Streptococcus nidrosiense: AAFQ93_08925
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Entry
AAFQ93_08925 CDS
T10825
Symbol
bgaA
Name
(GenBank) LPXTG-anchored adhesin/beta-galactosidase BgaA
KO
K01190
beta-galactosidase [EC:
3.2.1.23
]
Organism
snid Streptococcus nidrosiense
Pathway
snid00052
Galactose metabolism
snid00511
Other glycan degradation
snid00600
Sphingolipid metabolism
snid01100
Metabolic pathways
Brite
Enzymes [BR:
snid01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.23 beta-galactosidase
AAFQ93_08925 (bgaA)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Other DBs
NCBI-ProteinID:
XHB98091
LinkDB
All DBs
Position
complement(1874238..1880942)
Genome browser
AA seq
2234 aa
AA seq
DB search
MLDKKPQAITQDQSAQTEKPDLKPATSEEVNQLVEDRKVEFNQNWHFKLNANAKDAIKPD
ADVSSWKKLDLPHDWSIYNDFDHDSPAQNEGGQLNGGDAWYRKTFKLDEKDLNKNVRLVF
DGVYMDSQVYVNGQLVGHYPNGYNQFSYDITDYLNKDGRENVVAVHAVNKQPSSRWYSGS
GIYRDVTLQVTDKVHAEKNGTTILTPDLEKQQIGKVDTHVTSKIVNTDDKDHEIVAEYQI
IERNGQAVTDVVRTDSQVLKAHQSTSLNAILQVEKPKLWTVLNDKPALYELVTRVYRDGQ
LVDAKKDLFGYRYYNWTPNEGFSLNGERIKFHGVSLHHDHGALGAEENYKAEYRRLKQMK
DMGVNSIRTTHNPASEQTLQIAAELGLLVQEESFDTWYGGKKQYDYGRFFDKDATHPDAK
KGEKWSDFDLRTMVERGKNNPAIFMWSIGNEIGEADGKARSLATVKRLVQVIKAVDKTRY
VTMGADKFRFGDGSGDHEKIANELDAVGFNYSEDNYRKLRAKHPNWLIYGSETSSATRTR
GSYFRPESELVHSNQAYRHYEQSDYGNDRVGWGKTATASWTFDRDNAGYAGQFIWTGTDY
IGEPTPWHNQNNTPVKSSYFGIVDTAGIPKNDYYLYQSQWVSAQKKPMVHLLPHWNWEDS
SLKENVADADGKIPVRAFSNAANVELFLNGESLGKKTFNKKQTSDGRTYQEGANANELYL
EWKVAYQPGTLEAVARDEAGNEIARDKVTTAGEPAGVRLVKEENAIAADGKDLTYIYYEI
VDSAGNVVPTANNLVRFQLHGQGQIVGVDNGEQASRERYKEQADGSWIRKAFNGKGVVIV
KSTEQAGKFTLTAHSDLLKSDQTTIFTGKKEQAEKTVLGTEVAKVRTVIGQAPKMPKKVA
FIYSDGSRTKLPVEWSAVDVNEPGIVTVKGVADGRDVEARVEVLALEAELPVVKRIAPNT
DLNSVDKSVSYVLSDGTVASYDVDKWEIAAEDQAKLAIPGSRIQAKGILEDEEIAATLVV
AEGEAANPVVPSVTVADQAVEGLSTDQPVKYHKLAYGVALPEVKATAENAQVTVIQANEA
NGMRASIHVQPNDGGPLQTYAIQFLQEAPQIERLSLEVENAATLKEDQTVGIKVLAHYQD
GTQAVLKADKVTFSTTGEGDVAVRKGMLELHKPGQVTLKAQFEGAEGQIDLNIQANTESK
VVQAIRPVSVVTGLNQEPSLPATVTVEYDKGFPKVHKVTWQAVAKENLAKYHSFDVLGKV
EGIEKEAHAKVSVEGIIAVEEVSVTTPVAEAPQLPESVRTYHSNGQVSSAKVTWDAIEPS
QYAQEGKFTVTGHVEGTQLPTKLHVRVSAQTETGANISDQWTGSELPLAFASDSNPSDSV
ANVNDKLISFNDQPANRWTNWKRTSEASVGILFGDSGIMSKRSVDNLNVAFHEDHGVGAP
KSYVIEYYVGSATPTVPKNPSFVAREDHVFNDDKNWKEVTNLKAPDQVRAGEMTHFSFDK
VNTYAVRIRMVRPDGKWGTSITEMQIFSKQVAAAKNAQAKIQVDGKDLPNFNPGLTDYYL
EASQGKAPAVTASVTENGIATVVPSVGEGDPVRVVVKAENGDILGEYRLHFTNDKDLLAS
KPVAVAKSSRLVAKGQTLELPAKVPVYFTGKSNYEVKDLAVDWEAVPAENLTKAGEFTVH
GRVLGTDLTAEVAVRVTDKLGENLSDNPDFDDDSNRSFASATNDIDPNSHDRVDYVNDGS
