Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | CHU_2897 |
Symbol | |
ID | 4185069 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Cytophaga hutchinsonii ATCC 33406 |
Kingdom | Bacteria |
Replicon accession | NC_008255 |
Strand | + |
Start bp | 3316444 |
End bp | 3321171 |
Gene Length | 4728 bp |
Protein Length | 1575 aa |
Translation table | 11 |
GC content | 35% |
IMG OID | 638072886 |
Product | hypothetical protein |
Protein accession | YP_679485 |
Protein GI | 110639276 |
COG category | |
COG ID | |
TIGRFAM ID | [TIGR01451] conserved repeat domain |
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Plasmid Coverage information |
Num covering plasmid clones | 4 |
Plasmid unclonability p-value | 0.0255386 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | 6 |
Fosmid unclonability p-value | 0.161029 |
Fosmid Hitchhiker | No |
Fosmid clonability | normal |
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Sequence |
Gene sequence | ATGGCTTATA CTTCTGGTAA AATCATTTTT AAACTCTTGG CATGCTTCTT ATTCATTGAT TGTCTAAATC AAACTTTTAC CGCTATGAAA AACATTCTTC ATACTCTTAT TATTTTAGTG CTTTCAACAG CCTGCATTCA ATCTGCATTT GCTACAGGCG AACCTGCAAC AAAGTTCAAT ATTTTCATTC CACCAAATAA CGATAGCAAT CATAGAGATG TCTGTTTGAT CGTAACAGCT ATTTACGATA GTACTATATT TCAGATTATA GATGATGGAA TGGATGGCGA TACAGATGAC TCTAAGGCAG GTATGTTAAT GGCAGGACAA TCTTATATTT TATATATCCG AGATAATGGC ATTAACGATG ATAACCCAAG CGCAAGTAAT GGAATAAAAA AACAGGATGG TGATTATTTT ATTATAACAG CGAACAATTT AATTCTTGCA TCTCAATCAA CCGATTCTGA TTGGCAACAC GATTGGGTAC CTTCAATCAG TGGAACAGGT TTGGGTACAA AATTTATTAT CTACGCACCC AAAATCAGTT CGTCACAACG CGATGTAAAT GTAATGGCAT ATGAAGATTC CACAATGATC ACAATCAGGC GCATCTCAAA TACACCAACA ACAACTTCCG GAACAACGAA TGTTGATATG TTCACTTCAA CTGTAGTTGC GCAAAGATTA ATTAATAAAG GACAAGATAT TATTTATTAT TCCAAAGAAG GGCGTGATCT ACTGGTAAGC GGCCATACCT ATGTAATTGA ATCAAACAAA CCGGTTACAA CTCAGTACGG AGCACTTTTT GGTAATGAGC GTGATGGTGG CGGATATGTG CCTTCATCTA ATGGCAGCTG CTCGGGAGAT CTTTTTTATT TTACTGTTCC GTACCAAGTA ACTACTGAGC AGGAAATTCG AATCGTATCC TGGAGCGACA ATAATGCTGT TATTCTGGAA CGATATGTAA ATGGAACCTG GATCAATGTC AAAAATTTTA ATCCGTTAAA CTATATGAAG TCTGGTGAAT GGATTGGTAA AACAAATGGC CAAACATATG CAACAGTATT CAGAGTTAGT TGTTCTCCCG GTAAAAAAGT TTCTGTTTTT GAAGCCAATT GGATGGAAAC CGGCTCCGTA GGAACTTCTG ACATTGCAAC AATGGCTTCT GCGGAAAACG GGAAAGCTTC AGGGAAAAAG TTTTTGGTTT ATATGGCTCC TCCAGGATAT GAACAGAATG TATTAGACCC ATTTACCAAT AAAAAACTTA CGCAAAATAC CCATGCATAT TTATTTGCCA ATTCAAATGA AGCAACTGTT GTGACAGTGA AAGATGCATA TACAAACGGA ACCCATTTTT CAAAAACATT TACAATTGCA GCTGGCAGAT ACGCAGATTG TTCTTTAACT CTTACGGAAT GGAAAAACAT TTATAACGGA ACCGGAACAA CTGCAGCAGG TGCAGAAAGA CCCTATTTAA TTATTGAATC GACCGAAGAG GTTGCTGTGA TGGTTACTAA TTTTAATGAT AATTGGATGA TGTATTTCGG