| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cag_1512 |
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| Symbol | |
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| ID | 3747145 |
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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 | Chlorobium chlorochromatii CaD3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007514 |
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| Strand | - |
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| Start bp | 1980792 |
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| End bp | 1986791 |
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| Gene Length | 6000 bp |
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| Protein Length | 1999 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 637774051 |
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| Product | filamentous haemagglutinin-like protein |
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| Protein accession | YP_379810 |
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| Protein GI | 78189472 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01901] filamentous haemagglutinin family N-terminal domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | 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 | ATGAAAACTC ATCCTCTTTT TTTTCCATTG CATGGGCGCG ATGTTTTTGT GGTTGCCTTG
TGTGTAACGC AGTTGTTGCT CGTTGTGCCA CAAGCTCAAG CACTGCCAAC GGGTGGAGCG
GTGGTGGCTG GTTCGGCAAA CGTTACGCTC CCGTCGGCAA CAACCATGCA GATTGAGCAA
GCAAGTCAAA AAGCTATTAT TAATTGGCAA TCCTTTGGAG CGGAGCGTGG CGAGCGGGTG
CAGATTGTGC AACCTGAGAG TTCATCGGTG CTGCTCAATC GGGTGATTGG CAATAATCCC
ACCTCTTTTT TTGGGCAGTT GCAAGCTAAT GGGCAGGTTT TTCTGGTTAA TCCCAATGGC
ATTTACTTTG CTCCGACTTC CCAGCTTAAT ACAGGTGGTT TAGTGGCTTC AACCTTATCT
CTCAACGATC GTGATTTTCT TGCGGGTAAC TATGCTTTTG TGGCGCAAGG GGCAATGGGA
GCCTTGCTGA ATGAGGGAAC TTTGCAAGGT GGATTTGTGG CGCTGCTTGG CAGTAATGTG
GAAAATCGAG GGGCGATTGT AACAACGCGA GGCACGGCGG CATTAGCGGC GGGAGAGGCT
ATGACCCTTA ACCTTGATGC TTCAGGATTG GTTGCGCTTA CGGTTGATCA AGCCGCGTAC
