos_anchor

Other DBs

NCBI-GI:

386583862

NCBI-GeneID:

12717630

UniProt:

G7SC64

Position

792868..797127

AA seq 1419 aa
MKKETSKFTKKVILGQLLICTSFLVWAGQTVAAEEVSQGEPVAINNETPPAIEAKPLVEA
TPSTETEPSTPEEKQEEPQVADKNVVEGKKPVTNSQHQMVSELSTVPSVSIKNPDAATDG
SAYGSSDDANSNTKIIAGKETGESDNGYSKWDHVYVQYDFEKEVPVHTVKIHRNTYDNAV
STFKDVKVELSTSVDFSPETTEVIFKQADVEETIANKGQPQVIQLPAPINARYIRIWGRG
HYIQNTNSSWKGYSNGVLFNEIEVLAQVEADAGTNEEPQTELVNLAKLKKPYFYGKAPTN
PEAINDGKFDENYTTQESIGDKAYLQYEFRNVYTIEEIKVQLAPGEYRNFRIDLDDDYND
GNNYNTIYKNENFTIDKEQIITIKTPKNSKARYVRFRGTRVDDTPLRYSEIQIMGRGKSY
DESAPEYVPPKSEYDTLVWSDEFNGDKIDESKWQIIDGMWNHAAIYNRKAVSIKKDGDKS
YLSIRSTNHKDKKALVEAVGHDRYDDKELPDKVTWSSGRLESKDKYSFQFGRMAVRAKVN
DSKGIWPAIWMLAQDETGHDEIDVLEYLGQNPWDAWTTNHFGILAKNKKSDGSAYKNYEA
WSQEFHVYEVEWTPDVIKWYIDGKFVFQTDRGKDRDGMHTRPMFPILETQVGDGWVGDVD
YKRNMTKQDSEYLVDWVRIYQKADQSKVHFDNLDDAKPNDYVIKPQQKLGHLVTVSNGKA
AHENKNNFYYGGQPRYETSRLYADGDGENALVYKIANPEALHLTTYYKTLEDYSVYNKEA
GANEGKSVRKHLINAKDGEIDFTVYSSVDGKSWNKENVTVVDNFVEATPAYARTTFDIRN
IRKGTKFVKIVFPTVKGISYKLEDGTEKGLQASDVQLAKVTFVATHPEAEPEKPIVDQEK
LALSKVFSLDAGRKYFSVNQIKEIIDLISSYGYTDMNLLLGNDGLRFLLDDMNLTVGDKV
YDSEAVRKAIINGNKHYYDDPNGTTLSQSEMDDILAYAKEKNISIIPTINSPGHMDAIVE
AMEELGIKSPKFSYNGKTSARTVDLKNDQAVAFTKALIDKYASYFAGKSKIFNIGLDEYA
NDATNASGWHILQTQGDYGKFIQYANDLAAIVKKHGLEPMAFNDGIYYNHDTSSGTFDKD
IIASFWTGGWGGYDVASSKFLHEKGHKILNTNDAWYYVIGREAEGLGWYNLDQGLRGTKS
TRFDQVPKSENTKVPIIGSMVAVWADDPSKPYSYDSIKKLLHSFTENNSDYFWAEYRDLR
EEVGKIPTDLNSYTPESVATLKEVLNKIDWKLSRNNQAFVDGYLAEVKAAREALVPVTAK
GDSVKAEPLPEGKLPLITAKGKSVQAEPRPAFKGYLTSNYGPSVTPLSLVSKPSSEQSRS
QQAAYQKKELPNTGAVDGLGFSLLGMLGLAFASRRRKEE

