KEGG   Tepidanaerobacter acetatoxydans Re1: TepiRe1_0812
Entry
TepiRe1_0812      CDS       T02434                                 
Name
(GenBank) Beta-galactosidase
  KO
K01190  beta-galactosidase [EC:3.2.1.23]
Organism
tae  Tepidanaerobacter acetatoxydans Re1
Pathway
tae00052  Galactose metabolism
tae00511  Other glycan degradation
tae01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:tae00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    TepiRe1_0812
  09103 Lipid metabolism
   00600 Sphingolipid metabolism
    TepiRe1_0812
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    TepiRe1_0812
Enzymes [BR:tae01000]
 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
     TepiRe1_0812
SSDB
Motif
Pfam: Glyco_hydro_2_C Bgal_small_N NPCBM Glyco_hydro_2_N Laminin_G_3 LacZ_4 Glyco_hydro_2 Big_4 Cohesin BetaGal_ABD2 Glyco_hydro_72 BetaGal_gal-bd Laminin_G_2
Other DBs
NCBI-ProteinID: CDI40488
UniProt: F4LWN5
Position
815103..820580
AA seq 1825 aa
MSKKLITSFVLLVFILTNLGIAAFAMPSDGIQEWNDNPTLFQVKREPAHATFIPFADVET
ALMRDRDNSPYFKLLNGQWKFHWSKNPASRPVDFYKEDFDVSQWDEIPVPSCWQLQGYDY
PIYTNVTYPWTGYENPKPPKAPTVYNPVGSYRHTFTIPEDWDGREVFISFQGVESAFYLW
VNGQEVGYSEDSFTPAEFNITEYLEQGENTIAVEVYRWSDGSWLEDQDFIRLSGIFRDVY
LYSVPKVHIRDFKVETDLDDQYKDATLNLRVDLRNLGIENPDNYKVEAMLYDADESPVLL
EPFYTTASFGEEENEVSVELEQFIENPLKWSAEDPNLYTLVLSLKDSTDNILETTSCRVG
FREFEIEDKQMKINGKPIMFKGTNRHEIDPDTGRVISKERMIQDILLMKQFNINAVRTSH
YPNDPMWYDLCDEYGLYLIDEANVESHGANGTLPKSDPNWLDACLDRMKSMVERDKNHPS
VLIWSLGNEAGSGTTFKHMAEWARQADPTRIIHYEGDNQWADVQSNMYARVGTVENYGKT
GTKPYILCEYAHAMGNSVGNLFKYWDVIEKYPNLQGGFIWDWVDQALRWPTPVKRIISDK
SNNKFKSEMFGELEVGRSGNALRGYTILPDVPELNITGQGLTLEAWVKPEASASSDNVII
AKGDSQFAIKHTANYLQQNRSVIEFYIYDADIPGQWTQWVAAAADTPSDWFGEWHHVAGT
YDGTKLTIYIDGELKAEKETTAKITANAYPVGIGRDVERNRGFNGLIDDARIYNRALTID
EINNHERQPDESTVLWVDFEDVEEDGYRDSEFFAYGGDWGDNPNDGNFCANGLIFPDRTV
QPELYEVKKVYQNIGIKAVDLENGQIEIQNKYLFTNLEEFNMSWELLEDDEIIDSGNIVI
DLAPLSSKVITVPFETPQIKPGAEYWLNINFTLKEDTPWADAGHEIAKEQFSMPFSKEPL
SLSISDMPELELEENDEEILINGDKFTIVFDKSKGTMSSYVYDDKEVIKEGPIPNFWRAP
IDNDKGNGMPSRTATWRYAGENRQISNVTVTRLADQVIQIDVDATLPTKVESEYKATYVF
YGSGDVVVNNTLISDSSLPEIPEIGTILTLPEEFENIKWYGRGPQENYWDRNTGALVGVY
NSTVDEEFIPYLEPSETGNKTDVRWVTLTNDEGFGLLAIGMPLIEVNALHYTPEDLSTAS
HPYKLVRRDDITLRLNYKQMGLGGDDSWGAKPHSEFTLYPGKPYSYSYRLKPITLSTQSP
MELNKEVISLDALKGINIDGKPLPSFNSQIPDYEIQILEGSRTIPPVVEPIPTSDKVQLE
VTQAETLPGTATITATSELGVTTIYSIKFITVPEIYLSDIDWINATCGWQTIQRDKSVEG
NPLRLLGPSNQVITFEKGIGTHADSEIIYDIEGKGYGIFESYIGVDREISNGSIIFEVWL
DGEKVFESDVMTARTPAQFISIDVRGKNELKLVAHDAGDGNAEDHADWADAKFKKSDEEP
IAEPKITLTSPNSVQSGIEFTTKIGLSNVTEAVYAADITINYDTNLFELITCQTADDNTV
ISKVYEDELGSVKVSIDFKEPVTAEAIELFDIVFKAKEITETKSGIIGISKALIKTTEVE
ELQVQPIEKTIEVIAEDIPEKVISSIKPVEITTKVGEPPILPDKVIVIYSDNSTAEVNVI
WNEINPEQYANIGKFTVKGTVEGTDIKAVANITVEAISEEKSFTIISGTKLDRTTGIKAK
VKVKHKTESNTHPGNEVVLFQLMKGTTPISIIALEKDIVTEEVFTAHFNVKDYESLAYKV
KVFVFDRFDSDITAPLNLAEPTELD
NT seq 5478 nt   +upstreamnt  +downstreamnt