AACGCTCATA TTCGCAATAG TGGCATTCTT GAAGCTGAGG GTGGAACGGT GGTGCTTAAC
GCAGGTGCAG CGGAGGATGT GTTGGCGGGC GTAGTGAATA ATAGTGGACG AGTGGTGGCT
ACCAGCGTGA GTGAGCGAAA TGGGGCAATT GTTATTGAAG GTGGTTCATT GGTGCAAACG
GGTGAGGTTG TTGCGCCAAC CATTAATGTA GCGGTGAATC GCATGGTGGA TGCGGGCTCG
TGGCGTGCGG AGCAAGGGAA CATTACCATA CATGCAGCAA CAACCATTGA GCAAACCGCC
GCAAGCCACA TAAGTGCATC GGGTAAACAA GGTGGATCGG TACGGCTTGA GGCTGGTAAG
CAGCTTTATC TATCGGGTGC AATTGAATCG AATGGCACGG ATGGGCAGAG TGGTAGCGGT
GGAACTATTG CAGTAACATC TCCAACCACA ACGATTGCGG GTGCAACACT GAGCGCTAAT
GGTGGCACCG ATGGCGGCAT GGTGCTGATT GGTGGCGGTT GGCAGGGAAG CGAGCCAAAC
CTACCAAATG CCGCAACAAC AACGGTTACT GCAAGTAGTT CCATCAGCGC TAATGCAAGC
ACGGTTGGCA ATGGCGGTAC GGTGGTTGTG TGGTCGGAGC AAGCAACAAC CTTTGCGGGA
ACTATTGCTG CCAATGGTGG CAGTGAGTCG GGTAATGGTG GGGCAGTTGA GGTGTCGGGG
CATGAGCAAC TTGCTATGAG TGGCACGGTG TCAACATCAG CTCATCATGG CGAGGCGGGA
TTCCTATTGC TTGATCCGCG TAACATCACG ATTGAACAAC CTCTTTTACT ATCGCAATTT
CAATTCCAAT TAATCTCGCT TCTTGATCCA AACGCAACAG CAGGCAACCA GCATGGTTCA
GGCGCTATTC TTGAGTTGCT GAATGGTAAT CTTTTGGTTA CAAGTCCGCT TGATGATGTT
GGGGGAAGCG ATGCGGGTGC GTTGCGCTTG TACCGCCCTG ATGGCACGTT ACTTTCCACG
CTAACAGGCT CAGCAACGGG CGATTTAAGC GGGGGCACCA TTACTCCGCT GCAAGGTAAC
AGCAATGCTG TTTTTTTAGC TTCCAATTGG TCAAATGGCA CCGCAGCAAA GGCAGGTGCT
GTAACGTGGA TTGATGGCAC GAATGGTGTA AGTGGCACTA TTTCGGAGGG CAACAGCTTT
GTTGGCACCC ATGCAAACGA TGGGATGGAT GCCGAAGTAA TTGCACTGAG CAACGGAAAT
TATGTAGCGC ATTTGCCAAG TTGGCAACAT GATGAAGTGC TCAACGCAGG TGCTGTGGCT
TTTGGGAATG GTACAAGTGG TTCAGCGGGC ACTATCAGCG AAGCCAACAG CCTTGTTGGT
ACAAAAGCCA ACGATAGTGA TTCAGCCAAA GTAGTTGCAT TAACAAATGG TAATTATGTG
GTTGCTTCGC CGCTGTGGGA TAATGGTTCA ACAACCAACG TGGGCGCGGT TACATGGGGA
AACGGTCAAA CGGGAAAGGT AGGTGCTATC AGTGGTAGCA ATAGTCTTAT AGGCACAAAA
AGTGGCGATA ATGTGGGGTT GCAGGTAACC TCGCTTGCCA ATGGCAACTA TGTTATTGGC
TCGCCAAATT GGGATAATGG ATCAACCGCT AATGTGGGAG CGGTTACTTG GGCTGATGGA
AATTTGTCAA TACACGGTGC GCTTAGTGCA ACAAATAGCC TTGTTGGGGC TAAAAGTGGC
GATTACGTTG GCTCATCGGT AACGGCACTT ACTAACAGCA ATTACGTTGT GGTTTCGCAA
TCGTGGAGTA GCGATACGGC AACGGACGTA GGTGCAGTAA CGTTGGGTCA TGGTGATGCA
