KEGG T00774: DICTH

Dictyoglomus thermophilum: DICTH_0134

Entry

DICTH_0134 CDS T00774

Gene name

ebgA

Definition

cryptic beta-D-galactosidase subunit alpha (EC:3.2.1.23)

Orthology

K12111

evolved beta-galactosidase subunit alpha [EC:3.2.1.23]

Organism

dth Dictyoglomus thermophilum

Pathway

dth00052	Galactose metabolism
dth00511	Other glycan degradation
dth01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:dth00052]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:dth00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2

Other DBs

NCBI-GI:

206901411

NCBI-GeneID:

6946240

UniProt:

B5YBF3

Position

complement(147804..150896)

AA seq 1030 aa
MIKTWENHKITNINRLPARSYFYSYPTLESASYFEKKLSLGYKLLNGKWKFLYLEAPEYS
PEGFQKKDFDDSNWQEIYVPGSWEIQGFGKPNYTDLLYIFPLNPPYVPTENPCGIYRTWF
FIPANWLDKRIIIKFHGVSSAFHLWLNGFEIGYSKGSRLTSEFDISKYVVEGPNLLTVRV
YKWSDGSYLEGQDMWKLAGIIRDVEIGVEPLDGIFDFFVKTDLSEDYKKGNIKLNLKFWN
FVEEITFEYILADEYNNIIYSDNFKVSGNELNIISPYFDIKKWSDEEPYLYNLFLILRKN
QEIIQVIPQKIGFRKIEILGNKFLLNGVPIKLKGINRHEFYPSFGYFTPMDIAEKDIKLL
KQYNINSIRTSHYPNSPYFYDLCDKYGVYVISECDIETHGFELVDKHNYLANNPEWENAF
IDRIERTVHRDKNHPSIIMWSLGNESSFGINFEKCAKKIREIDNTRMIHYEGDKEGRVTD
VFSTMYTWLEPENESKSLLEVIKNCNKPYILCEYGHAMGTGPGGLKDYQELFEAHENFQG
AFIWEFCDHGLPIQNKGYGYGGDFGDEPNDSNFCIDGILFPDRTIKPGFLELKKIFEPIK
IELLNIEKGIFVIKNLYNFISLDHLLVVYSIWNNNGIIKSGEITPSNIPPRCKKEIEVED
VIKIRNNENIKQETFIDFYVILKEDTPWAKRGHIVSYFQYRIKEEEIKEETSLINNHTKT
PISVIEKGDILEIIGEDIKITFDKVKAKLIEGEKNSKKIRLFGPFFNFWRPPIDNDKNIT
SDYINKYHLPFIKERVDKFEIKDFKDFLNIETQILYGTINSTWFYVIDYSYHIYPTGDII
IKISAKTKGDKDKAPNMLPKLGFKWYLSRDLRNVRWFGRGPHTNYIDMKESALIGCYEDY
VENLMVSYIKPQDSANRSDCKYVSLTDDYGVGIFVSTSKSFDFSAYPYEDTEIQKAKHNW
ELKKSNFITLNIDYKNNALGTNSCGQNQLLKYRCKYEDFSIELFISIFNHYEISENLKYL
ISKKLLRRDK

