KEGG T00746: Sez

Streptococcus equi subsp. zooepidemicus MGCS10565: Sez_1425

Entry

Sez_1425 CDS T00746

Gene name

nanA

Definition

sialidase NanA-like

Orthology

K01186

sialidase-1 [EC:3.2.1.18]

Organism

sez Streptococcus equi subsp. zooepidemicus MGCS10565

Pathway

sez00511	Other glycan degradation
sez00600	Sphingolipid metabolism

Class

Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:sez00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:sez00511]

SSDB

Motif

Pfam:

Glyco_hydro_16 BNR_2 BNR_3 Laminin_G_3 YSIRK_signal BNR

Other DBs

NCBI-GI:

195978528

NCBI-GeneID:

6760987

UniProt:

B4U442

Position

complement(1463854..1468494)

AA seq 1546 aa
MFFNRSGQEQVRRYAIKKLSVGVASVCVGIGLAVCLPVAVFAEDMSEASPQPPTKAAVTE
ISHEQEPQATDTDSEALVVSEETTVDEAVVANAVTSNAADQTADEEKSNAPVELNKVANG
GFDNDYVSNKNQWQYREGGHSVLTTENNNSYAEVTSGTLDEHILQKVSTTVGKTYTLEAD
VKVEAATPHNGLYLTAKESNHNLQGPVIKEVSLTDTDGTWSHIKLSFTATTSETFIGLVK
WLEASSPEALAASASIDNVSVVEENDYELIWEDEFSGDRLNQENWGYELGSIRGNEQQHY
TDSTENVYLENGNLVLNVTERKGEDRYANPRGGTSARQVIYDSGSVRTVGKQEFLYGRIE
ARAKLPKGKGAFPAFWTLGADFTLDGDIASTQGYGWPSTGELDIMELIGAPNGEHEGELA
EGDQSNKTVYGTPHFYYVKGDADKDGSYSPTALGGNLTLSDDFYDDYHIFGINWYPDKIE
WYVDGIVYNTMYLTGDERLEAAAAAFNKPQYLQFNLATGGNWSKNAGYYLASDETAFVID
YVRYYQDAEQKAASEAYYASQPDLKGVKDLTMLEGTSPDLAQEVTTDQEGYVVDFSIENE
YLFTNKGGNTNATLQASGRNDLAALSELAPGIYNIYYSAVPEAANLGSTVTPTAKIAREV
AILTVLPKEGLYGQKGEPLSTVALPTNWQWVTPEEILGSAEHYQIKYTTEGGRAVYTTIE
ASYIADQPSSDEQSILVDLGNAILDATAEKAAVTDDEVLSKLDDVMSLNQGTVTIRYRLD
TADTTVRSAAPLALLSISNQASAKEYASFFIEPKNNKIGLEFKGAEVPIVKVGSGFNLLT
NSDWQTISYVFTGSRLKIYLNGDLYGEADFAGFMKQLPWKASADTVTVGGLSRSYDGESA
FHWGLKGLVDQVLIDTDVYDLTDIAKAHQSTLRQVTGEKLNVWDKYDEGVFEYRIPSVVK
TPSGTLIAAADARKKHYNDWGDIATVVRISHDDGKTWSNNITVLDMPTQPYFTTQYSLAD
WNTNMTQSACSIDSTLLTDASGKLYLLVDVFPESQGAVASKAGSGYEWINGQYYLNLYDF
DNHKYTVREEGIVYDSNGKKTDMYVDEGNFETAFSTRGNLYQTGAGEDILLGNIYLRSGR
TKQGITREGSQTAPLFTYMTSFLWLLTSEDEGQTWSTPLDVTPQIKEDWMGFLGTGAAAG
IEIDAVNAEGEQVKRLVFPIYYTNQQNATSASLGRQSSANIFSDDGGQTWQRGESPNDGR
IYGHNQQTTSKDFDTSVTELTENQIIQLNNGHLLQFMRNTGKTIVIARSTDYGATWDDNP
TITDLPEPYVNLSAIHMMVDGKEYVVLSNPLGEPSGEQLTIRNQRMKGILRVGEVLEDDS
IDWVASTIFEPKRFAYSSLVQLDDERVGLLYEYSGQITYSTFNIKQMISDQFREDKAEIE
EVTITSAAPKQSGKASITIQMTFNQPMFILGDRQLAVTVNGVDKLASYVSGDGTDTAIFE
LSLESMPEGPITVLPQFDHTIVETKYGIRLTDDKTYTLSYPDPATA

