| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CCC13826_0568 |
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| Symbol | |
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| ID | 5596073 |
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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 | Campylobacter concisus 13826 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009802 |
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| Strand | + |
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| Start bp | 1576686 |
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| End bp | 1581986 |
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| Gene Length | 5301 bp |
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| Protein Length | 1766 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640930122 |
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| Product | hypothetical protein |
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| Protein accession | YP_001467401 |
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| Protein GI | 157163912 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.0694762 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCCAAATT TTGACGCCAT AAGGATCGGC GTTATCAAAA AGATCAAGGG TGAAGCCATC
GCCATAAGCA GGGACGGCAC TATGAGGGTG CTGCACAAAG GCGATGAAAT TTACCTTGGT
GATGATATAA AAACGAGCGA AAACTCGAAC CTTACCATTG TTTTTGATGA CGGCAAAAAG
GCTTATGTCG GCTTTAGCTC GGTATTTCAC ACAATAAATG TCTTTGCTGA GCATAAGGGC
GAGCTAGTCA TCCCAAAAAA TGCAAACATC CTTGAAAATC ACAAAGAACA CGCAAATGAC
GATGATCAAA TCTCCCATCA AGAGCTATCT TCTCACGGCT CATCACCACA TAACTTCGCC
TCAGCAAGCA GTGGCGGCAT CAAATTTGAA CTAGGCGGCC ACTACTCAAA TATCTACGAC
TTCTACACTG GTTTGCGCGC TCTTGAAGCT AGGCATGACG AGCTTAAATG GCCAGTTGGC
GAGGCTAAAA TCGGCGGGGT CTCTTACGCT GGATTTGGCG CGCAAAACCT AAATTTTACA
CCGCCAGAGC CAAACATCGT GCTAAATTTT AACCTCACAA GCGATACTGG CGAGAAAAAA
GGCTTTTTAG GAGGAGCGCA GCTAAACTCA CTACCAAAAA CTCCTGATGG CAAGAAAATC
ATCACAAGCA TAGACGCCCA TATCCCAGAC GTTGCTAAAA ATGGCGACAT CATCACGATA
AAGACAAACA TGAAAGGCGG TGGCAAAACT AGCAACTACA AAATAAATAC GATAACAAAC
GAGCTAATCC CAGTTGATAG CACCGGCACG CCCACTGGAG CGCCTCCGAT ACCTATCGTA
AATGGCAAAG CAGAGATCAC TGGGGTTGAA ATTTTAAACC ATGGCAAAAC GACCGTGACA
AGCTCATACA CCACTGGTGG CAGAACATTT ACCGCGCCGC CAACTGCCTA TGAGCTAAAC