atgtcaaaaaaacttattactagcttcgttttattggtttttatcttgactaatttaggt
atagctgcctttgcgatgccgtcggatggcatacaagaatggaatgacaatcctacgcta
tttcaggtaaaacgagaaccagctcatgcgacatttataccttttgctgatgttgaaacg
gctctaatgcgagacagagacaactctccctactttaaactacttaacggacagtggaaa
ttccactggtctaaaaatccggcttcaagacctgtggatttttataaagaggattttgat
gtaagccaatgggatgagataccggttcccagctgctggcagctacaaggatatgactac
cctatatatactaatgttacatatccttggacaggttatgaaaatcctaaaccaccgaaa
gcccctacggtatataaccccgttggttcttatcgacacacatttactatacctgaagac
tgggatggacgcgaggtttttatctccttccaaggtgtagaatcagctttttacctctgg
gtaaatggacaagaagtaggctatagcgaagatagctttacacctgcagaatttaatatc
acggagtatttagaacagggtgaaaataccattgctgttgaggtttaccgctggtctgac
ggaagttggctggaagatcaagattttattcgattaagcggtatattccgtgatgtatat
ctttactcagtaccaaaggtgcatatacgcgattttaaagtcgagacagatctagatgat
caatataaagatgcaactttaaacctcagagtagatttaaggaaccttggtattgaaaat
cctgataattataaagttgaagcaatgttgtatgatgcagatgaatctccggttttatta
gaacctttttatacaacggcaagcttcggtgaagaagaaaatgaagtttcagtagaatta
gagcagtttatagagaatccgctaaaatggtcggctgaagacccgaatctttatacactg
gtgttgagtttaaaagattcaacagataatatcctcgaaactaccagttgtagagtgggt
tttagggaatttgaaatagaagataagcagatgaaaatcaatggtaagcctattatgttc
aaaggtacaaaccgacacgaaatagatccggacaccggaagggtcatctcaaaagaaaga
atgattcaagatattctattaatgaagcaatttaatataaatgctgtgcgcacatcacac
tatcctaatgatccaatgtggtatgacctttgcgatgaatatggtctttacctaattgac
gaagcaaatgttgaatctcatggagctaatggtacattacctaaaagtgaccctaactgg
ttagatgcgtgccttgatagaatgaagagtatggtagaacgagataagaaccatccatcg
gtgctaatatggtctttaggtaatgaggccggtagcggaaccacattcaagcatatggcg
gaatgggcacggcaagcagatcctacacgtatcatccattatgaaggggataaccaatgg
gctgatgttcaaagcaatatgtatgctagagtaggtactgttgaaaattacggtaaaacc
ggcactaagccatatatattatgtgaatatgcccatgctatgggtaacagtgtaggcaac
ttattcaaatactgggatgttatagaaaaatacccgaatcttcaaggcggctttatatgg
gattgggtagatcaagcccttagatggcctacgcctgttaagagaataatttctgataaa
agtaacaataaatttaaatccgagatgtttggtgaattagaagtaggtagatctggtaat
gctttgaggggatacacaattttacctgatgtacctgaattaaacattacaggtcaaggc
cttacccttgaagcttgggtaaaaccagaagcttctgcaagcagtgacaatgtaattatt
gcaaagggtgacagtcaatttgcaattaagcatactgcaaattacttgcaacaaaataga
agtgtaattgaattttatatttatgatgcagatattccggggcaatggactcaatgggta
gcggctgctgcagatacaccgtcagactggtttggagagtggcatcatgtggcaggaacc
tatgatggaacaaaattaacgatatatatcgatggtgaattaaaagctgaaaaagaaacc
accgcaaaaatcacggctaacgcataccctgtgggaataggccgggatgttgagaggaat
cgaggttttaatggtttaattgatgatgcccgaatctataaccgtgcacttactattgat
gaaataaataaccatgaaagacaacccgatgaaagtacagtgctgtgggtggattttgaa
gatgtagaggaagatggttatcgtgatagtgaattctttgcctatggcggagattgggga
gacaatccaaatgatggaaacttctgtgcaaatggcttaatattccctgacaggacagtg
cagccggaactttatgaagtaaaaaaagtgtatcaaaatataggaattaaagctgttgat
ttagaaaacggtcagatagaaatacaaaataaatatttgtttacaaatcttgaagaattt
aatatgtcatgggagttattagaagatgatgaaataatcgactcaggcaatatagtaatt
gaccttgcccccctttcttctaaagttattacggtgccttttgagactccacagataaaa
cccggtgcagaatattggctaaatataaactttacattaaaagaagatactccttgggct
gatgcaggtcatgaaattgccaaagaacagtttagtatgccttttagcaaagaaccatta