NT seq 4641 nt +upstreamnt +downstreamnt
atgttttttaatcgtagtggtcaagagcaagtcagaagatatgctatcaaaaagcttagt
gttggtgttgcttcagtatgtgtcggcattggtcttgctgtctgtctgccggtagctgtt
tttgccgaggatatgtcagaggcaagcccgcagccgcctacgaaagcagcagtaacagag
ataagccatgagcaggagcctcaagctacagatacagatagcgaggccttagtagtctca
gaggagacgacagtagatgaggcagtagtagctaatgctgtgaccagcaatgctgctgat
cagacagcagacgaagagaagtctaacgctcctgttgagctcaacaaggtggctaatggt
ggttttgataatgattatgtgtccaataagaatcagtggcaatatagagagggaggtcat
tcagtccttacaacagagaataataatagctatgctgaggtaacaagcggcactttagat
gagcatatcctccaaaaggtgtctacaacggttgggaaaacctatacgctagaggctgat
gtgaaggttgaagctgctacgcctcataatggcttataccttaccgctaaagagtccaat
cacaatcttcagggccctgttatcaaagaggtcagcctcacagatacagacggtacttgg
tcacatatcaagctctcctttacagcaacgacttcagaaacctttatcggcttagtcaaa
tggttggaagcctcttctccggaagccttggctgcctctgctagtattgataacgtgagt
gtcgtagaggaaaatgattatgaattgatttgggaggatgagttttcaggagatcggtta
aaccaagagaactggggatatgaattgggaagtattcgcgggaatgaacagcagcactac
acagacagcacagagaatgtttatcttgaaaatggtaatcttgttttaaacgtcacagag
cgtaagggtgaggaccgttatgccaatcctagaggaggaacaagcgcacgtcaggtcatt
tatgattcaggaagcgtacgaacggttggcaagcaagaatttttatatggtcgtatcgaa
gctagggccaagcttcccaagggtaagggagcctttccagccttttggacattgggggct
gattttaccttagatggtgatattgcgtcaactcaaggctatggctggccaagcacaggt
gagcttgacattatggagctaatcggtgctcctaacggagagcatgagggtgagcttgcc
gaaggtgatcaaagcaacaaaacagtttacgggacccctcatttttactacgtcaaaggt
gatgcagataaggacggcagctatagtccaactgcattgggtggcaatctgacattaagt
gatgacttttatgatgactaccatatctttggtattaactggtatccagataagattgaa
tggtatgttgatgggattgtttacaacaccatgtatttaacaggtgatgaacgcttagag
gcggcagcagctgcttttaacaagccacaatatctccaattcaaccttgcgactggagga
aactggagcaaaaatgcagggtactatctagcttcagatgagacagcctttgtgattgac
tatgtgcgttattaccaagacgctgagcaaaaggctgcttcagaagcctactatgcctca
cagccagacctcaagggggttaaggacttaacgatgctagaaggcaccagtcctgatttg
gcacaagaggtgaccactgatcaggaaggctatgtggttgatttttcaattgaaaatgag
tacttgtttaccaacaaaggtgggaataccaatgccaccttgcaggcttctggacgaaat
gacttagcagctttatctgaattagctcctggtatttataatatttactatagtgcagtt
cctgaggctgctaatctaggatcaacagtgaccccaacagcaaaaattgcaagagaagtg
gctattctaacagtattgccaaaggaagggctatatggtcaaaaaggagagcccttgtct
acagttgccctaccaaccaattggcaatgggttacgccagaggagatcttgggaagtgca
gagcattatcagatcaaatacaccacagaaggtggaagagctgtttatacaacgatagag
gcaagctatatcgcagatcagccaagctctgatgaacaatctattttagttgatttaggc
aatgctattttggacgcaacggcagaaaaagcagccgtaacagatgacgaggttcttagc
aagctagacgatgtgatgagcttaaatcaaggaacagtaacaatcaggtaccgcctagat
actgctgatacaaccgtaaggagtgcagcgcctttagccctgttatcgatctcaaatcaa