DDETRRWTNWSPTPSDNPEVSVGVIFRENGKIVERTVAEGSIRFFADGGTDAPSKLVLER
YVGPEFDSPEYYSNYQPYDPEHPFNTPSNWEKVEYRADQEVQAGTDIHVTFAPVKAKAMR
WRMDRKADKKGVAITEMAFIAPSEAPKDNTASKLLVDGRELADFSEARVDYQVTYSGNRP
KVTVEAGENVAATVVDSGDDKLPVLVRLVSESGKQVKEYRIQLTKEKVETGKVAPAVQEE
LPILEVVEEALSFKRVKKEDPTLAEGETRVTQAGREGKERILTEVALDGSRTEKLRETIE
APQDEIVLVGTKKEVSGKTDPAIHEVPEFTGGVNGAEAAVHEVPEYPGVIGTAGDEPAPV
VEVPEFTGGVNGAEAAVHEVPEFTGHVNGSEGTTHQVPHFEGGVPGGEGTSHQVPEFTGR
VNGSAPTTGETPAYRDEQSQVALAMSQDKTYQAPASHQNILPETGTKENATLATAGVVGA
LLGLFAMGKKKEDE
NT seq
6705 nt
NT seq
+upstream
nt +downstream
nt
atgttagataagaaacctcaagcaattactcaagatcaatctgctcaaacggaaaaaccg
gacctaaaaccggctaccagcgaggaggtaaatcaattggttgaggaccgtaaagtagaa
tttaaccaaaactggcattttaaactcaatgctaatgccaaagacgccatcaaaccagat
gcagatgtatcaagctggaagaaattagaccttcctcatgactggagtatctacaatgac
ttcgatcatgattctcctgcccaaaatgaggggggacaactcaatggtggtgatgcttgg
taccgcaagacctttaaactagatgaaaaagaccttaacaagaatgttcgtttggtcttt
gacggagtttatatggattcgcaagtctatgtaaatggtcagctagttggtcactatcca
aatggttacaaccaattctcttatgacatcactgattatctcaataaagacggtcgtgaa
aatgtcgtagctgtacatgcggttaataaacaaccaagtagccgttggtactcaggaagt
ggtatttaccgcgatgttacccttcaagtcacagataaggttcatgctgagaaaaatgga
acaactatcttaacaccagaccttgaaaaacaacaaattggtaaggttgatactcatgta
acaagtaagattgtcaatacagatgacaaagatcatgaaattgttgctgaataccaaatt
attgaacgaaatggtcaggctgtaacggacgtggttcgtacagatagccaagtcttgaaa
gctcatcaatcaactagtctaaatgctattttgcaagttgagaaaccaaaactttggaca
gttcttaacgacaagcctgccctttatgagttggtgactcgtgtttatcgtgatggtcaa
ttggtcgatgctaagaaggacttgtttggttaccgttactataactggacaccaaatgaa
ggcttctctttgaatggtgaacgcattaaattccatggagtttctcttcaccatgaccac
ggagctctaggagctgaagaaaactataaggcagaataccgtcgtctgaaacagatgaag
gatatgggtgtgaactctatccgtacaacccacaacccagctagtgagcaaactttgcag
attgctgcagaactaggtttgttggtccaagaagaatcctttgatacttggtacggtggt
aagaaacagtatgactacggccgtttctttgacaaagacgccactcacccagatgctaaa
aaaggtgaaaaatggtctgactttgacctacgtacaatggtcgagagaggtaagaacaac
cctgctatcttcatgtggtctatcggtaatgaaattggtgaagcagacggtaaggctcgt
tctctagcgactgttaaacgcttggtgcaagtgatcaaggcagttgataagacacgctat
gtcactatgggagcagacaagttccgctttggtgatggtagtggtgatcatgaaaagatt
gcgaacgaacttgatgcggttggatttaactattcagaagacaactacaggaagcttcgt
gcgaaacatccaaattggttgatttacggttcagaaacttcttcagcaactcgtactcgt
ggtagctatttccgtccagaaagtgagctagttcacagtaaccaagcttaccgtcattat
gagcagtcagactacggtaatgaccgtgttggttggggtaaaacagcaactgcatcttgg
acttttgatcgtgacaatgctggttatgctggtcagtttatctggacgggtaccgactat
atcggtgagcctactccatggcacaaccaaaacaacacaccagttaagagttcttacttt
ggtatcgtagatacagccggcattccaaagaatgactactacttgtatcaaagccaatgg
