KEGG   Cytophaga hutchinsonii: CHU_0961
Entry
CHU_0961          CDS       T00385                                 
Name
(GenBank) CHU large protein; candidate b-glycosidase, glycoside hydrolase family 9 protein
Organism
chu  Cytophaga hutchinsonii
SSDB
Motif
Pfam: PKD_6 Glyco_hydro_9 CelD_N PKD_4 Por_Secre_tail
Other DBs
NCBI-ProteinID: ABG58238
UniProt: A0A6N4SPK1
Position
complement(1107802..1112160)
AA seq 1452 aa
MKNTFNALLLVLITISTAFSQTGMLENFNDNALDPGWKSVPAGKFSFAESGGQLVVTPSA
VGPGWENIEFSFSPIDLTANQTVSIKIKNSSALTLRVDLIDNTGKSTNGSPVSKSIAINS
TLTTVTFDFTNKFSTSGGAAVDKTKISKVVFFINAGGTSYSTPVTLDDVTVGDPIANVPA
TPGNIVLNQVGYELTGAKKAIYTHTSNTLSATTFDILTASNAVVYTGTIVSKGAVTGWTN
KYFWELNFSDFQTPGTYKIRVGTKVSYAFDIAQNVLFNKTAFSVVDFFKGMRSTNNADKT
LSFNGPRNDQVNVYGGWIDATGDPGKHMSHLSYANYFNPQQIPFVVWSLLKSYEISQASF
TAKSTDLLNESKWGADYLLRNIDKQQNYLYLAIFDNWGNSPGSREICEWGQAGAGNDGAR
TPNFQAGMREGAGMAIAALARAYRMNLNGDSTKAQYLNGAIRLYTNLKAPGTGYATKNLE
YCNDHTENIIDFYCGLLATIELYKATNNAAYLADASVYADKLIGMLDPQGWFRSDVAGTR
PFYHAADEGLPLVSLMEYMDVDVSKNAAITQVLSKNIAWYMSISKEVNNPFNYMREYYKP
YVNGSLGTAKKAFFVPHDNETGYWWQGENARLASMSTALLLAARKLNAQFTIGTDSISTF
GLAQLDWILGKNPFDVCMMTGAGTTTYQNYPVASAIPNVKGGICNGITGKDTEETNIDWK
PYASDDWQNWRWIEQWLPHDAWFLLAVSSLDVANTPPPAAPVASFTISKQSVCTGITTVL
TNTSTGSTTSYVWDFGTGASISGSTAAGPHTVSWTTSGTKTITLTVTGPNGTATTTSTVT
VTAVPTAAGEITGVASVCASTTGATYSIPAIATATSYAWTLPTGAAITAGANTNAITVSF
ATAGGTIQVTPGNTCGTAAPASKTITLTDKPTAAGEINGLASVCASTTGVTYSIPAIATA
TSYAWTLPTGAAITAGANTNAITISFAAASGTIQVTPGNTCGTAAPASKTITLTAKPTAA
GEITGVASVCASTTGITYSIPAIATATSYAWTLPTGAAITAGANSNAITVSFATASGTIQ
VTPGNTCGTAAPASKTITLTDKPTAAGEITGLASVCASTAGVTYSIPAIATATSYAWTLP
TGASITSGDNTNTITVSFATTGGTIQVTPGNTCGTAAPASKTITLTAKPTAAGEITGLAS
VCASTAGVTYSIPAIATATSYAWTLPTGAAITAGANTNAITVSFATASGTIQITPSNTCG
TAAPASKSVQIIPIGSAPCTAPVTSAIEGPSNIAPNVQNVTFSVTQHAGSAYTWAVPNGA
TIVSGSGSSSIVVNFGNSGGIVSVQESNSYGTGTAVTKNVTMISTAIDASSVTDIQINIH
PNPSEQYCLLTTTTPAEELIDVTIIDMKGVVIMHQQWNTSQPLVLNSDLNAGIYIVQLKI
QEQFITKRLIRL
NT seq 4359 nt   +upstreamnt  +downstreamnt
atgaaaaatacgtttaatgccctccttttggttctcataactataagcactgcattttct
caaaccggcatgcttgaaaacttcaacgacaatgcactagatccaggttggaaaagtgta
cctgccggaaagttttcttttgctgaaagtggcggacaattagttgtaacgccttctgcc
gttgggccaggctgggaaaacattgaatttagtttttctccaattgacctgacagctaac
cagactgtaagtattaaaataaaaaacagcagtgcacttacgctgcgtgtggatctgatc
gacaatacaggaaaatcaacaaacggttctcccgtatcaaaaagcatagctataaacagt
acattaacaactgttacattcgactttacaaataaattcagtacatctggcggtgcagcg
gttgataaaacaaaaatttccaaagtagttttctttataaatgcaggcggcaccagctac
agtacgcctgttacacttgacgatgttacagttggtgatccgattgccaatgtgccggca
accccgggcaacattgtattgaatcaggttggctacgaattgaccggagctaaaaaagcg
atttacacccatacttcaaatactctttcagcaacaacctttgatatattgaccgcttca
aatgcagttgtttatacaggtacaattgtttcaaaaggcgctgtaacaggatggaccaat
aaatatttctgggaattaaatttcagtgattttcaaacaccaggtacatataaaatccgc
gttggaacaaaagtatcgtatgcctttgatattgctcaaaacgttttatttaacaaaaca
gcattttcagttgtagacttttttaaaggtatgcgttcaacaaacaatgcagacaaaaca
ctttcttttaatggtccccgtaacgatcaggtaaatgtatatggcggatggattgatgca
acaggagatccgggaaaacacatgtcgcatttatcctatgcaaattatttcaatccgcaa
caaattccttttgtcgtatggtctttattgaaatcctatgaaatttctcaggcttccttt
acagcaaaatcaacagatctgttgaatgagtcgaaatggggtgcagattacctccttcgt
aatattgataaacagcaaaactatttgtatctggcaatctttgataactgggggaacagc
ccgggttcaagagaaatatgcgaatggggtcaggcaggtgccggcaacgatggcgcacgt
acgcctaattttcaagcaggtatgagagaaggcgcaggaatggcaattgctgctttagca