GACACGCCAG CCATCTCAAA AGTGACAGCC ACGCTCGATC TTGATAAAAA TGGCGACGGC
GTGATAGATG CGACCGAGCT AGGATATGGC AGCGGCACGC AAACTAGCGG CATGAAATTT
ATAGTGCCTG ACGAGCTTAG CACTGGAGAT AAGATCACGT TTAAGCTAAA TGAACCGGGC
AAACCGCCAG TTGAGAAGAA ATTTACACTA GATAAAGAAA ATGGCACGGC TACTGACGAG
GACGGCAACA CCTATACATT TACGACCGAT GAAAATGGCG CGGTTAGCTT TAGCGTGCCA
AATATCGCAA ATATCACAGC AGGAAGCAGC ATAGAAACTG GCGTAGTTGA TAAATTTGGC
AACGTCTCAG CCACAAGCAC TACGCCAAGC AGCAGCGTAA GCGACACAGT CAAAGTGACG
CTAACAGCTG ATAAAAACGG CGATGGGCTA ATAAGTAGCG ACGAGATAGG TGATGGCACT
TCAAATGTTG AGATAAATTT ACCTCGCACC ATAAAGCCAA AAGAGAGCGT CACTATAAAC
ATAGGTGGCT CGCCAAAAGA ATTTGTCGTA AGCGACAATG GCACAAGCGT CTATGATAAA
AATCACCCAA ACGTATTTAT ACCAATAGTT AATGGTAAAT TTGAAGTGCC AGGCGTAAGC
GTGCCAGTGA CACCTGGCTC AAGTGTATCT ATAAGCACGG CGGTTAATGA CGAGCATGGC
ACGCCAAAAC CAAATGGCAC AAGCAACCAA ACCACCCCAA GCGTCGTAGT AGCTCCTCCT
GTAAAATCAG CCAAGATAAG CTTTGATAGC GACCTAGGGC ATAACAATAG AACTCCAGAT
GGCAAGATAG ATACCTCAGA AAACAGATAC AATGACGGCG ACCCAACAAA GACAGAGGCC
TCTATAAAAA TCCCAAGCGT GATAAAAGAA GGCGATAAGA TAGCCATCGA TGTCACCAAC
CCAGACGGCA GTAAAACGCA CAAAATTTAT ACATATACTA ATGGCAAGAT AATCGCCCCT
GATCACAATG AAGTGCCACT AAATGATGCT AAATTTAAGA TCACAGTGCC AATAGAACAT
GGCAAAACCA CAAGCATAAC GACGACAATG ATGGACAAGG CTGGCAACAA AGGCGAGAGC
GACACAAATG AGATAAAATT TAGCGACAGC CCAGTGGCTA AATTTGTCAA AGACGCTGAC
GGAGATGGGC TCATAGATGA CACCACTGGA GCCATAACGA CCTCTGATGT AAAGGTCTAT
CTCCCAAGTA GCGCAGTGCC AAAAGATGAG CTAAAGATAA GCATCCTAAA CCCACTTACC
AACAAACAAT CAACCGTGAG CTACATCCTA GATGGTGACG GCGTGCATAT GATAAACAAA
AAAGACCCAA GCGATATCAA AGTGATAAGT GACGGCGCTA TCACCATACC AGACGTGACG
GTAAGTAGCA AGCGCCCGAC CTTAGTCGAT GCGACTCTTA TAAAAGATGA TGGAAGTGCA
ATATCAGGCA CTTCAAGTGG CAGGTTATTT GCCTTTGGCG TGCTTGACTA CATAGACGAC
GTAAAGCTTG TTACAAAGAT AGATAATGCC GATATCCACT CTGCAAAATA CCTAAACGAA
GAGGACTACG AGCACATCAT CTCGACAAGC CAGTATGAGT CAAATCTGGC CCAAAAGATA
AACTACAACA TCGCTCTTAC AAATGACGAA CAGCCATACA TTAAATTTGG TATAAATAAG
CCCGATACCA CAAGCGACGG CAAAGGCTAC GTGCTAATAG AGATAAAAGA CGAAAATGCA
AATATAAGTG ATAGCTTTAT AGCCAAGATC GAAAACAACA CCGTTATAGC AGACTTTGAA
AAGGTTGGCA AAAAGCTAGA TAGAACGCAC CATATCATAG ACGCCACCTA TGTGGGAACT
GACGGCGTGC CTCAAAGAGA TGATAACCTA ACTATCACAG TCGATCTTGA CTCAAAGCCT
GACAAGCTAA TAGAATCTGA CTTTGATAAT ATAAAAAACG GCTCTGGTAG CTACGCTATA
AATTTTAGCG GCAAAGGCGA AGCTGCAAAC AACCCACACG ATGAAAAATC AAAAGATGTA