gtttctgctcagaagaaaccaatggttcacctccttcctcactggaattgggaagattct
agtctaaaagagaatgtagcggatgcagatggtaagattcctgttcgtgcattttcaaat
gctgccaatgtggaactattcttgaatggtgagtccttaggtaagaaaacatttaacaag
aaacaaactagtgatggacgtacttaccaagaaggtgccaatgcaaatgaactttacctt
gagtggaaggttgcttatcaacctggaaccctggaagcagtagctcgtgatgaggctggt
aatgaaattgctcgtgataaggttacgactgctggtgagcctgcaggtgttcgcttagtc
aaagaagaaaatgctatcgcagcagacgggaaagacctcacttatatctactacgaaatc
gttgatagcgctggcaatgtagttcctactgctaataaccttgtacgcttccagttgcat
ggacaaggtcagattgtcggtgtggacaacggtgaacaagcaagccgcgagcgttacaaa
gagcaagctgacggttcatggattcgcaaggccttcaatggtaagggtgttgtcattgtc
aaatcaactgagcaagcaggtaaattcactttgactgcccactctgatctcttgaaatct
gatcaaacaaccattttcacaggtaagaaagagcaagctgaaaaaacagttttgggtaca
gaagttgctaaagttcgtactgttatcggtcaagcaccgaaaatgcctaagaaagtagcc
tttatctacagtgatggtagccgtacaaaacttccagtagaatggtcagcagttgatgtc
aatgaaccaggaattgtgactgttaagggtgtagcagatggacgtgatgtagaagcgcgt
gttgaagtcttggctctcgaagcagaattgcctgtagtcaagagaatcgctccaaataca
gacctaaattcagttgacaaatctgtttcctacgtattatcagatggtactgtagcaagc
tatgatgttgataagtgggaaattgcagctgaagatcaagctaaactagcaatcccaggc
tctcgcatccaagcaaaaggtattttagaagatgaagaaatcgctgcgaccttggtagtg
gcagaaggtgaagctgctaatccagtagttccaagtgtaactgtggcagatcaagcggtt
gaaggtctttcaactgaccaacctgtaaaataccacaagcttgcttatggcgtagctttg
ccagaggttaaagctacggctgaaaatgctcaagtgacagttattcaagctaatgaagca
aatggtatgcgtgcaagcatccatgttcaacccaacgatggtggcccactacaaacctat
gctatccaattcctacaagaagctccacaaattgaacgtttgagcctagaagttgaaaat
gcagctactttgaaagaagaccaaactgtcggtatcaaggtcttggctcactatcaagac
ggtacacaagcagtcttgaaagctgataaggttaccttctcaactacaggtgaaggagat
gtagccgttcgtaaaggtatgcttgaattgcacaaacctggtcaagtaactctgaaagct
caatttgaaggagcagaaggtcagattgacttgaacattcaagcaaatactgaaagcaaa
gttgtccaagccatccgtccagtcagtgtcgtgacaggtttgaaccaagaaccaagtcta
cctgctacagtaactgtagagtatgacaaaggatttccaaaggttcacaaggtgacttgg
caagcagttgctaaggaaaaccttgctaaataccatagctttgatgtcttaggtaaagtt
gaaggaatcgagaaagaagcacatgctaaggtatctgtcgaaggtatcattgctgtcgaa
gaagtgagcgtaactactccagttgcagaagctcctcaactaccagagagcgttcgtact
taccactcaaatggccaagtctcttcagctaaagtaacttgggacgcaattgaaccaagc
caatacgcacaagaaggcaagtttactgtgacaggacatgtcgaaggtactcaactacca
actaaacttcatgttcgtgtatctgctcagacagaaacgggtgctaatatttctgaccag
tggactggttccgaattgccacttgcctttgcatcagactcaaacccaagtgattcagta
gccaatgtcaatgacaaactaatctcatttaatgatcaaccagcaaaccgctggacaaac
tggaaacgtacaagtgaagcatcagtgggaattctctttggtgactctggtatcatgtct
aaacgatcagttgataacctcaatgtagccttccacgaagaccacggtgttggtgcacct