cgtgcctatcgtatgaacctgaatggcgatagtacgaaggcgcagtatttaaatggtgcg
atccgtttatatacaaatttaaaggcacctggtacaggttatgcaacaaagaaccttgaa
tattgtaacgaccacacagaaaacatcattgatttttattgcggtttattagcaaccatt
gaattatataaagcaactaataatgctgcttacttagcagatgcatccgtatatgcagat
aaacttattggcatgcttgatcctcagggctggttccgttcggatgtagcaggtactcgt
ccgttttatcacgctgcagatgaaggtttgccgttggttagtttaatggaatacatggat
gtggatgtttcaaaaaatgcggcgattacacaagtgctcagcaaaaatattgcgtggtac
atgagtatttcaaaagaagtgaataatccgttcaattacatgagagaatattacaagcct
tatgtaaacgggtccttaggcacagcaaagaaagcattctttgtgccgcatgataatgaa
acgggttattggtggcagggtgaaaatgcacgtttagcctcaatgtctaccgcattatta
ttagcagcacgaaaattaaatgcacaatttacaataggtacagattcaatcagtacgttt
ggtttagctcaattggattggatactggggaaaaacccctttgatgtttgtatgatgacc
ggggctggtacaacaacctaccagaactaccctgttgcttcagcgataccaaatgtgaaa
ggaggtatatgcaatggtattacaggtaaagatacagaagaaacaaatatcgattggaaa
ccctatgcttctgatgactggcagaactggagatggattgaacaatggcttccgcacgat
gcctggtttttattagccgtttcttcactggatgtagccaacacaccacctcccgctgcc
cccgttgcttcctttaccataagcaaacaaagcgtatgcacaggaataacaaccgtatta
acaaatacatcaacaggcagtaccacttcgtatgtttgggattttggaacaggcgcttca
atttcaggtagtacagctgcaggtccacacaccgtttcatggactacttccggaacaaaa
accattacattaaccgtaaccggtccgaatggcacggcaactaccacctcaacggtaact
gtaacagctgtaccaacagctgcaggtgaaataaccggagttgcttctgtgtgtgcttcc
acaacaggtgctacctattccattcctgctattgcaacggcaacaagctatgcatggaca
ttaccaacgggcgctgccattacagccggtgccaatacaaatgccattaccgtttcattt
gcaacagcaggcggaaccattcaggttacaccgggcaatacctgcggaacagctgcgccg
gcctccaaaacaattacattaacggacaaaccaaccgcagctggtgaaatcaacggactt
gcttctgtgtgtgcttcaacaacaggtgttacctactccattcctgccattgcaacggca
acaagctatgcatggacattaccaacgggtgctgccattacagccggtgccaatacaaat
gctattaccatttcatttgcagcagcaagcggaaccattcaggttacgccgggcaatacc
tgcggaacagctgcgcctgcctccaaaacaattacattaacagcaaaaccaacagctgca
ggtgaaataaccggagttgcttctgtgtgtgcttcaacaacaggtattacctacagcatt
cctgctattgcaacggcaacaagctatgcatggacactaccaaccggcgctgccattaca
gccggtgccaattcaaatgctattaccgtttcatttgcaacagcaagcggaaccattcag
gttacaccgggcaatacatgcggaacagctgcgccggcctccaaaacaattacattaacg
gacaaaccaactgcagctggtgaaataaccggacttgcttctgtgtgtgcttcaacagca
ggggttacctacagcattcctgccattgcaacagcaacaagctatgcatggacattacca
acgggcgcatcaatcacttcgggagacaacaccaacactattactgtttcatttgcaaca
acaggtggtaccattcaggttacaccgggcaatacctgcggaacagctgcgcctgcctcc
aaaacaattacattaacagcaaaaccaacagctgcaggtgaaataaccggacttgcttct
gtgtgtgcttcaacagcaggtgttacctactccattcctgctattgcaacggcaacaagc
tatgcatggacattaccaacgggcgctgccattacagccggtgccaatacaaatgctatt
accgtttcatttgcaacagcaagcggaaccattcagattacgccatccaatacctgcgga
acagctgcaccggcttctaaatcggttcagatcatcccgatcggttcagcaccgtgtact
gctcctgttacttctgcaatagaagggccttccaacatcgctccgaatgttcaaaacgtt
acgttctctgtaactcaacatgccggttccgcttatacctgggcagtgccaaacggtgca
acgatcgtgagcggatcaggaagcagttcaatcgttgtaaattttggcaacagcggaggt
atcgtttcagtgcaggaatcgaatagttatggaacgggtactgctgttacaaaaaacgtt
accatgatctcaacagctattgacgcttcctctgtaacagatatacaaatcaatatccat
ccgaatccaagtgaacaatattgtttacttaccacaacaactcctgcagaagaacttatt
gatgtaacaatcattgacatgaaaggtgttgttatcatgcaccagcaatggaataccagc
cagccgttagtacttaactcagatctgaatgcaggtatctacattgttcaattaaaaata
caggaacagttcattacgaaacgattaatacgattatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (40)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (47)   

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