Abiotrophia defectiva: FOC79_01575
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Entry
FOC79_01575 CDS
T06623
Name
(GenBank) exo-alpha-sialidase
KO
K01186
sialidase-1 [EC:
3.2.1.18
]
Organism
adc
Abiotrophia defectiva
Pathway
adc00511
Other glycan degradation
adc00600
Sphingolipid metabolism
adc01100
Metabolic pathways
adc04142
Lysosome
Brite
KEGG Orthology (KO) [BR:
adc00001
]
09100 Metabolism
09103 Lipid metabolism
00600 Sphingolipid metabolism
FOC79_01575
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
FOC79_01575
09140 Cellular Processes
09141 Transport and catabolism
04142 Lysosome
FOC79_01575
Enzymes [BR:
adc01000
]
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
FOC79_01575
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Gene cluster
GFIT
Motif
Pfam:
Sialidase
BNR_2
Laminin_G_3
BNR_3
BNR
YSIRK_signal
Gram_pos_anchor
AC_1
Polysacc_lyase_14
LytB_SH3
UPF0242
Motif
Other DBs
NCBI-ProteinID:
QKH46373
LinkDB
All DBs
Position
complement(345480..348863)
Genome browser
AA seq
1127 aa
AA seq
DB search
MSKQAKHLFDRRSRFAIRKLATGVFSVVIGHVLFLSPQTTVAAQEIPQASTTESISQPEN
VNVSEKVNELSETSKPEEVPATDASSPKAEEESSVSSSEKTEESSQPQRDEIVREVGREN
QVLEQNDVATNQENNQRVDLSQHLESLKKLTNATIHMEFKPSEKAPQFYNLFSASSNKFV
NEYFTLAVHNGTALVEARGRQGEQFYGSYSDAPLKVTPGQWNSVTFTVERPDPNKETGQV
RLYVNGVLSRTSPVSGKFLSDMPDLTDLQIGKTRRGNDLRWGSDLTVRNLSIYNRALSQE
EVGERSQLFKRQPLQLEPAPGAEISDKKDVFESGHSGQPNADGIASYRIPALLKTDKGTL
IAAADERRLHASDWGDIGMVVRRSEDGGKTWGDRIHIANLRDNPNPERADQASPVTIDQV
LVQDPKTKRIFSIYDMFPEGRGIFGMSEQKETMYQTIDGKTYQVLYREGEQGLYTIREHG
HVYAPDGTKTDYRVVVEPVKPKYEDKGDLYQGENLLSNVYFTSNKTSPFRVAKDNYLWLS
YSDDDGKTWSAPRDITPMVKADWMKFLGVGPGTGTVLRTGPHAGRIIVPTYSTNFVSHLS
GSQSSRVIYSDDHGETWHMGEAVNDNLPIEDGTLHSSTMDDYWYQNTEASAVQLDNGQVK
LFMRGLFGQLQVATSYDGGQTWAKQLDYYQDVHDSYVQLAAISTHHQGQEYIVLSNANGE
GNSRSEGTIRLARVESDGSLTWLHHRLIQPGSYAYNSLQEVSPGVYGILYEHKEGTQNDF
TLSYKTVNWDFITKDPVQANEVKALNSEHYDSKIFAVNFDHEVLVNDWPVLTLSNGKTAR
FYTQLSSKTLLFSAETVHDKVSVTGLESGHIESLHGLPVKVEGVTLPISPADPVTPEPDH
PTDPVAPEPDKPTNPSDADVTVPLYRSQGVNVTYNPDGTVTFEDNDKDTGVSVTIPPEGL
GKQVVSLHVGRVKVPGLPDNVLVYEIHFQDKMGQGVQIQRPAQVAIPVDGTVAKAYHLDD
QGKPGQAVDFRMSEDGRKVILTAPHFSLYAVEVGSKQADRNQTSQPQQTPAEPGLASTSQ
SPTGNANEAKHGQLPAAGEASNFFFSAATLCLLAGLGLASYKPKETE
NT seq
3384 nt
NT seq
+upstream
nt +downstream
nt
atgagtaaacaagcaaaacatctttttgatcgccggtctcgcttcgccattcgtaaatta
gcgacgggagtcttctcagttgtcattggacatgtcctctttttatcacctcaaacgact
gttgcggctcaagaaatccctcaagcaagtacaacggagtccattagtcaacctgaaaat
gtaaacgtttccgaaaaagtgaatgagctttctgaaactagcaagcctgaagaagtccca
gcgactgatgcaagctcccccaaagcagaggaagaaagctcggtctcaagttctgaaaaa
accgaagaatccagccaacctcaacgtgatgaaatcgtgcgagaagtggggcgtgaaaac
caagtgttagaacaaaatgatgtcgcaaccaatcaagaaaataatcaacgggtggattta
agtcagcatcttgaaagtctgaaaaaattgactaatgccaccattcatatggaattcaaa
ccaagtgagaaggccccgcaattctataatctattttctgcttcgagtaataaatttgta
aatgaatatttcacccttgccgttcataatgggactgccttggtggaagctcgtggtcgc