NT seq 4260 nt +upstreamnt +downstreamnt
atgaaaaaagaaacaagtaagtttacgaaaaaagtcatccttggtcagcttctcatctgt
accagttttttggtatgggcagggcagaccgttgcagcagaggaagtatctcagggggaa
ccagtagcaatcaacaatgaaactccacctgctattgaagcaaaaccacttgtggaagct
actccatcaactgaaacagaaccttcaactccagaagaaaaacaggaggaaccacaagta
gctgataaaaatgtggtagaagggaaaaagcccgtaactaacagccagcatcagatggtt
tcggaattatcaacggtcccttctgtttctataaaaaatccagatgcagctaccgatggg
agtgcttacggtagtagcgacgatgccaatagcaataccaaaatcattgctggtaaagaa
actggcgaatcagataacggttactccaagtgggatcatgtttacgttcagtatgatttt
gaaaaggaagttcccgtccatactgtaaaaattcatcgtaatacttatgataatgcagtc
tctacttttaaagatgttaaagtggaattgtctacaagtgtagatttttctcctgaaacc
acagaagtcattttcaaacaggcagatgtagaagaaacaattgcaaataaaggacaacct
caagtcatccaattaccagcaccaatcaatgctcgttatattcgtatttggggacggggg
cattatatccaaaatacaaacagttcatggaagggatatagtaatggcgttctctttaac
gagatagaagtcttggcgcaggttgaagcagatgctggtacgaatgaagaaccacaaacc
gagctagtcaacctcgctaaattgaaaaaaccatatttctatggtaaggctccaactaat
ccagaagccattaacgatggaaagttcgacgagaattatactactcaagaatcaataggg
gataaagcttatcttcaatacgaatttagaaatgtctatactattgaggaaatcaaggtt
cagttagctcctggagagtatcgtaatttccggatagatttggatgatgattataatgat
ggtaataattataatacaatctataagaatgaaaatttcaccattgacaaggaacagatc
ataacgattaaaactccaaaaaattctaaggcgcgttatgttcgctttagaggtacgcgc
gtagatgatactcctcttcgctattcagaaattcagattatgggacgaggaaaatcttat
gacgaatctgctccagaatatgttccaccaaaatctgaatacgatacattagtctggtct
gatgaatttaatggcgacaagattgatgaaagtaaatggcaaattattgatggcatgtgg
aatcatgcggctatatacaatcgtaaagcagtttctatcaaaaaagatggcgacaagagc
tatttgtctatccgtagcacgaaccataaggataaaaaagctttggttgaagcagttggg
cacgatcggtatgatgataaagaattaccagataaagtaacatggtcttctggtcgccta
gaatctaaagataagtattctttccaatttggtcgaatggctgttcgagctaaggtaaat
gactctaagggaatctggcctgctatttggatgttggcacaggatgagaccgggcatgac
gaaattgacgttttggaataccttggtcaaaatccatgggatgcatggacaactaaccat
tttggtattttggcaaaaaataaaaaatctgatggctcagcttataagaattacgaagct
tggagtcaggaattccatgtctacgaagtcgaatggactccagatgtcatcaaatggtat
attgatggaaaatttgtttttcaaacagaccgtggtaaggatcgggatggtatgcacacc
cgccctatgttcccgatactggaaacccaagttggtgatggctgggttggtgatgttgat
tacaaacgcaacatgactaaacaggatagtgagtacttggttgattgggttcgaatttat
caaaaagcagatcaaagtaaggtacattttgataatctagatgatgccaagcctaatgat
tatgttattaagccgcagcaaaaacttggtcacctcgtaacagtctctaacgggaaagca
gctcatgaaaacaaaaataatttctactatggaggtcaaccacgttacgaaacaagcagg
ctctatgctgatggtgatggcgaaaatgcactagtttacaagattgctaatccagaggct
ttgcacttaacaacttattacaaaacacttgaagactattctgtctataataaagaagca
ggggctaatgaaggaaaatctgttcgcaaacatttgataaatgcaaaagacggtgaaatt
gacttcactgtgtactcatctgttgacggcaaaagctggaataaagagaatgttactgta
gtggataattttgtagaagcaaccccagcttatgcacgcactacatttgatattcgcaac
attcgaaaaggtactaaatttgtgaagatcgtctttccaacggttaaaggtatttcctat
aagttggaagatggaacagagaaaggcctgcaagccagtgatgtccagttagcaaaagta
acttttgtagctactcatcctgaagcagaaccagaaaaacctattgttgatcaagaaaaa
ctagccttgtccaaagttttttcactcgatgccggtcgcaagtatttctctgtaaatcag
ataaaggagattattgatttaatttcttcttatggttacacggatatgaacctcttattg
ggaaatgatggtctgagatttttattagatgatatgaatttgaccgttggagataaggtg
tatgacagtgaagcagttagaaaagcaataataaatggtaataagcattattatgacgat
ccaaacggtacaaccttaagtcagagtgagatggatgatattcttgcttatgctaaggaa
aaaaatatttccattattccaactatcaatagcccaggtcatatggatgcgattgtagaa
gcaatggaagaattggggataaaatcgccaaaatttagttataatggcaaaacatctgca
cgtacagttgatttaaaaaatgaccaagcagttgcttttactaaagccttaattgataaa
tatgctagttactttgcaggcaaatctaaaattttcaatattggcttagatgagtatgct
aacgatgctacaaatgcttctggatggcacattcttcagacacaaggtgattatggtaag
tttattcaatatgccaatgatttagcagctatcgtcaagaagcatggtttagagccaatg
gctttcaatgatggtatctattataaccacgatactagttcgggtacttttgataaagac
attattgcttctttctggacaggaggttggggaggatatgatgttgcttcctcaaaattc
cttcatgaaaaagggcataaaattcttaatacaaatgatgcttggtactatgttattgga
cgtgaagcagaaggtttgggatggtataaccttgatcaaggtcttcgaggaactaaatca
acaaggtttgatcaagtaccgaaatctgagaatactaaggtacccattatcggtagcatg
gttgcggtatgggcagatgacccaagcaagccttacagctatgactcaattaaaaaactt
ttgcacagttttacggaaaacaattctgattatttttgggcagagtaccgagatttgcga
gaagaagttgggaagattcctactgatttaaattcctatacaccagagagcgtggcgact
ttaaaagaggtcttgaacaagattgattggaaactaagtagaaataaccaagcgtttgtt
gatggttacttggcagaagtaaaagcagcgcgtgaagcgttagttcctgtgacagcaaaa
ggagacagcgtcaaagcggagcccttaccagaaggcaagctacctctgattactgctaaa
ggaaaaagtgtccaagcagaaccacgccctgcctttaagggatacctaacctcaaactat
ggaccatctgtcacacctttatctctcgtatcaaaaccaagtagtgagcagtcacgctcc
cagcaagcagcttatcagaagaaagaattgccaaatacaggcgcagtagatggtcttgga
ttctctctccttggtatgcttggtctggcatttgctagtcgccggcggaaggaggagtaa

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 (4)   
   Pfam (4)   
All databases (19)   

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