KEGG   Novibacillus thermophilus: B0W44_12550
Entry
B0W44_12550       CDS       T04694                                 
Name
(GenBank) hypothetical protein
  KO
K18650  exo-poly-alpha-galacturonosidase [EC:3.2.1.82]
Organism
ntr  Novibacillus thermophilus
Brite
KEGG Orthology (KO) [BR:ntr00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    B0W44_12550
Enzymes [BR:ntr01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.82  exo-poly-alpha-digalacturonosidase
     B0W44_12550
SSDB
Motif
Pfam: fn3 Glyco_hydro_28 FIMAH Pur_ac_phosph_N Ig_DSCAM-DSCAML_C Pect-lyase_RHGA_epim Y_Y_Y fn3_2 Ig_J S4 Big_7 Arylsulfotran_N
Other DBs
NCBI-ProteinID: AQS56465
UniProt: A0A1U9K8T4
LinkDB
Position
2583437..2586565
AA seq 1042 aa
MACSFFRGISEAESRVSVPEAPRNLQIPTLAYDESSITLVWEKPENYDDIVDFNVYMDGK
KIGSSSKDNSGPAKAYIDNFYENIDKDNFHTNILIHNFKVENLQPDTAYEFYVTSVNADG
VESMPSNKITGRTTPVKDVFNVEDFGATADDDIKDTEAIQATIDAATPGSIVLIPEGKFI
SGEIWLKSDITFQVDGYLLGSPDAEDYSRGFWLYDYSTDERSFSLINAHTYDYGSLKNIR
IVGDGVIDGNGWKYDDRHPTIDELGNELPRLVAGDNAKVTGGVKVVDGQMSPLDLDSKDT
LGILAANQSYAAQQSGMNAKSAYATRSNLITVRGVDGMYYEGFTQLNPAFHGIVNLHSEN
IVVNGTVSKTYDGNNADGFEFGNSRNIMVFNNFLDTGDDSINFASGMGQAAANAEPTGNA
WIFNNYIREGHGGVVTGSHTGGWIQELLVEDNIMYKTDVGLRCKTNTPMGGGARDILFRD
NALESIDGDGPFVFTSSYTDPNAAILYEPAETISQFKDMEIVNTTVRNQEGQAQSILITG
HRDVGEVFHENIVFRDVKFDNVRSTNIRYGKDIQFYDVEFTNVQDNDGDPWRIANSTGLV
FENTTMSPVAEDAAQKPQWEKGSTVRAKSSSDGRSVTLTWSEATDNVGVQGYTVYKNGEK
IGMDYTTVSGTSYTVHGLAPATEYTFKIEATDATGNRTSDGPEVNITTLGAKDTTPPTLP
ENTEIKELTTRIPASDTFSGKEEEVVYPGFTWASVAWEKSSDENGIAGYYVYANGELKGF
TPQNQYTLTKLEPGTIYRVEVEAVDVAGNKVDYGTSLEIETAPPYPIGAPTIEGDLNATV
KGSSVELSWNEATAVNQDIVGYRVYVNGQPVKPEGVEFTPINRAVTTRDTTFTVDGLDQG
DYTFKVEAVGRGVKLSKRERLASQIPNGLVEVEEFRWSGSGPSTEVSLTADVSAADMKAL
VERFEEKGEFANRDAARSLIIHLTAVDHFERREAAEKVVKHMKRFKVLLDHQQDGELISE
RAFQALHSHADALMKKWEQSLR
NT seq 3129 nt   +upstreamnt  +downstreamnt
atggcatgcagttttttcagagggatatctgaagcggaatcacgagtttcggtaccagaa
gcgccacgaaatttacaaataccgactcttgcgtatgacgaaagcagcataacccttgta
tgggaaaagcctgaaaactacgacgatattgtggattttaacgtctacatggatggtaaa
aaaatagggagctcgtctaaagataacagtggaccagctaaagcttacatcgacaatttt
tatgaaaacatcgataaagataatttccacacaaacattcttattcacaactttaaagta
gaaaatctccaaccggacacggcatatgaattttatgtcacttcggttaatgcagacggt
gtcgaatcgatgccatctaacaaaattacagggagaacaacgcctgttaaagacgttttt
aacgttgaagactttggcgccaccgcagatgacgatataaaggatacagaagcaatccag
gctacaattgatgcagcgacaccaggttccatcgttttaattcctgaagggaaattcatc
tctggcgaaatttggttaaagtcggatattacctttcaagtggacggttatttactcggc
tccccggatgcggaagattacagccggggtttctggttatacgactattctacagatgag