GGAACTACTG GAGTAGTAAC GGCTGACAAT AGCCTTGTGG GTAGTTCAAC GGGTGATGGC
GAAAAGCTTT CAGCAACGGC TTTAGCCAAT GGCAATTTTG TAGTGGTGGC ACCAAAATGG
GATGGCGATG CAACAAACAT GGATGTTGGT GCCGTTGTGT TGGGCAATGG CGTAACGGGT
AGCGTAGGGC AAATTTCTGC CACCAACGCT CTTGTTGGCA CTACGGCTAA CGATTTAGAG
AGCGCAACAG TAACCCCACT TACCAATGGC AACTATGTGG TAGCAGCCAC CAAGTGGGAT
AATGGGGTGG TAGCTGATGC GGGTGCGGTT ATTGTTGGCA GTGGTACAAC GAGCATAACG
GGTACCATCA GCGCCGCAAA TAGCCTTGTT GGAAGTGTGA GTAACGATTT ATTATCAGCC
ACCATCACAC CTTTAACCAA TGGCAATTAT GTGGTTGCTG CCTCAAAATG GGATAATGGT
GCGGTTCTTG ATGCAGGTGC GGTGGCATGG GGCAACGGTC AAGCTGGCAC GGTTGGTTCC
ATAAGCGAAT CCAACAGCCT TGTTGGTAAT AAGAAAGATG ATTTTAGTGG TCTCACTATT
ACCGCTTTAC ACAACGGTAA TTACGTGGTT TCGGCTTCTT TATGGGATAA TGGATCCATA
ACGAACGTTG GAGCGGTAAC GTGGGGCAAC GGTCAAACAG GTACGGTTGG GACTATCAAT
AGCACTAACA GCTTGATAGG TGCAAAATCG GGCGATAAAG TTGGTGCCGT TACGGTTGCG
CTATCGGATG GCAATTATGC CACAGCTTCG GGGGAATGCG ATAATGGCTC TCTTGCCAAT
GCAGGCGCTG TAACGTTTGG AAATGGCGGG GGTGGAACGG TTGGCGTTGT TTCGTCGGCG
AATAGTGTGA TGGGTAGTGA AAAGGATGGC AAAATAGGTT CTGGCGGTTT AACTCCACTT
CGTGTTGGAA GCGTGTCGGG TGGCGTTGTG GTAAGTTCGC CACTTGCCCA AGCAAGCAAT
GGAAACGTTA CGTTGTTCGC TCCTTCAACT GCCAATGAAG CAGGGATGCT GTCAGCCGAT
TACACGTATG CCGCAGATGG TAGCAGCAAT GTTACCGTAA CTCCCACCCA GCTTGCTACC
TTGCTTAATA ACGGTACAAG TGTGCGGTTA CAAGCAAGCA ACACCATAAC GCTCAATACT
CTTCTTACCG CTAACGCTTC ATCTTCCACA ACGCTTGAGT TGCATGCGGG TAAGAGCATT
TTGTTGAACA ACTCCATTGT TACAGGCAAT GGCAACCTCA CCCTTATAGC AAACGATAGT
GCGGAACATG GCGTGGACAA TACCTTGCGT GAATCGGGGG CGGCGGTTAT TTCAATGGCT
TCGGGCACAG CTATCAATGC TGGTACGGGG CAGGTTGTTG TAGAGTTGCG GGATGGGGGA
GAACGCGCCA ACAATGCTTC GGGGGATATT ACCCTTGGAA GCGTAACCGC AGGCACTATC
TCTGTTGCCA ACAACGGTAG CTCAAATAGC TCAGGCGTTG TGCTTGCAGG TGCGGCGCTA
ACAGCAAACG AGAGCAACGG ATCCACCATT GTGCTTTCGG GGCAACATTT TACCAACAGC
GCCAACGCAA CACTTAATAC CGAACCTGAA GCGCGGTGGC TTATTTATTC ATCATCCCCA
GAAGCCACTC AAAAAGGAGG ACTTACCTCA TCATTTCGCT CTTACAACGT GCTACCCGCA
ACCTATGCAG CCGCAGCAGT TACCGAACAA GGTCATGGCT TTTTATATGC TTCAGCACCG
AGCCAGCTTG GAGTCAATAT CACCCTTAAC AATGGCAGTG CAAGCAGTGT GTATGGCAAT
