Duncaniella sp. B8: FDZ78_07590
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Entry
FDZ78_07590 CDS
T05963
Name
(GenBank) hypothetical protein
KO
K01181
endo-1,4-beta-xylanase [EC:
3.2.1.8
]
Organism
dun
Duncaniella sp. B8
Brite
Enzymes [BR:
dun01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.8 endo-1,4-beta-xylanase
FDZ78_07590
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Motif
Pfam:
Glyco_hydro_10
CBM_4_9
Motif
Other DBs
NCBI-ProteinID:
QCP72441
UniProt:
A0AAE6BUJ3
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Position
complement(1751609..1753993)
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AA seq
794 aa
AA seq
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MKRNKIAYSAAALALTLLASGCEEQIMEWKPGDPTVEISEIPLQLQEQIMLYKPIKDYVA
QYHPHLNLAIGIGADMYLSDPDYKAVVDENFTGITLGNAMKMGVLMKSNGTLDFTTVDKV
LASLPQGMKFYGHNLLWHTQQQQAYLKSLIAPQMVLPPSGDSGIANIITNSDFENGTRTG
WTGDGGHYTMTVVSPGHDSNYAAKLECDDQTSANYDCQLWWDFNLEEGKTYAYRFWAKSP
DNIQVQFLGQNSSSYDGVYCDVFTVGNDWTLCEGSFVYEQSKDVNRIGIQFGNYKNAVLY
IDDFEFGEKTEAPAGLCPNGDFSKGMEGWTAQNEGAGVSVIDMDGTPSGNNKVMKLISSA
DSKEAYDLQVLSPDMPTMPGSKVEISFFVKSEGTGKGRLTFKGMTNEWPWINWTGNQSSW
AEAFETSAEWTQIKFVMQDYSFDFTEGESMWNFNLEFGYIPDMTYYIDNIVVTDVTEQSA
AKTASRSGVSRASGITFIPKSAEEKKAILLDAMETWIKDVMTHMGDRVDAWDVINEPIAD
GYNKWRGIDNIFGSSANDGTPDSAPVETEEGGLNLNWASDAGNQHWYWGYYLGKDYAVKA
FEFARKHAPNPDVKLFVNDYNLETSPGKLAALIDFVNYIDNNGAHVDGIGTQMHVNIGIT
KEQVDAMFQTLAATGKLIRITELDIAFGVEEGKDITPSAEQLIQQSEAYKMILTSYLTNI
PKEQQSSITLWSLSDNKKEHEYWLKGDAPNIFDKDYARKVAYKGVCDALAGFDIGAEFSG
DAWKDLYQKEETEE
NT seq
2385 nt
NT seq
+upstream
nt +downstream
nt
atgaaacgcaataaaatagcatattccgcggccgctttagcccttacactccttgcctcc
ggctgtgaagagcagatcatggaatggaagccgggcgatccgaccgtggaaatctcggag
atacctctccagctccaggagcagatcatgctctataaaccgatcaaagactatgtagcc
cagtatcatccccacctgaaccttgccatcggcattggggcggacatgtatctcagcgat
cccgactacaaagccgtggtcgacgagaacttcaccggcatcacccttggaaatgcaatg
aagatgggcgtgctgatgaaatcaaacggcacccttgacttcacaaccgttgacaaggta
ctcgcctcgcttccgcagggcatgaagttctacggccacaacctgctctggcacacccag
cagcagcaggcctatctcaaatcgctcatcgccccccagatggtgctacccccttcaggc
gacagcggcattgccaacatcatcacaaactctgacttcgaaaacggcacacgaaccggc
tggaccggcgacggaggccactacaccatgaccgtggtttctccaggccatgattcaaac
tatgcggcaaaactcgaatgcgacgaccagacctctgccaactacgactgccagctctgg
tgggatttcaaccttgaagaaggcaagacctacgcctaccgcttctgggcaaaatcgcct
gacaacattcaggttcagttcttaggccagaattcaagctcttatgacggtgtttactgc
gatgtcttcactgtcggcaacgactggacactctgcgaaggctctttcgtatatgaacag
tcaaaagatgtcaaccgcatcggcatacagttcggcaactacaagaacgccgtgctctac
atcgacgacttcgaattcggcgaaaagacagaagctccggccggactctgtccgaacggc
gacttctcaaaaggaatggaaggctggacagcccagaatgaaggcgcaggagtgagtgtc
atagatatggacggcacaccttcgggcaacaataaagtaatgaagctcatctcaagtgct
gattcaaaggaagcctacgaccttcaggtgctcagccccgacatgcctacaatgccaggc
tcgaaggtcgagatatcattcttcgtcaagtcggaaggtacaggcaaaggccgcctgaca
ttcaaaggcatgaccaacgaatggccctggatcaactggaccggcaatcagtcaagctgg
gccgaagcattcgagacatccgctgaatggacgcagataaagttcgtaatgcaggactac
agtttcgactttaccgaaggtgaatccatgtggaacttcaaccttgagttcggctacatc
cctgacatgacatattatatcgacaacatcgttgtcactgatgtcaccgaacaaagcgcc
gccaagaccgcatcacgttcaggtgtgagccgtgcctcaggcatcactttcatccccaaa
tcggccgaagagaagaaagcaatactcctcgatgctatggagacctggatcaaggacgtg
atgacccacatgggtgaccgcgtggacgcatgggacgtgatcaacgaacctatcgccgac
ggctacaacaaatggcgcggcatcgacaacatcttcggcagcagcgccaatgacggcact
cccgactcggcacccgtagaaaccgaggaaggcggactgaacctgaactgggccagcgat
gcaggaaaccagcactggtactggggctactacctcggcaaggactatgctgtaaaggct
ttcgaattcgcccgcaaacatgctcccaaccccgatgtgaaactcttcgtcaacgactac
aatcttgagaccagccccggcaaactcgccgccctcatcgacttcgtcaattacattgac
aacaacggcgcgcatgtcgacggcatcggcacccagatgcacgtaaacatcggcatcacc
aaagagcaggtcgacgccatgttccagacactcgctgcaaccggcaagctaatccgaatc
accgagcttgacatcgcattcggcgtggaagaaggcaaggatatcactccatcggccgaa
cagctgatccagcagtcagaggcctacaagatgatcctcacttcctatctgaccaacatc
cccaaggaacagcaatcgtcaatcactctctggtctctctctgacaacaagaaagagcac
gaatactggctcaagggcgacgctcctaacatctttgacaaggactatgcccgcaaggta
gcctacaagggtgtctgcgacgctctcgccggcttcgacatcggcgccgagttctcaggc
gatgcctggaaagacctctaccagaaggaggagaccgaagaataa
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