gcatcagctaaggaatacgcttctttctttattgagcctaaaaataacaaaataggtctt
gaatttaagggtgctgaggtgccgattgtaaaagttggctcaggctttaacctactaact
aactcagactggcagacgatcagctatgtctttacagggtctaggctaaagatttacttg
aatggtgacttatatggggaagctgactttgctgggtttatgaagcaattgccttggaag
gcttctgctgatacagtaacggttggaggattaagccgatcttatgatggcgaatcagcc
ttccattgggggttaaagggactggttgatcaggtgctgattgatacagatgtgtatgat
ctgacagatattgctaaggcacaccagtcaacccttcggcaggtgacaggtgagaagctc
aatgtttgggacaaatatgatgaaggcgtctttgaatatcggattccctctgttgtcaaa
acgccatcaggaaccttgatagctgcagcagatgcaagaaagaagcactacaatgactgg
ggagacattgcaactgttgtcaggataagccatgatgatggcaaaacctggagtaataac
attacggtcttagatatgccaactcagccttattttacaacacagtatagcttggctgat
tggaataccaatatgactcaatcagcctgttcgattgattctaccttgctaacagacgct
tctggcaagctttatttgctggtagatgtctttcctgagtcacagggcgctgttgcatct
aaagcaggctcaggctatgaatggattaacggtcagtattatttaaacctttatgatttt
gataatcataaatatactgtacgtgaggagggcattgtttacgacagtaatggcaagaag
acagatatgtatgttgatgagggcaattttgagacagcctttagcacgcgcggcaacctc
tatcaaacaggggcaggagaggatattctactagggaatatttatctgagaagtggtcgc
actaagcagggcattactagagaaggctcgcaaacagctcctctatttacctacatgact
agctttttatggctgctaaccagtgaagacgaagggcaaacctggtctacacctcttgat
gtcacgccacaaatcaaagaagattggatgggatttttaggtacgggtgccgcagctggc
attgaaatagacgcagtcaatgcagagggtgagcaggtgaaacggttagttttcccgatt
tactataccaatcaacaaaatgcgacatcagctagtctaggtcgtcaaagtagtgctaat
atttttagtgatgatggcggtcaaacatggcaacgaggtgaatcaccaaatgatggcaga
atttatggtcataaccaacaaacaacctctaaggattttgatacatcagtcacagaattg
acagaaaatcaaatcattcagctaaacaatggtcacttattacagtttatgcgcaatacc
ggaaagacaatcgttattgccagaagcacagattacggtgcaacctgggacgataatcct
acaatcacagacctgccagagccttatgtcaatttgtcagctattcatatgatggttgat
ggcaaggaatatgttgtcttatccaatcctttaggagagccttcaggtgagcagttgacg
attagaaatcaacgcatgaaagggattttgcgtgtcggcgaagttttagaggacgacagt
attgattgggtggcttcaaccatttttgagccaaagcgctttgcttactctagcttggtt
caactagacgacgagagggttggtttgttatacgaatatagtggtcagatcacctattca
acctttaatatcaagcagatgatctcagaccagtttcgtgaggataaggctgaaattgaa
gaagtaacaataacgtcagcagctccaaagcagagtggcaaagcaagcataaccattcag
atgacctttaatcaaccgatgtttattcttggtgatcgtcagttagcagttactgtaaat
ggcgtagataagcttgccagctatgtttcaggagatggcacagacacagcgatatttgaa
ttgtctctggagagtatgcctgaaggaccgataactgttttaccgcagtttgaccatact
attgttgaaaccaaatacggcattagattgacagatgacaagacctataccctgtcttat
cctgatcctgctacagcctaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
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 (6)   
   Pfam (6)   
All databases (21)   

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