GAGCCTAATG CCACATTGGG TTACTCGCTG CATGGTTTTG CCGATAATGA AGAGAGTGCC
AACACTATTG GACTTGAGGG TTCTATGCAA GTGAGCGGTA TGCCGAATAC TACCTCGTCC
GTCGGCACCT ATAACGTAGC TTATGCGGGC GGTTTAACAA GTAGCAAAGG TTTTACCTTT
ACAGCAGGCA CGCCACTTGC GCTTACGGTT GAACCACAAC CAATTACGGT AAACCCTGAT
GATCAAGAAA AAACCTATGA TGATACCGAT CCCGATTTAA CATGGCAGGT GGAGGCTCAA
GGTGTTGGGA GAGGCTTGTT AGTTGGTGAT GTTTTTAGTG GTGAACTTGG TCGTGAAGCG
GGTGAAGATG TTGGCTCTTA CGCCATTACA CTCAATACGC TCCATAACGA TAACTATGCG
ATATCGTTTA TTCCGGGCAC CTTTACCATT ACGCAACGTC CACTGACACT CAGTGCAACA
TCAACCCAAA AAGTGTATGG TGAAGCCGAT CCAACCTTAG CCGTAACCAT CACTTCAGGA
TCGCTTGCAA GCACCTTGCG GCAGGATGCT TTAAGCGATG TTGTGGGCAC GCTAAACCGT
GAAGTGGGTA ATAACGTTGG GAGTTACGAT GTGGTGCTTG GCAGTGGCAG TCGCTCCTCA
AATTACAACA TCACCTTTGC TGCCGACAAC AACGCCTTTA CTATTGCGCA GCGTCCACTC
ACCGTTACAG CTTCTCCGCT TACGAAAACC TATGGTGATG CCGACGCAGC ACTTGCATGG
CAGGCAGAAG CTGCAAGTAG CGGACGAGGA TTGCTTGCGA ACGATACGCT GCATGGTGAG
CTTGCTCGTG AAGCGGGTGA AGATGTGGGG AACTATGCAA TTCTGCAACA CACGCTTGGC
AACAACAACT ACGCTATTAG CTATCAAGGC AGCAATCTCT CCATCACCCA ACGTTCGCTT
ACTCTTAGCG CAACACCTAC GCAAAAAGTA TATGGTGAAG CCGATCCAAC CTTAGCCGTA
ACTATCACCT CAGGATCGCT TGCAAGCAGC AGTGTGCAAG ATGCGTTGGG TGATGTAACG
GGCTTACTAA GCCGTCAAGT TGGTAACAAT GTGGGAAGCT ACGATCTGCA ACTTGGCAGT
GGTAGCCGTG CCTCCAATTA CAACATCACC TTTACAGCCA ACAACAACGC ATTTACCATA
ATGCCACGCC CTGTGGTGGT TGCGGCAAAC AATTTCAGCA AAGTGTATGG CGATGCCGAC
CCCGCTCTCA CATGGCAAGC GGAATCCTCT GACCCTGCAC TTGCGGCTGA AAATCTTGCG
TTGTTGCGCA GCCTTGAACT ATTCAATAAC ACGAATAACC TCTCAGGTAT AACGGGCGCT
CCCTCCTCAA ACGAGTCGCT TCTCTCCTCA ACAGAAAATA ATGCTCAGAG TTCCAGCGAT
ACCGCTTCAA CTTCTTCGAC AAATAATGAG GATGAGGAAA TGGTGGGAAT AAGAAGCCCA
ATGGGAAACA TCTATATAAG TTTCCCATTG GCTGAATACG ACTTCAAGGT GGAGTGGTGT
CAAGGGTCAC ATATCTTACA TGGCACAAAA CCAGCTTTTA TTGCTTCTGA ACGACTATGA
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| Protein sequence | MKTHPLFFPL HGRDVFVVAL CVTQLLLVVP QAQALPTGGA VVAGSANVTL PSATTMQIEQ
ASQKAIINWQ SFGAERGERV QIVQPESSSV LLNRVIGNNP TSFFGQLQAN GQVFLVNPNG
IYFAPTSQLN TGGLVASTLS LNDRDFLAGN YAFVAQGAMG ALLNEGTLQG GFVALLGSNV
