Cellulosilyticum lentocellum: Clole_1765
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Entry
Clole_1765 CDS
T01448
Name
(GenBank) glycoside hydrolase family 5
KO
K01179
endoglucanase [EC:
3.2.1.4
]
Organism
cle
Cellulosilyticum lentocellum
Pathway
cle00500
Starch and sucrose metabolism
cle01100
Metabolic pathways
cle02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
cle00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
Clole_1765
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
Clole_1765
Enzymes [BR:
cle01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.4 cellulase
Clole_1765
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Cellulase
CBM65_1
CBM_2
Glyco_hydro_97
GD_N
Shr-like_HID
Motif
Other DBs
NCBI-ProteinID:
ADZ83488
UniProt:
F2JMH0
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All DBs
Position
1977867..1981412
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AA seq
1181 aa
AA seq
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MKKHKKSLYTKLTAMLTSLVMMCSIVSGNAMTLNALNLGERSSVFFQFYAQNQEGSWEWM
STASENLVLGEAITLDLSTIDEQGESIFTSATDTAAFGVQFGDGALKVGDSSKVDISIDT
ITIKATGYEDLVIDLEPKTFNESYLAKEVEWGITDNATTIALKDYLGEDFLAHLQAITSI
QTTVTLNSYSYTAKQTEEIEEPTDEVIFFEGEASSAGSWGQAVSLNAGTDFKVSQLVLGT
QIAVTYEGEREPELILASWSGGASWAKVAPTKVSNGVAYFSYEDYLAAYAAGTEDYAQYN
EAFPYLNVIHIGDTGSPLVVKKIVLKKEGEVTVPSYEQGEETTVFCQFYAQNQGGNWEWM
APASTNLKFNEGQELHFSPIAADGSSIFALSNEGAVFGFQFGDAGIKGGESSVVGVTIDE
MIIKAEGYNDVIIHPEPASYSEKYLAEEVAWGIQGNATFIVLKEYLDTDFLSHLNAITDM
SVKLTLTDYAKVVKEDDGPEFDPNYTHPTEMRNLKATELVEEMGMGWNLGNTLESLGGET
AWGNPKTTKKMIDAVAKAGFKTLRIPISWDDSLGENYTIDPEFMDRVETVVNYALANDMY
AIINIHHSYGWNAANVENQEKGTEGYKRLWEQIAERFKDYGDYLIFETMNEPRDGDNWIG
YEEAYEVVNAYNAACIETIRKSGGNNKERLVMFPGYAASSDSKCIAAIKIPEGDDHLAVS
VHAYSPYSFAMDTSETSQTTWSTQDKRALENIFSLLDKTFIQKGIPVVMGEFASTNKDNL
EARVAHAKDYVSIAAKYGVPCIWWDNGAWRAYSNDAMGIFNRRTLEWVSPEIVDAAFEGY
NNPATDEEFNPLVIFKGKATSNGAWGQALNFKPDTDFMLSDLIDNSQIAVTYESQNAPEL
ILQSWSGGPNWVKIAPNEVKDGVAYFDYEDMIAAYSAQMPNYNEYNEDLPCLNVMYVGDT
GAALKVTKVMIIQSPIKGEITFNGKWQDGSNGELILTNISSETLHNWIVSFEYAGEITTI
WNATIESHEGNRYVIKNLGWNQDLIAGASVKIGFVAAGKESASEPSKYHVLSTQKISEIA
HYEIVFNKTNSWDNQMTGEIKITNQSSTNIEDWQVVFEFDGEITQLWNGEVSKGQGISYC
VKNKGYNASIAPGETISLGFTATVADMSVGPHSFEMIQLSY
NT seq
3546 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaagcacaagaaaagtttatacactaaattgacagctatgttgacttctttagta
atgatgtgcagtatagtgtcaggtaatgcaatgactctcaatgcgcttaacctaggagaa
aggagctctgtatttttccagttttatgctcaaaatcaagagggtagttgggaatggatg
tctactgctagtgaaaatcttgtactaggggaagcaatcactttggatttaagtacaatt
gatgagcaaggtgaaagtatttttacttcagcaacagatactgcagcttttggagtacaa
tttggagatggtgctttaaaggtaggagatagtagtaaggtagatatttcaattgataca
attacaatcaaagcaacaggatatgaggatttagtgatcgatttagaaccaaaaacattt
aatgaaagttatttagcgaaagaagtagaatggggtattacagataatgcaacaacaata
gctttaaaagactatttaggagaagattttttagcacatcttcaggctattacctctatt
caaacaacagtcaccttaaatagctatagttatacagcgaaacaaacagaggagatagaa
gaaccaactgatgaagtcatatttttcgaaggcgaagctagttctgctggtagttgggga
caagctgtttctcttaatgcaggcacagactttaaagtaagtcagttagtactaggtaca