GAGGTCATAG ACGCTGAGAC ATCTGAGAAG ACTACACTGA CACTTGATAG AAATTTAAGC
TACTCTGGAA GCTTTAACGT AGCACAAAAC ACCGGCAGCA AAAACTACAT AGTAGAAAGA
CTAGATGACG CGGGAAATTT AGCCGTTCAA ACCGTAACTA TGGTGGCAAA CAAAGGCCTT
GATGTTGATA TGTGGTTTTT TGATTGTACG AATACAGAAT TTTGGTCGTA TGACCCAGCA
GTTACGACTG GTCCAAGAGC GGACAATACC TCACCTGGAG GGTATGGATA CCACGTAGCA
AATCACTATG AGGCATGGAC CAAATGGGCA GGAACTGGCG TAAGTGCTAC TACTACTTAT
AATGAGCTTT CTTTTCAAGG AGGTAAAGAC TGGAAGCTAA AATCAACAAG ACCGCACGCA
GGTGAGCTAA ACACAAACGA TATAGCAAAA GTAGGACACT CTCCAGAAGC AAGCGACACC
GATCACACTG GGGCGCATTA TAATCTAAAC AAGACAGGAA ACTACGTCCT TGAGGAGGCG
GAGCCTATAG GAACTGATCT GATCATGAAA ATGAAAGGTT GGATATATAT AAAAGAAGAT
GGTCAATACA ATATAGCAGC AAAGCACTTT CAAGATATGG TAGATGTAAA AATAGCAGAT
GAAAGTTTTG GAAAGTGGGC ATATTGGTTT GGTTCAGGCG ACAATGGTCC TCACGGAGGC
AATCATATTT ATAATCTTAA AAAAGGATTT TATAGGATAG AGGTTGATTA TGTCGATAGG
ACGCAAGACA CATTCTTAGA CATAATGATC AAGAAAAGGT CGCAAAATGC TAGCGACTAT
AAAATCATAG GCTCAGAGGG TAGCGGCACA CACCTTTTTA GTGATAGCTA TGTAAAAGCC
CTACATGATA AAGGATATGT TAGCGATGAA AAAGATGGTC TTATAGCTGG TAAAAAAGGA
TATAGAAGCT TAATAAATCA AGAAAAAGAT AGTAGTAAGC CGACAAAATA TTTTGGCGAT
GACACGGATG ACTTTAACAA AGTAATACAT CTCAAACACA ATAATGATAA CCTTGAAGGT
AGCAACCTAA ACGATGTATT TATCTACAAT GGCAAGAATA TAGACGCAAA AGGTGGCGTA
GATAAACTAA TATTTGTTGA AGATACAAAA CTAGAAAAGG TGAGTAATTT AAATGATAAT
CTAAAAAGCT TCGAACGCCT GCAATTAGGC ACAGAAAATC AAGCTGTTTC AATATCATTT
AACACAAAAA ATGTTCTTGA CATAATAGAC TCTAGAACAA CAAAGATAAC AGAAGGCGAG
TACTCAACCC TAACAACCGT ATCTGGCACT GAAAGCATAA ACACAGTTTT AAAAATACTA
GGGGATAGTA ACGATATCGT AAAACTAATA AACGATGGCA CAAATAAATT TGAATTAGCA
ACAAACGAAG AGGTGACTTT GCTAAACTGG AAGCATAGCA AAGCTATAGG TGGTAGCTAT
AATAAAGTAG AAACTGACGG TCACGGACAT GTAAGAGAAT TCCAGCCAGA TCCAACGCAT
AACCCAGACG TGTGGAAAAC ATATAAAGAT GCAAGTGGCA AGCCGATCAT CGACTCCTAC
GACACTCCAG TAAATCACGT CTACAAAGGC ACGTACACCG ATGGAACTAG CACAAAAACA
TTTTTCGTTG AGATAGATAA AAATATCAAG ATCACTCACG AAGGAGATGA TCAAAACAAT
ACCTTTACCT ACGAAGGCAA CAAGATAGAC GCAAAAGGCG GCGTAGATAC GCTCATATTT
ACTGAAAATG TCGATCTTAG CAGAGTGGAT GATCTAAATG ATAAACTAAA GAGCTTTGAA
ACTTTACAGC TTGGTAGTAA CAGCGCTCAA GCAGTCTCGA TAGGGCTAGA CGCTAAAAGT
GTGCTTGATA TCATAGACTC ACAAGTAACA GATGGCGGTC TAAAAAGCGT AAATACCGTG
CTAAAGATCA AAGGCGATAA CAATGACAAA GTAGCACTAG ATGGCAAAGG CACTATATTT