ENRGAIVTTR GTAALAAGEA MTLNLDASGL VALTVDQAAY NAHIRNSGIL EAEGGTVVLN
AGAAEDVLAG VVNNSGRVVA TSVSERNGAI VIEGGSLVQT GEVVAPTINV AVNRMVDAGS
WRAEQGNITI HAATTIEQTA ASHISASGKQ GGSVRLEAGK QLYLSGAIES NGTDGQSGSG
GTIAVTSPTT TIAGATLSAN GGTDGGMVLI GGGWQGSEPN LPNAATTTVT ASSSISANAS
TVGNGGTVVV WSEQATTFAG TIAANGGSES GNGGAVEVSG HEQLAMSGTV STSAHHGEAG
FLLLDPRNIT IEQPLLLSQF QFQLISLLDP NATAGNQHGS GAILELLNGN LLVTSPLDDV
GGSDAGALRL YRPDGTLLST LTGSATGDLS GGTITPLQGN SNAVFLASNW SNGTAAKAGA
VTWIDGTNGV SGTISEGNSF VGTHANDGMD AEVIALSNGN YVAHLPSWQH DEVLNAGAVA
FGNGTSGSAG TISEANSLVG TKANDSDSAK VVALTNGNYV VASPLWDNGS TTNVGAVTWG
NGQTGKVGAI SGSNSLIGTK SGDNVGLQVT SLANGNYVIG SPNWDNGSTA NVGAVTWADG
NLSIHGALSA TNSLVGAKSG DYVGSSVTAL TNSNYVVVSQ SWSSDTATDV GAVTLGHGDA
GTTGVVTADN SLVGSSTGDG EKLSATALAN GNFVVVAPKW DGDATNMDVG AVVLGNGVTG
SVGQISATNA LVGTTANDLE SATVTPLTNG NYVVAATKWD NGVVADAGAV IVGSGTTSIT
GTISAANSLV GSVSNDLLSA TITPLTNGNY VVAASKWDNG AVLDAGAVAW GNGQAGTVGS
ISESNSLVGN KKDDFSGLTI TALHNGNYVV SASLWDNGSI TNVGAVTWGN GQTGTVGTIN
STNSLIGAKS GDKVGAVTVA LSDGNYATAS GECDNGSLAN AGAVTFGNGG GGTVGVVSSA
NSVMGSEKDG KIGSGGLTPL RVGSVSGGVV VSSPLAQASN GNVTLFAPST ANEAGMLSAD
YTYAADGSSN VTVTPTQLAT LLNNGTSVRL QASNTITLNT LLTANASSST TLELHAGKSI
LLNNSIVTGN GNLTLIANDS AEHGVDNTLR ESGAAVISMA SGTAINAGTG QVVVELRDGG
ERANNASGDI TLGSVTAGTI SVANNGSSNS SGVVLAGAAL TANESNGSTI VLSGQHFTNS
ANATLNTEPE ARWLIYSSSP EATQKGGLTS SFRSYNVLPA TYAAAAVTEQ GHGFLYASAP
SQLGVNITLN NGSASSVYGN EPNATLGYSL HGFADNEESA NTIGLEGSMQ VSGMPNTTSS
VGTYNVAYAG GLTSSKGFTF TAGTPLALTV EPQPITVNPD DQEKTYDDTD PDLTWQVEAQ
GVGRGLLVGD VFSGELGREA GEDVGSYAIT LNTLHNDNYA ISFIPGTFTI TQRPLTLSAT
STQKVYGEAD PTLAVTITSG SLASTLRQDA LSDVVGTLNR EVGNNVGSYD VVLGSGSRSS
NYNITFAADN NAFTIAQRPL TVTASPLTKT YGDADAALAW QAEAASSGRG LLANDTLHGE
LAREAGEDVG NYAILQHTLG NNNYAISYQG SNLSITQRSL TLSATPTQKV YGEADPTLAV
TITSGSLASS SVQDALGDVT GLLSRQVGNN VGSYDLQLGS GSRASNYNIT FTANNNAFTI
MPRPVVVAAN NFSKVYGDAD PALTWQAESS DPALAAENLA LLRSLELFNN TNNLSGITGA
PSSNESLLSS TENNAQSSSD TASTSSTNNE DEEMVGIRSP MGNIYISFPL AEYDFKVEWC
QGSHILHGTK PAFIASERL
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