caaattgctgtaacctatgaaggtgaaagagaaccagagcttatacttgcaagttggtct
ggtggagcaagttgggcaaaggtagcaccaacaaaagtttcaaatggggtggcttatttt
agttatgaagattatttagctgcttatgctgcaggaacagaagattatgcacagtataat
gaagcttttccctatttaaatgttatacatattggggacacaggttcaccacttgttgta
aaaaaaattgtccttaaaaaagaaggagaagtaacagtaccaagttatgagcaaggtgaa
gaaacgactgtgttttgtcagttttatgcccaaaatcaaggtggtaattgggagtggatg
gcaccggctagtacgaatttgaagtttaatgaaggacaagaattgcacttttctccaata
gctgcagatggttcaagtatatttgctttgtctaatgaaggagctgtctttggtttccaa
tttggagacgcaggcattaaagggggagaaagcagtgtagttggcgtaacaattgatgaa
atgattattaaagctgaggggtataatgatgtcattattcatcctgaaccagctagctac
agtgagaagtatttagctgaagaagtagcttggggaattcaggggaatgctacttttatt
gtgctgaaagaatatttagatactgattttttaagtcatttaaatgctattacagatatg
agtgtaaaactaaccttaacggattatgcaaaggtagttaaagaagatgatggaccagaa
tttgaccctaactatacacatcctacggaaatgagaaatttaaaagcaactgagttagta
gaagaaatgggtatgggttggaatttaggaaatacattagaatctctaggtggagaaaca
gcttggggaaatccgaaaactactaagaaaatgattgatgcagtagcaaaagcaggcttt
aaaacccttagaattcctattagttgggatgatagtttaggggagaactatactattgat
cctgaattcatggatcgtgtagaaactgttgttaattatgcacttgcaaatgatatgtat
gccattattaatattcatcatagttatggctggaatgctgctaatgtagaaaatcaagaa
aagggtactgaaggatataagagactatgggagcagattgcagaacgtttcaaggattat
ggagattatttaatatttgagaccatgaacgagccacgtgatggagataattggatagga
tatgaagaagcatatgaggtcgttaatgcttataatgctgcttgtatagaaacgattaga
aaaagtggtggtaacaacaaagaaagattagtgatgtttccaggatatgcagcttcctca
gattctaaatgtattgcagcaataaaaataccagagggagatgatcatttagcagtttca
gtacatgcgtattcaccttatagttttgctatggatacatcagaaacaagtcaaacgaca
tggagtacacaagataaacgtgctcttgaaaatatatttagcttattggataaaacattt
attcaaaaggggatacctgttgtaatgggtgaatttgcctcaactaataaagataatcta
gaagctcgcgtggcacatgctaaagactatgtaagtatcgctgctaaatatggcgtgcca
tgtatttggtgggataatggtgcatggagagcttatagtaatgatgctatgggaattttt
aatagaagaacactcgaatgggtatctcctgagattgtagatgctgcatttgaaggatat
aataacccagcaactgatgaagaatttaatccattagtgatttttaaaggaaaggcaaca
tctaatggggcgtggggacaagctttgaattttaaacctgatacagattttatgctgagc
gatttaatagataatagtcaaatcgccgtgacttatgaaagccagaatgctccagaatta
atattacaaagttggtcaggtggacctaactgggtgaagattgcacctaatgaagtaaaa
gatggcgttgcttattttgactatgaagatatgattgcagcgtatagtgcacagatgcct
aattataacgaatataatgaggatttaccatgtcttaatgttatgtatgtaggtgataca
ggtgctgcattaaaggtgacaaaagtaatgattattcaaagtcctattaaaggagaaata
acttttaatgggaaatggcaagatggatcaaatggcgaattgattttaaccaatataagt
agtgaaaccctccataattggattgtaagttttgagtatgctggtgaaataacgactata
tggaatgctactattgaaagccatgaaggaaaccgttatgttatcaaaaatttaggatgg
aatcaggatttaatagcaggagcaagtgtaaaaataggttttgtagcagccggaaaagaa
agtgcaagtgagccaagtaaataccatgtattaagtacacaaaagataagcgagatagct
cattatgaaatagtatttaataaaacgaatagttgggataatcaaatgacaggagaaatt
aaaataaccaatcaatcaagtacaaatatagaagattggcaagtggtatttgaatttgat
ggagagattactcagctttggaatggtgaagttagtaaaggtcaaggaataagttattgc
gtgaaaaataaaggatataatgcaagtattgcaccaggggaaacgattagccttggcttt
actgcaacagtagctgatatgtcagtaggacctcattcctttgagatgatacaacttagt
tattag
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