TTCTTCTCAA GTAAAAGGAT TTAGTCAAAC AGGTAGTACT TCAACACCTA AAACAATTCC AGGAAATGAA GTTCAAATAA CTAATAACTT AATTATTGAA TCAAACACAA CAAATGCATC CGTTGAAATA GTTGTTGGCT CTGGTTTAAT ACCCGTCTCT TCTCAATTGA TTAATACAAC TACTTCATCT AGTATTACCG GAACTATTAC TACAACCAAT GACAATAGCT CAATTACATT TGCTACCATT CCAGTAATGA ATACTACAGA TACATATGTA ATACATACCA CTGTTATTCC GGCATTAGTA TATAACGATG GGAATTCTAT TCCGGATATG ACCGTATTAA GTGTTGAAAC AGTTTTAACA GGAACTGTAA ACGGCGAAAC ACAACAGTCA ATCTCTTCAA CAGGAATAAC CGATAATTCC GCCAACACAA GTAATTTTAT TTTTAGTAAA ATGACTACGG GGATTTTATC AACCGATAAA ACTACATCCT GGACTTCTAA TTGGGTGGAC GCTGATGGAG ATGGAGACGA TGACCTATTT GTAACAGAAA ATACAAAAGC CATACAAAAC ATTTTATACA TTAATAATGG AAATAGAACG TTTACAAAAA GGAATTCCGG AATATTTACA TCATCCTCCG ACCGTGCAGC ATCTATTTCT TCATCCTGGG CAGATACAGA TAATGATGGA GATATAGATT TTGTTGTTGC AAACAATGGC AACCCAACAA ACTTTTTATA TACAAATAAT GGAAATGGTA GCTTCAGCCG CATAAATAAC TCTGCCATCA ATTCAACAGT GGGTTATTAT CATGGAGTTT CTTTTGCCGA TTATGACAAC GATGGCTTTG TCGATCTATT TATGACAGAT TATATGCCTA CACGTTTCAA TCGTTTATTT CATAACAATG GAGATGGCAC ATTTACTGAA ATACTAAACT CTCCTATTGT TGCTGAAGCC AGTTATAGTA TTACGGGAAG TTGGGCTGAT TATGACAAAG ATGGAGATCA GGATTTATTT GTTGTAAACG ACAAAGGCTT TTCAAATACG TTATATCAAA ATAAAGGAAA TGGAATATTT GAGAAAGTAA ATTCTATTGT ATCATCTGAC AATGGATTTT CTGTATCTGC ATGTTGGGGA GATTATGATA ACGACAATGA TTTAGATCTG TATGTTACAA ATTCAAATTC AGATGCATTC CTATACAATA ATGCAGGAGA TGGCACATTC ACTAAAATCA CAAACTCAAT AATTACAAAG ACCGGAAATG GTGCTACTCA TGGTACAAAC TGGGTAGACA TTGACAAAGA TGGAGATCTT GATCTATACT TTGTTGCAAA TAATAAAACA AAGGCACTCT ACATAAACAA CGGTAATGGT GTATTCACTA AAAAGATTAC CGAACTACTG AACTCAAGTA AAGGAAGCTG TTACGGTCAT ACTTGGTCGG ATTTTGATAA AGACGGAGAC ATGGATGTAT TTGTAACCAC GTTGAATAAC GAAACAAATA CATTGTATAC AAATAATGGA AACAGTAATA AATGGATCGA AGCAAAATTA ACAGGTACAG CTTCAAATAA AAGTGCTATA GGTGGGCGCA TTGAAGTATT TGCTAGAATT CATGGTACAC CTATCTGGCA AATGCGCGAA ATAAATGCAC AATCCGGATT GGGAGGACAA AATTCATTAA CACAACATTT TGGACTAGCA GATGCAGGAA TTATTGATAG CATGATCATC TATTGGCCAT CTGGTTTTAT TCAACGACTA AGTGATATAC CAAGTAACCA AATACTTTCT ATCACTGAAC CTAACAGTAG TATCTTAAAA GGAATTGTAT TCAATGATCT AAATCACAAT TGTATTTACG ATAGCGGAGA AGAAATCGTA TCAGGAAAAA AAGTATTGAT TCAACCAGGT AATATATATT GTGCCACTAA TAACTCAGGT ATATATGAAG TGCATGTCCC AACTGGAACA TATACTGTTA GTCTGGTTGC CGATACATAT TGGAGATCTA CCTGTTCAAC ATCAACAACT ACTATTACAC AAATTGGACA AATCATCACT GCAGGTCCAA TAGCAGCAAG ATCAAATGGC AATCAACGCC AAGATATGGG AATAACAATT TCACCAACAA GTTTGCGTCG TGGATTTAAA AATCAATTGA AAATTCAATA CTCAAATTCA GGAAATTTAA CGTCTGTAAA AGATACCATT CGAATGATTG TTCCAAATGA TATTTTCATA CTTCAGTCTT CTATCCCATG GAATAACATT TCAAATGGAA ATGAATATCA ATGGTATATT GATCCAATGG AAGCAGGTGA TACGCAAGCT ATATTTTTAA TAGATTCCGT TTCCGTATAT GCACCTTTGG ATGCATTCAG AACATTTGAT GTTTCGATTT CAAATTATTC