| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0531 |
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| Symbol | |
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| ID | 4185161 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | - |
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| Start bp | 613464 |
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| End bp | 616562 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 638070536 |
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| Product | hypothetical protein |
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| Protein accession | YP_677158 |
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| Protein GI | 110636951 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 8 |
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| Fosmid unclonability p-value | 0.309597 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACCGTA CATTTTATTT ATTCGTAAAG CTATCCTGCA TCTTTTCACT GTTCTTTTTT
TCAATACTAA CTTTTGGTCA AAATACTTAC TACAGCAAAG GAAACGGAAA CTTCAACATT
CCAGGTAACT GGAGTACGGA TCGATATGGC ATGACGGGGT TTGAGCCCAC TTTTGGTGAC
CTACTTGGTG GTAATGCAAC ATGCATCATT CAATCCGGCC ATGTAATTGA CCTTACCCAA
AATATTACTC TTAAAGCACT GGGGCTTGAA AGTGGCAGCA CCTTCAACAT TTCCGGATTT
GAAGTTGTTA TTACCGGTGA TCTTGAAATA AATAAAAACA ACGGCACAAT GTCTACTATT
AACTTTGGCG AAAATACAAC AACGCTTACC GTTAATGGTA ATCTCATAGG CGGCCAAGGT
TCAAGCATTC AGCATGCTCC TATTGGTTTT AATACAAAAC AGCAATTGAT TCTAAAAGGT
GCCAGTAATA CGCTGCACAA TTTCATCAGC ACTACAAACT CTATAGCCAG AAGTATCGTG
CAGTATGCCG GCGGTAACCA AACCGTATTT CCTTCACCAA ATTATTCCGA ATTAGTGATT
GATGGTACCG GAATAAAATC ATTGACTCCT TCTCCCTTTA TGGCTAGCAT GGAAACCAAA
GTTTCGAAGG CACTTAGCTT AAATCACCTG CTGCAGTTAA ACAACCAGGA TCTGATCTAC
AACGGACCAA ACAGCGGCAT TACTTACACC AGCGGCTGGG TTTATACCAA CGGTACGGGG
ATGCTGAAAA ATATTTCTGC AGAAGCAACC CAAACCTTTC CGGTTGGCGA TGCTGTCAGA
ATGGAAGCAG TAGAAATCAA CAACATCAGT AATGTTTCAA ATATTATATA TGGAGTTAGG
TATGGTGCTG TCAATACATC TGTAAATGCC ACTATTCCTA ATAACGGCAT GGGTGTCTGG
TACATCAGTT CCAATCTTGC CATGACAACA GGTATTACCC TGATCAATCC GGTAAACCCG
GCCGCAAGTC TTTCCGCAAC ATCAAAAATT GCCGTATACA ACAACAATTT TACCAGCAGC
TGGAAAACAC AGGCAACCAC CTATACAACC CCGGATTATA AAGCAACATT TGCGTTGCAG
AACAGCGAAA ATTCCATTGC GCTCTTTGAC TGCAGGCCCA TATCCTTTAC TTCCTCAACC
CTGCCGCCTG CATATGTGGG CAGAGCTTAT AACCCGCCAT ACCTGAAAGT TGCTGACGGT
ACGGCACCTT ATTCCCTGAC CAGTTACTCC TCTACTTCAG TAAATTTTTC CGCATATGTT
GTTTCCAACA CCGAGGGTAC CGTGTTAATA TATGGCACTC CGCAAACTAT TGCTACGTAT
GAAATGACCT TAAAAATGAG TGATGCCTTC ACTTGCGAGA CAACCCTCAA GTATACCATT
GATGTGCGTA AAGCTGAAAC GGTATGGAAC GGCTCCAGCT GGAGCGATGG CGCACCCGAT
CAAAACATGG ATGCCGTATT TGCAGGAAAT TATACGGCAC CGGCATTTAA CGCAGTTATA
GCAAAAAGTA TTACCGTAAA TGCGGGGTTT ACCGTAACCG TTCCGGATAA CAGCAGAATA
GAATCGAAAA GTACGCTGAC CAACAACGGT ACCATTGCTC AAAGCTGCAA CGGCAATGTG