cgttctttttccttgatcaacgcccacacgtacgattacggcagcttgaaaaatattcga
atagtcggtgacggagtcattgacggcaacgggtggaaatacgatgacagacatccgacg
atagacgagctgggcaacgaactgccacgtctggtcgcaggggataacgctaaagtgacg
ggtggggtcaaagttgtcgatggacaaatgtctccgttagacttagactccaaggacaca
cttggcattttagctgccaaccagtcctatgcggctcaacaatcggggatgaacgccaaa
tcggcctacgcgacccgctcgaatctcattaccgtgcggggggttgacggcatgtactac
gaagggtttactcaactcaatcccgccttccacggtatcgtcaaccttcacagtgaaaac
atcgtagtaaatggaaccgtttctaaaacttatgatggaaacaatgctgacggattcgag
ttcggcaactctcgaaatattatggtgttcaacaatttcctcgacacaggagatgacagc
atcaactttgcgtcaggcatgggtcaagctgcagcaaacgctgaaccgacaggcaatgcg
tggatctttaacaattacattcgggaagggcatggcggcgtggtgacagggagccataca
ggggggtggattcaagaacttctagtcgaagataatatcatgtataaaacggacgtgggc
ctgcgttgtaagacgaatacgccgatggggggcggcgcgcgggatatcctttttagagac
aatgcactggagagcatcgatggagatggtccgttcgtctttacatcttcgtacacggac
ccgaacgccgctattctttatgagcctgcagaaaccatttctcagtttaaagatatggaa
attgtcaatacaacggttcgcaaccaggaaggtcaggcgcaatccattctcatcacaggt
catcgcgatgtgggtgaagtctttcacgaaaatatcgtctttagagacgtgaagtttgat
aacgtccgatcaactaacattcgctacggaaaagacattcaattttacgatgtggaattt
acgaatgttcaagacaatgacggcgatccatggcgaatcgcaaattcgactggactagtc
tttgaaaatacaaccatgtcacccgtcgccgaagatgcggcacaaaaaccgcaatgggag
aaaggttcaactgttcgtgcgaaatcttcatccgatgggagaagtgtcacgctcacttgg
agtgaagcgactgacaacgtaggcgtacagggctataccgtgtataaaaatggtgaaaaa
ataggaatggactacacgaccgtttccggaacgagttatacggttcacggtttagctcct
gcgacagagtatacgttcaaaatcgaagcgacagatgcaacaggtaaccgcacatctgat
ggaccggaagtgaacataacgactttaggagctaaagatacaacccctccaacacttccg
gaaaatacagaaatcaaagaactcaccacccggataccagcgagcgatacgtttagcggg
aaggaagaagaagtggtgtatcctggatttacgtgggcatctgtcgcttgggaaaagagt
tctgatgagaacgggattgccggttactacgtgtacgccaatggtgagctaaaagggttt
acgccacaaaaccaatacacgttgacgaagctggagccgggaacaatctatcgtgtggaa
gtcgaagctgtggatgttgcaggtaacaaagtggattacggcacatcccttgaaattgaa
actgccccgccgtacccaattggcgcccccacaattgaaggggatctaaacgctacagta
aaaggctcaagtgtcgagttatcttggaacgaggcaacagcggtcaaccaagacatagtg
gggtaccgggtgtatgtcaacggccaacccgttaagcccgaaggtgtagaatttacgcca
attaaccgcgctgtgacgacgagggacaccacctttactgtggatgggcttgatcaagga
gattacacgtttaaagtggaagccgttggtcgcggagtcaaactgtccaaaagggaaaga
cttgccagtcagattccgaacggcctcgtggaagtagaagaatttaggtggagtggaagt
ggtccaagcactgaagtttcattgacagcggatgtaagtgcagccgacatgaaggcgctc
gttgagcgctttgaggaaaagggagaatttgcgaaccgcgacgctgcccgttccttaatc
atccacctgacggcagtcgatcacttcgaaaggcgagaagcggctgaaaaggtagtcaaa
catatgaaacgctttaaagtgttacttgaccatcagcaagacggtgagttgatatctgaa
agggcgtttcaagcgcttcactctcatgcggatgcattgatgaaaaagtgggaacagtcc
cttcggtaa

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