aaatcctatgtcatcgaatactatgtcggttcagcaactccaacagttcctaagaatcca
agcttcgtagcacgcgaagaccatgtctttaatgacgataaaaactggaaagaagtaaca
aatctcaaggctccagatcaagtcagagctggagaaatgacccactttagctttgataaa
gtcaacacttatgctgttcgtatccgcatggttagaccagatggtaaatggggtacttct
attacagaaatgcaaatcttctctaaacaagtagctgcagctaagaatgctcaagcaaaa
atccaagtagatggaaaagatttgccaaactttaacccaggcttgactgactactatcta
gaagcaagccaaggaaaagctccagctgttacagcaagtgtcactgaaaatggtattgca
acagttgtaccaagcgtaggtgaaggagatccagttcgtgttgttgtcaaggctgaaaac
ggagatatcctaggtgaataccgcctacacttcacaaatgataaagatttgctcgcaagt
aaacctgttgctgttgccaaatcatctcgcttggttgctaaaggacaaacccttgagcta
ccagcaaaagttcctgtctacttcacaggaaaatctaactatgaagtcaaagacttggct
gttgactgggaagcagttccagcagaaaatctaacaaaagcaggtgaatttacagttcat
ggtcgcgttttgggtactgatttaactgctgaagtagctgttcgtgtaacagacaaactc
ggagaaaatctttcagacaacccagacttcgatgacgatagcaaccgttcatttgcctca
gcaactaacgatattgatccaaactctcatgaccgtgtagattatgttaacgatggttca
gatgatgaaacccgtcgttggaccaactggtctccaactccatctgataatccagaagtc
tcagtaggggttatcttcagagaaaatggtaagattgttgaacgtacagtagctgaagga
agcattcggttctttgcagatggtggaacagatgcaccttctaaacttgttctagaacgc
tatgtgggaccagaatttgattcaccagaatattactctaactaccaaccatacgatcca
gaacatccattcaacactccttctaactgggagaaagttgaataccgtgcggatcaagaa
gttcaagcaggaactgacatccatgtaacctttgcaccggtcaaagctaaagccatgaga
tggcgcatggacagaaaagcagacaagaagggtgtggcgatcactgaaatggcctttatc
gcaccaagtgaagcacctaaagacaatacagcttctaaacttctagtagatggtagagag
cttgcagacttctctgaagctcgtgtggattaccaagtaacctatagtggaaaccgtcct
aaagtgaccgttgaagctggtgaaaacgtagcggcaacagttgttgatagtggtgacgat
aaacttccagtcttggtacgtctcgtttcagaaagtggtaaacaggtcaaggaataccgt
atccaattgaccaaagaaaaggttgaaactggaaaagttgccccagctgttcaggaagag
cttcctattctagaagtggtagaagaagctctcagcttcaagagagtgaagaaagaagat
ccaactctagcagaaggtgaaactcgtgtaactcaagcaggtcgtgaaggtaaagaacgt
atcctgactgaagtagcactagatggaagccgtactgaaaaacttcgcgaaactattgaa
gcaccgcaagatgagattgtcttagtcggaactaagaaagaagtatctggtaaaacagat
ccagctatccatgaagttccagaatttacaggtggtgtcaatggagcagaagcagctgtt
catgaagtcccagagtacccaggagtcattggcacagcaggtgatgagccagcaccagta
gtagaagtaccagaattcacaggtggtgtgaatggcgcagaagcagctgttcatgaagta
cctgagttcactggtcatgtaaatggttcagaaggaactacccatcaagttccacacttt
gaaggtggcgttcctggtggagaagggactagtcaccaagttccagaatttactggacgt
gtgaatggttcagccccaactacaggtgaaacaccagcatacagagatgagcagtcacaa
gtagctcttgctatgtcacaagacaagacctaccaagcgcctgcaagtcatcaaaatatc
ctccctgaaacaggtacaaaagaaaatgcaacccttgcaacagcaggtgttgtaggagca
ctacttggtctctttgcaatgggaaagaaaaaagaagacgaataa
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integrated database retrieval system