caaggtgagcagttttatggaagctatagtgatgcgccccttaaagtgacgccaggccaa
tggaattcagtgacttttacagtggaacgtccagatcctaacaaagaaacaggacaagtt
cgcctctatgtcaatggggtcttgtcacgaactagcccagtatcaggtaaatttctaagt
gatatgcctgatttgacagatctacaaattggtaagacacgtagagggaatgacctacgt
tggggtagtgatttgacagtccgtaacttatccatttacaatcgcgccttatcacaagaa
gaggtgggggaacgtagccagctattcaagcgtcaacctttacagttagagccagcaccg
ggagcagagatttcggataaaaaggatgtcttcgagagtggtcacagtggccaaccgaat
gctgacggcattgccagctatcgtattcctgctttgcttaagactgataaggggacttta
attgctgctgctgacgaacgacgacttcacgcttctgactggggcgatatcgggatggtg
gtacgacgtagcgaggacggcggtaagacctggggtgaccgcatccatattgctaaccta
cgcgataatcctaatcctgaacgagcagaccaagcctctcctgtgacaatcgaccaagtg
ctggttcaagatccaaaaacgaaacgcattttctcaatttatgatatgttcccagaaggc
cgaggcatcttcggcatgtctgagcaaaaggaaaccatgtatcagaccattgatggtaag
acctatcaagtgctttatcgtgaaggggagcaggggctctacaccattcgggaacacggt
catgtctatgctcccgatgggactaagactgactatcgagtagtagtagagccagttaaa
ccaaaatatgaggataaaggtgatctctaccaaggggaaaatctcctaagtaatgtctac
ttcaccagcaataagacctcacctttccgagtagccaaagacaactatctctggttatca
tacagtgatgatgatggtaagacttggtcagcaccgcgagatattacgccaatggtcaaa
gccgattggatgaaattcttgggtgtaggacctgggacgggaacagtacttcgaactggt
ccccatgctggtcgcattatcgtgccaacctattcaactaactttgtctcccacctcagt
ggctctcaatcttctcgagtcatctattctgatgatcatggggaaacctggcacatggga
gaggcggtcaatgataatttgccaattgaagacggcaccttacattcaagcactatggat
gattactggtatcaaaatacagaagcttcagccgttcaacttgataatggacaggtgaaa
ctcttcatgcgtggcttatttggccagttgcaagtggcgaccagctatgatggcggtcag
acctgggccaaacaattggattactatcaagatgtgcatgattcatatgttcaattagcg
gccatttcgacccaccatcaaggacaagagtatattgtcctctctaatgctaatggggaa
gggaattctcgaagtgaagggactattcgtttagctcgtgtagaatcggatgggagctta
acctggttgcaccatcgtttgattcagccagggtcctatgcctacaactcacttcaagag
gtgtcgccaggtgtttatgggattctctatgaacacaaggaagggactcaaaatgacttt
accctatcctacaagacagttaattgggactttattaccaaagatccagttcaagccaac
gaagtcaaggctttgaatagcgagcactatgatagcaagatttttgcagtgaattttgac
cacgaagtgctagtgaatgattggccagttttgaccttatcaaacggtaagacggcgcga
ttctacacacaactatctagcaaaaccctactctttagtgccgaaacagtgcatgacaag
gtaagtgtgacggggttagagtctggccatattgaaagtttgcatggtctaccagtcaag
gttgaaggtgttaccttgccgattagtcctgcagaccccgtgacgccagaacctgaccat
ccaactgatcctgtggcgcctgagccagataaaccaactaatccgtcagacgctgatgtg
acagtaccactctatcgtagccaaggagtaaatgttacctacaacccagatggtactgta
acttttgaagataatgacaaggatacgggggttagtgtcaccatcccaccagaaggttta
ggcaagcaagtagtgtctttacatgtgggacgggttaaggtgcctggtttacctgacaat
gtcttggtctacgagattcatttccaagataagatgggccaaggcgttcaaatccaacga
ccagcccaagtagccattccagtagatgggacggtagccaaggcttatcatttagatgat
caaggtaagccaggacaagcagtggatttccgtatgtcagaagatggacgcaaggttatt
ttgactgcgcctcacttctcactctatgcggttgaggttggatcaaagcaagcagataga
aaccaaacaagtcaacctcaacaaacaccagctgaacctggtttggcatctactagtcag
agccctacaggcaatgctaatgaggcaaaacatgggcaattaccagctgctggggaagca
agtaacttcttctttagtgctgcaacactctgcctcttagctggtttaggacttgcaagc
tacaagccaaaagaaactgaataa
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