ACACAAGCAA CAGATAGTGA AGTGGCAGCA CTAAATTTAA AACATAGCGC TTCAGGCGAT
ACGCACAACC AAGTAGACGT AGATGCTAGC GGACATGCAA TAAATCAAGT CTATAAAGGC
ACATACGGCA GCGGAGCAAG TATGCAAACA TTTTTTATCG AGATAGATAA AGATGTAAGT
GTAGTAAATT TGGTGCATTA A
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| Protein sequence | MPNFDAIRIG VIKKIKGEAI AISRDGTMRV LHKGDEIYLG DDIKTSENSN LTIVFDDGKK
AYVGFSSVFH TINVFAEHKG ELVIPKNANI LENHKEHAND DDQISHQELS SHGSSPHNFA
SASSGGIKFE LGGHYSNIYD FYTGLRALEA RHDELKWPVG EAKIGGVSYA GFGAQNLNFT
PPEPNIVLNF NLTSDTGEKK GFLGGAQLNS LPKTPDGKKI ITSIDAHIPD VAKNGDIITI
KTNMKGGGKT SNYKINTITN ELIPVDSTGT PTGAPPIPIV NGKAEITGVE ILNHGKTTVT
SSYTTGGRTF TAPPTAYELN DTPAISKVTA TLDLDKNGDG VIDATELGYG SGTQTSGMKF
IVPDELSTGD KITFKLNEPG KPPVEKKFTL DKENGTATDE DGNTYTFTTD ENGAVSFSVP
NIANITAGSS IETGVVDKFG NVSATSTTPS SSVSDTVKVT LTADKNGDGL ISSDEIGDGT
SNVEINLPRT IKPKESVTIN IGGSPKEFVV SDNGTSVYDK NHPNVFIPIV NGKFEVPGVS
VPVTPGSSVS ISTAVNDEHG TPKPNGTSNQ TTPSVVVAPP VKSAKISFDS DLGHNNRTPD
GKIDTSENRY NDGDPTKTEA SIKIPSVIKE GDKIAIDVTN PDGSKTHKIY TYTNGKIIAP
DHNEVPLNDA KFKITVPIEH GKTTSITTTM MDKAGNKGES DTNEIKFSDS PVAKFVKDAD
GDGLIDDTTG AITTSDVKVY LPSSAVPKDE LKISILNPLT NKQSTVSYIL DGDGVHMINK
KDPSDIKVIS DGAITIPDVT VSSKRPTLVD ATLIKDDGSA ISGTSSGRLF AFGVLDYIDD
VKLVTKIDNA DIHSAKYLNE EDYEHIISTS QYESNLAQKI NYNIALTNDE QPYIKFGINK
PDTTSDGKGY VLIEIKDENA NISDSFIAKI ENNTVIADFE KVGKKLDRTH HIIDATYVGT
DGVPQRDDNL TITVDLDSKP DKLIESDFDN IKNGSGSYAI NFSGKGEAAN NPHDEKSKDV
EVIDAETSEK TTLTLDRNLS YSGSFNVAQN TGSKNYIVER LDDAGNLAVQ TVTMVANKGL
DVDMWFFDCT NTEFWSYDPA VTTGPRADNT SPGGYGYHVA NHYEAWTKWA GTGVSATTTY
NELSFQGGKD WKLKSTRPHA GELNTNDIAK VGHSPEASDT DHTGAHYNLN KTGNYVLEEA
EPIGTDLIMK MKGWIYIKED GQYNIAAKHF QDMVDVKIAD ESFGKWAYWF GSGDNGPHGG
NHIYNLKKGF YRIEVDYVDR TQDTFLDIMI KKRSQNASDY KIIGSEGSGT HLFSDSYVKA
LHDKGYVSDE KDGLIAGKKG YRSLINQEKD SSKPTKYFGD DTDDFNKVIH LKHNNDNLEG
SNLNDVFIYN GKNIDAKGGV DKLIFVEDTK LEKVSNLNDN LKSFERLQLG TENQAVSISF
NTKNVLDIID SRTTKITEGE YSTLTTVSGT ESINTVLKIL GDSNDIVKLI NDGTNKFELA
TNEEVTLLNW KHSKAIGGSY NKVETDGHGH VREFQPDPTH NPDVWKTYKD ASGKPIIDSY
DTPVNHVYKG TYTDGTSTKT FFVEIDKNIK ITHEGDDQNN TFTYEGNKID AKGGVDTLIF
TENVDLSRVD DLNDKLKSFE TLQLGSNSAQ AVSIGLDAKS VLDIIDSQVT DGGLKSVNTV
LKIKGDNNDK VALDGKGTIF TQATDSEVAA LNLKHSASGD THNQVDVDAS GHAINQVYKG
TYGSGASMQT FFIEIDKDVS VVNLVH
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