ACAAGAAGAA AATTTATTGA ACAATTCACA GCTTAGTTCC ATGAAGATTA TTGGTTCTTT CGACCCAAAT GATATGACTG TTTACCCTAT GGGAGAAGGC ACTCAAGGTT ATGTTTCAAA AGGCACTACA TTAAATTATA CTATACATTT TGAAAACACA GGAAATTACC CTGCTGACAA AGTCATTATT ACATGCATCC TTTCTGAACA CCTTGACAAG TCAGCATTAT CTATTGAATC ATCTTCTCAT AGTATGTCTT ATGAAATTCA GAATAATATT CTAACCTGCA CGTTTAACCA AATAAATCTT GTAGGCAATA AACAAGATTC CTTATTAGCC CAAGGTTTTG TTCGCTTTTC AATTCCAATC AAAAACACCA GTGCTGCAGG AAGCAGTATC ACAAACCAAG CCTATATTAT TTTCGATTTT AACCAACCTG TAGCAACAAA TATCGTTCGG AATACAATAA AATTAAATTT GCCCAACGAT GCAGTAAGTC TTTATCCAAA CCCTGCAACA ACACATGTTG TGGCAGCGTT AATAAGTGCA AAAGCACAAT ATGAATCAAT TTGTTATATA ACATCATATA CCATAGAAAA TATGGACGGC AAAACAATTC GATCTATGGT AGATATTGAA CAAAATGTAT TAGATATTGA TTTAACTGCT ATTAAAAATG GAATCTATCT GATCAAATTT TACGATTCAA CTGGTCAATC TTATATAAAC AGGCTTATTG TTCAATAA
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Protein sequence | MAYTSGKIIF KLLACFLFID CLNQTFTAMK NILHTLIILV LSTACIQSAF ATGEPATKFN IFIPPNNDSN HRDVCLIVTA IYDSTIFQII DDGMDGDTDD SKAGMLMAGQ SYILYIRDNG INDDNPSASN GIKKQDGDYF IITANNLILA SQSTDSDWQH DWVPSISGTG LGTKFIIYAP KISSSQRDVN VMAYEDSTMI TIRRISNTPT TTSGTTNVDM FTSTVVAQRL INKGQDIIYY SKEGRDLLVS GHTYVIESNK PVTTQYGALF GNERDGGGYV PSSNGSCSGD LFYFTVPYQV TTEQEIRIVS WSDNNAVILE RYVNGTWINV KNFNPLNYMK SGEWIGKTNG QTYATVFRVS CSPGKKVSVF EANWMETGSV GTSDIATMAS AENGKASGKK FLVYMAPPGY EQNVLDPFTN KKLTQNTHAY LFANSNEATV VTVKDAYTNG THFSKTFTIA AGRYADCSLT LTEWKNIYNG TGTTAAGAER PYLIIESTEE VAVMVTNFND NWMMYFGSSQ VKGFSQTGST STPKTIPGNE VQITNNLIIE SNTTNASVEI VVGSGLIPVS SQLINTTTSS SITGTITTTN DNSSITFATI PVMNTTDTYV IHTTVIPALV YNDGNSIPDM TVLSVETVLT GTVNGETQQS ISSTGITDNS ANTSNFIFSK MTTGILSTDK TTSWTSNWVD ADGDGDDDLF VTENTKAIQN ILYINNGNRT FTKRNSGIFT SSSDRAASIS SSWADTDNDG DIDFVVANNG NPTNFLYTNN GNGSFSRINN SAINSTVGYY HGVSFADYDN DGFVDLFMTD YMPTRFNRLF HNNGDGTFTE ILNSPIVAEA SYSITGSWAD YDKDGDQDLF VVNDKGFSNT LYQNKGNGIF EKVNSIVSSD NGFSVSACWG DYDNDNDLDL YVTNSNSDAF LYNNAGDGTF TKITNSIITK TGNGATHGTN WVDIDKDGDL DLYFVANNKT KALYINNGNG VFTKKITELL NSSKGSCYGH TWSDFDKDGD MDVFVTTLNN ETNTLYTNNG NSNKWIEAKL TGTASNKSAI GGRIEVFARI HGTPIWQMRE INAQSGLGGQ NSLTQHFGLA DAGIIDSMII YWPSGFIQRL SDIPSNQILS ITEPNSSILK GIVFNDLNHN CIYDSGEEIV SGKKVLIQPG NIYCATNNSG IYEVHVPTGT YTVSLVADTY WRSTCSTSTT TITQIGQIIT AGPIAARSNG NQRQDMGITI SPTSLRRGFK NQLKIQYSNS GNLTSVKDTI RMIVPNDIFI LQSSIPWNNI SNGNEYQWYI DPMEAGDTQA IFLIDSVSVY APLDAFRTFD VSISNYSQEE NLLNNSQLSS MKIIGSFDPN DMTVYPMGEG TQGYVSKGTT LNYTIHFENT GNYPADKVII TCILSEHLDK SALSIESSSH SMSYEIQNNI LTCTFNQINL VGNKQDSLLA QGFVRFSIPI KNTSAAGSSI TNQAYIIFDF NQPVATNIVR NTIKLNLPND AVSLYPNPAT THVVAALISA KAQYESICYI TSYTIENMDG KTIRSMVDIE QNVLDIDLTA IKNGIYLIKF YDSTGQSYIN RLIVQ
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