GTTGTTACCA CAGGCCCCAT TGCAGGTAAA CCGGTTACCA TGCCTGCGAT TACACTTTCC
GCTCTTCCAT ACGGTACTTT AAATAAACCG TACAGCCAAA CGATCACAGC CAATATAACA
GGAACGGGGG CCTCTTATTC CATGATCCCT TTAAATGCGG TGCCGGGAAT ATCTATGACA
AGCGGCGGAA TCGTATCGGG CACTCCAACC ACCGGCGGAA GTTATTCTTT TTCCGTTACG
TACAGCTACG CACAATGCTC TTATACCCAG GCATACACGC TCACCATTGT AGAACCTGCT
TCACCTAACC TGTACATTTA TCCCATCAAC ACCAAAACCT ACGGCGATAC AGATTTTCAA
CTCTCTGCTT ATACTAAAAA TACAGCAACA TCCATTACCT ATACAGTATC ACCAACCGGC
GGCTGCGCTA CCTTACTGCC TGATAATACA CTAAAGATTA CATGTGCAGG ACCTGCACCA
AACAACATTA TCACCGTAAC TGCCAAACAG GCTGCTACAG GAACCTACAA AGCAGAAACT
GTAAGCACAA GCTTTTTCAT TAACCCCGCA CCAGCAAAAC TTAAAATCAA AAATACCGGC
TTTTTGCCAA ATGAAACAAT CGGTATTTCA ACTGACAAAA CCTCTGATGG AGTCATCACA
TATACTCAGC TATCCGGCTA TGATGTAGCA ACAGTTACCA ACACCGGCAC CATAACAACA
TATTCCGGAA CGGGTACCTT TTCTGTTCGG ATTCGGATTC CGGCAACAAA TAATTATACC
GGCCTGGATT CAATTTATAC ATTTACTGTA TATCCAATAA AATACGCTCC AATAGCTGTT
AACGATACAA TTGTTTTACA AATTGGCCAG GATTCACTAT TTAACATTCT ATTAAATGAC
TACGGGCTTA CAGACCCGAT CAATCCTACA TTGACAGATA TTGATATCGA AAATAACGGC
ATACAAAATA AATATTATTC CACCGCTTTC GGCACATTCA ATATAGACCC TAAGGGGAAT
TTATATATCC GCACGTTTGA AGGATTTGTA GGCACTGAAA AATTAGCCTA TACCGTTACA
GACGAGTATG GCCTCACATC TGAAACCGCC TACCTGTATA TCACGGTAGA ACCTCCGTTT
AAACTTCCGG ATCTGAAAGC AAATGAAGTG ATGACACCCA ACAACGACAA CCTGAACGAT
GCTTTGATTA TTGCCTATAC CGACCTGAAT AAAGAAAACA GTCTGACGGT TATGGACAAA
GCGGGCAATA CAGTTTACGA ACGAACAAAT TACCAGAATG ACTGGGAGGG GTTTGATAAA
AATAATAATA AGCTGGAATC CGGAACATAC TTTTATATTT TCAAAGAAAA GTATACGGGT
CGCCAGCTGA GTAATTACAT TCAAATCGTA ACACAATAG
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| Protein sequence | MNRTFYLFVK LSCIFSLFFF SILTFGQNTY YSKGNGNFNI PGNWSTDRYG MTGFEPTFGD
LLGGNATCII QSGHVIDLTQ NITLKALGLE SGSTFNISGF EVVITGDLEI NKNNGTMSTI
NFGENTTTLT VNGNLIGGQG SSIQHAPIGF NTKQQLILKG ASNTLHNFIS TTNSIARSIV
QYAGGNQTVF PSPNYSELVI DGTGIKSLTP SPFMASMETK VSKALSLNHL LQLNNQDLIY
NGPNSGITYT SGWVYTNGTG MLKNISAEAT QTFPVGDAVR MEAVEINNIS NVSNIIYGVR
YGAVNTSVNA TIPNNGMGVW YISSNLAMTT GITLINPVNP AASLSATSKI AVYNNNFTSS
WKTQATTYTT PDYKATFALQ NSENSIALFD CRPISFTSST LPPAYVGRAY NPPYLKVADG
TAPYSLTSYS STSVNFSAYV VSNTEGTVLI YGTPQTIATY EMTLKMSDAF TCETTLKYTI
DVRKAETVWN GSSWSDGAPD QNMDAVFAGN YTAPAFNAVI AKSITVNAGF TVTVPDNSRI
ESKSTLTNNG TIAQSCNGNV VVTTGPIAGK PVTMPAITLS ALPYGTLNKP YSQTITANIT
GTGASYSMIP LNAVPGISMT SGGIVSGTPT TGGSYSFSVT YSYAQCSYTQ AYTLTIVEPA
SPNLYIYPIN TKTYGDTDFQ LSAYTKNTAT SITYTVSPTG GCATLLPDNT LKITCAGPAP
NNIITVTAKQ AATGTYKAET VSTSFFINPA PAKLKIKNTG FLPNETIGIS TDKTSDGVIT
YTQLSGYDVA TVTNTGTITT YSGTGTFSVR IRIPATNNYT GLDSIYTFTV YPIKYAPIAV
NDTIVLQIGQ DSLFNILLND YGLTDPINPT LTDIDIENNG IQNKYYSTAF GTFNIDPKGN
LYIRTFEGFV GTEKLAYTVT DEYGLTSETA YLYITVEPPF KLPDLKANEV MTPNNDNLND
ALIIAYTDLN KENSLTVMDK AGNTVYERTN YQNDWEGFDK NNNKLESGTY FYIFKEKYTG
RQLSNYIQIV TQ
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