NT seq 3093 nt +upstreamnt +downstreamnt
atgattaagacttgggaaaatcacaaaataactaacataaatagactacctgcaagatcc
tacttctactcgtacccaactctagaatctgcctcttacttcgaaaaaaaattatcctta
ggatataaattattgaatggaaaatggaaatttctttacttagaagctccagaatattcg
ccagaaggatttcaaaagaaagattttgatgactctaattggcaagaaatctacgttcct
ggaagttgggagatacaaggctttggaaaacccaattatactgatctattatatattttc
ccattaaatcccccttatgttcctacggaaaatccttgcggaatttacagaacctggttt
tttattcctgcaaattggcttgataaaagaataataatcaaatttcatggagtctcttca
gctttccacttatggttaaacggctttgaaattggatatagcaaaggttcaagattaacc
tcagaattcgatataagtaaatatgttgtagaaggcccaaatttacttacagtaagagta
tacaaatggtcagatgggagttatctggaaggccaagatatgtggaaactcgcaggaatc
ataagagatgttgagattggagtcgaacctttagatggtatatttgacttcttcgtaaaa
acggatttaagcgaagattataagaaggggaatataaaacttaacctaaaattctggaac
tttgtagaagaaattactttcgaatatattcttgcggatgaatataataatataatatat
tcagataactttaaagtatctggtaacgaactaaacattatttctccttattttgatata
aaaaaatggtctgatgaagagccatatttatacaatctttttctaattcttaggaaaaac
caagaaataatacaagtaattccacaaaaaattggatttagaaaaatagaaatattagga
aataagtttttactaaatggtgttccaatcaaattgaagggaattaatagacatgagttt
tatcctagttttggatattttacccccatggacattgcagaaaaagatataaaacttcta
aaacagtacaatataaattccattagaacatcacattatccaaattctccttacttctat
gatctatgtgataaatatggtgtatacgtgatttctgaatgtgatattgaaactcatggt
ttcgaacttgttgacaagcataactaccttgctaacaaccctgaatgggaaaatgccttt
attgatcgtattgaaagaacagttcatagagataagaatcatccttctataataatgtgg
tccttaggtaatgaatcttcttttggaataaattttgaaaaatgtgcaaaaaaaatacga
gaaattgacaatactcgaatgattcactatgagggtgacaaagaaggcagagtcacagat
gtattttctactatgtatacatggcttgaacctgagaatgaaagtaaatctctactagaa
gttattaagaactgcaataaaccatatattctgtgtgagtacggacatgcaatgggcaca
ggacctggtggattaaaggattatcaagaattatttgaagcacatgaaaactttcaggga
gcctttatatgggagttttgtgatcatggattacctatccaaaataaaggttatggatat
ggaggggattttggagatgaacctaatgatagtaacttctgtatagatggaatacttttt
cctgatagaactattaaaccaggctttttagagttaaaaaaaatctttgaaccaataaaa
attgaattgcttaatattgaaaaaggcatctttgtaattaagaacttatataattttatt
tctttagatcacttgttagttgtttattcgatttggaacaataatggcataattaaaagt
ggagaaattacaccatctaacattcctccaaggtgtaaaaaagaaatagaagtagaagat
gtcataaaaatcagaaataatgaaaacataaaacaggaaactttcattgatttttatgtt
attctaaaggaagatacaccttgggctaaaagagggcatattgtttcatactttcaatat
agaattaaagaagaagaaattaaagaagaaacctctctcataaataaccatactaaaact
cccatatctgtcattgaaaagggagatattcttgaaataataggggaagacataaaaata
acatttgataaagtaaaagcaaaactaatagaaggagaaaaaaacagcaaaaaaatcaga
ctcttcggtcctttctttaatttctggagaccacctattgacaatgacaaaaatatcaca
agtgactatataaataaatatcatttaccttttataaaagagagagttgataaatttgag
ataaaagactttaaagattttttaaacatagagactcaaatcttatatggaacaataaac
tctacttggttctatgtgatagattattcatatcatatatatcctacaggagacattatt
ataaaaatatccgcgaaaactaaaggagataaagacaaagcccccaatatgctccctaaa
cttggtttcaaatggtatctttctagagatctaagaaacgtaagatggtttggaagagga
ccgcacacaaattacatagacatgaaagaatcagcacttataggatgttatgaggattat
gtcgaaaatctcatggtaagttatataaaacctcaagattcagctaatagaagcgattgt
aagtatgtgagtcttacagatgattatggggttggaatttttgttagtactagtaaatct
tttgatttcagcgcatatccttatgaagatactgaaattcagaaagcaaagcataattgg
gagttaaagaaaagcaatttcataactctaaacatagactacaagaataatgcattagga
actaactcctgcggacaaaaccaactattaaaatatcgttgtaaatacgaagatttttca
atagaactttttatttcaatatttaaccattatgaaatttccgaaaacctgaaatatctt
atttcaaagaaattacttaggagggacaaataa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
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 (22)   

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