tccttaagcatatcggatatgcctgagcttgaacttgaggaaaatgatgaggaaatatta
ataaacggagataaatttaccatagtgtttgataaatctaaaggaactatgtcatcttat
gtgtatgatgacaaagaagtcattaaagaaggtccaatacccaacttctggagagcacct
attgataatgataaaggaaacggcatgccgtcaagaactgctacatggcgctatgccgga
gaaaataggcaaataagcaatgtaacggtaacaaggcttgcagatcaagttatacagata
gacgtagatgcaacattgcctacaaaagtagagtcagaatacaaagcaacatatgttttt
tacggcagtggcgatgtggtggttaacaatacattaatatcggattcaagcctccctgaa
atacctgaaataggaacaatactaacattgccggaagaatttgaaaatattaagtggtat
ggacgaggacctcaagaaaattattgggatagaaatacaggtgcacttgtgggagtatat
aatagtactgtggatgaagaatttataccgtatcttgaaccttcagaaaccggaaataag
accgatgttagatgggtaacattgacaaatgatgaaggttttgggctgttggctatagga
atgccgcttattgaagttaacgcactgcattacacacctgaagacttatctactgcaagc
catccctataaactggtacgtcgcgatgatattactttgcggttaaattataagcagatg
ggattaggtggtgacgatagctggggtgcaaaacctcattctgagtttacactttatcct
ggcaaaccatattcttacagctatcgattaaaaccaattactttgtcaacacaatcacct
atggaattgaacaaggaagtaataagcctagatgcattaaaaggtattaacattgatgga
aagccgttaccatcttttaatagccaaataccggattatgaaatacaaattttagaagga
agcagaaccataccacctgtagttgagcctatacccacgagtgataaagtccaattagaa
gtaacccaagcagaaacactgcccggaaccgcgactataacagcaacatcagaattagga
gttacaactatttattcaatcaaatttattactgttccagaaatatatctttccgatatt
gactggataaatgctacttgtggctggcaaaccatccaaagagataaaagcgttgaaggt
aatccattaagattgttagggccatcgaatcaggtaataacattcgaaaaaggtatagga
acacatgccgactcagaaatcatatatgacattgaaggaaagggttatggtatttttgag
tcatatatcggggtagaccgtgaaataagcaatggcagtattatatttgaagtttggtta
gatggtgagaaagtatttgaaagtgatgtaatgactgcaagaaccccagcacaatttata
agtatagatgtaagaggtaaaaatgagctaaaattagtggcccatgacgcgggagatgga
aatgcggaggatcatgctgactgggcagatgccaaatttaaaaaatcagatgaagaacca
attgctgaaccaaaaatcaccctaacaagccctaactcagtccagtcaggcattgaattt
acaacaaaaataggcttaagcaatgtaacagaagcagtctatgcagcagacataacaata
aattacgacactaacctatttgaacttataacatgtcaaacagcagatgacaatactgta
ataagtaaagtctatgaggacgaactaggaagcgttaaggtatccatcgactttaaagaa
ccggtaacagctgaagcaatagaactatttgacatagtttttaaagccaaagaaattacc
gaaactaaatcaggtattataggaatatcaaaagctcttataaaaacaacagaagttgaa
gaactacaagtacagcccatagaaaaaacaatcgaggtaatagcagaagatatcccagaa
aaagtaatatcatcaatcaaacctgtagaaattacaactaaagttggagaacctcctata
cttcctgacaaagttatagtgatatacagcgataattcaacagctgaagtaaatgtaatt
tggaatgaaataaatcctgaacagtatgctaatataggcaagtttacagtaaaaggaact
gttgaagggacagacatcaaagctgtggcaaatataacagtagaagcaatatcagaagaa
aagtcattcaccattatatctggaactaaacttgacagaaccacaggtatcaaagccaag
gtaaaagtaaaacacaagacagaatcaaatacacatccaggtaatgaagtagttctattc
caactgatgaaaggcacaacaccgataagcatcattgcattagagaaagatatagtaact
gaagaagtattcacagctcactttaatgtaaaagactatgaaagcctagcttacaaagta
aaagtattcgtatttgatcgctttgacagtgatataactgctccgttaaatcttgcagaa
ccgactgaactcgactag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (12)   
   KEGG COMPOUND (12)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (13)   
   Pfam (13)   
All databases (41)   

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