| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Haur_5210 |
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| Symbol | |
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| ID | 5737168 |
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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 | Herpetosiphon aurantiacus ATCC 23779 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009973 |
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| Strand | - |
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| Start bp | 301391 |
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| End bp | 305734 |
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| Gene Length | 4344 bp |
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| Protein Length | 1447 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 641282374 |
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| Product | hypothetical protein |
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| Protein accession | YP_001547965 |
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| Protein GI | 159901719 |
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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 | 3 |
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| Plasmid unclonability p-value | 0.124073 |
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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 | ATGTCACAGC AGCCGACCGC CGCCTATCAT CGTGAGAGTG AACGCTTGCT CCACCTGCGC
CATACTGGGT TTGTCGGGCG GGTCGCTGAA CTCGCCGATC TTCAGTCACT GATCGACGAT
CTCCGCCCGA CGGGTGGCTA TGTCGTCGTG ACGGGCGACG CAGGGGTCGG CAAAAGCAGC
CTGCTCGCGC ATGCCATTAT CCAGGCAGGG ATTGACCAAA CGCCCTATCA TTTTATTGCC
CTCACCCCTG GTCGTGCCTA TCAGGTGGAC TTGCTGCGCC ATGTGATTGG CCAATTGGTG
CGCAAGTACC CGGAAGCTGA GGCCGCGTTT TCCGCCGAGA CCTATCCCGC GCTACGCCTC
ACCTTCCTGC GCATCGTGCA TGATCTTGCG GCGCAGGGTG TGCAGGAAAC GATCTATCTT
GATGGGCTTG ATCAGTTGCA GCCCGACCTT GATGGACTGC GGGACATCAC CTTCTTGCCA
CTCCAGCTCC CGCCCGGCAT CGTGATCGTG CTGGGGTCGC GCCCGGATGA GGCGCTTGAT
CGCTTGGGGC TTGACCACGG GGTCGTCTAC GCAGTTCCCC CCTTGCGTGA GGCCGATGTG
CTCCAGCGGT GGCAGCAGGT GCAGCCGATG CTGACCCCGG CCAGCGTTCA GCCGCTGGCC
CGTTCGGTCG CAGGGAATGC CTTGCTGGTC GCGCTTGCCG CCACGCTCCT CGGCCACGCA
GCGCCGACCG TTGTCCCGCC ATGGCTGGCC GAGGCAAGTC GCGACCCAAG CACCCTCTTT
CGGGTGAGCC TCGACCGGAT CAAGCACCAC GACCCAATCC CGTGGCAGCG CATCATTCGC
CCACTGCTCG CCGTCTTGGT CGTGACCCAA GAACCGTTGC TCCCATCGAG TATCGCAGCC
CTGATTGAAC AACCCGTGGA GCAGGTGCAG GCCGTGCTGG GTCTGGTCAG TGAATGGGTG
AGTGTCGCTG CTGATCAGCG GCTAGCGTTA CGCCATTTAA TGTTCTATGC CTATTTAGCA
CAGCACGAAT TCGCTGCCGC CGACGTGCGG GTATGGCATC AGCGGTTGGC GACGTGGTGT
GGGATAGGTC TGGCGACGAT CTGGGAGGAG AGCGGCGATC CAGCGGAACA GGCCCGACGC
TGGTATGCGC GACATCACTA TGTGACCCAT CTAGCCTTGG CGGAACACTG GGCAACGCTG
TGGCAGGTGA TTGATGCAGG CACGTATGGT GCGCACAAGG TGCGGTTTGA TCCCACGCGG
CGACTGTATG GATTGGATAT GGATCGTGCC CGTGAGAGTG TGATCGCCGC GGGTGTCGGT
GCAGCGATTG ACGAGCAGCT GGCCGAATTG CCCCGACTGT GGCGGTATAG TCTGCTGCGC
ACGAGCCTGA CCGCCGATGC GGATGGATGG CTCGATGACA TGTTTGTGAT TGTCGCTGCC
AGTGGCCGAC TGTCGGAAGC CGAGGCCCAG ATTGCACTCT GTTCTGACCC GAAACGCCAG
GTGCAGTTGT GGTCGCGTAT CCTACCATAT GCGGAGCTGG AGCGACGGGT GGCTCTCATC
CAACAGATGG AACTGGTCGC ACGGAATCTG CGCGATGCCG ATGACCGTGA TCGTGCGCTT
GGGACGGTCG GGATGGCCTA TATCGACCAT GGGATGTTTG CGGTGGGGTA TCCGCTGATC
CGTGCGCTCG CACATAAGCG TGATTCACGG TTGTATGCGG CCGTCGTGGA TCGGGTTGAT
CATGGCGATA GTGCGCACGC CCAAGAGGTG ATGGCAGCGA TTCAAACACC AACATACCAA
GTCCAAAGTG CCCTGCTCAT CGCCAAGGCC TTGCTGACGG GTGGAGCCTA CGAGGAGGCC
CATGCGCTTC TGATGCAGAT TCGTCCCATG GCTCGGGATG GCGATCTGAA CACACTCCTG
TGCCTGCTTG CTGATATCCA GTGGGCTTGG GGCAATCTCT CCCAGTCGCA GCTCCTGCTT
GCTGAGGCCG AAGGATTGAT TCCGTCGATT GCTCATTGGG AGCATCCTGC TCGGTTTCGT
ATGATCCTGG ATGGGTATTT AAGGCATGGG GATCGGGTCA ACGCCCTGCG GTGCACGCAG
CAAGGTACTG ATGATAGCGT GCGTTATGAA ATCGTGAAAC TCTATCTTAC GCATGCCGAT
GCGGTAACGG CTTCCCAAGT CGCTCCCATG ATAGCCCATG ATGGGTATCG TGACGGAGCC
TATAAGGCCC TCATTCTCTG GTATTGTCAA CAGCAGGATC TCACGACGGC CCACGCGCTG
CTGGCCTTGA TCGTTGAAGA TCAGCAACAC ATTGAAGGTG CCTATGTCGT GGCAAAGGCC
TATGCCGAAC GCCAGCAATT TGACGCAATG GATGCATGCT TAACCATGGC ACTCGACGAT
GATTTGGGAG AACTTAACTT TTTTGATTTT GATTGTGTCT TCGATATCGT CGAATTGTAC
GCACGTTTTG GGTTTCATGC GCGTGCATGC GCGATTTTAG CGCGAGTCTT TCCCCTGATT
CGTGAGCTTC CTCGCGATTG GCCCGAAGAG TTGCCGGAAT GGATTCGGTT TGCGGAAATC
ACCAACCGCT ATGCCTATGC AGCCTTCTAT GATGACCTTG TCCGGGCCGT CTTTATCCCA
AAAGAACCCC ATTCCTATGC GACGGCGGTT GGCACCATGG CCCAAGGCTA TGCCATGCAT
GGTGATTTTA CGCGTGCTGA GCAGCTCGCT TCTGCACTTA CGTCCCCCGA TATGGCGATA
ACGACGCTGC ATGCCTTGGC GAGGATCGCC CAGGCGGCTC AGAGACCACC CCTTGCTGCC
CACTATTTAA GCGCGGCGCA TGCCCGTTTG AACACGATCG CCGATGCGAC TGCGCAGATT
GCATGGTGTG GGCGGCTTGC AACGACGGCA TGGACAATGG GGTTGACGGA CGCGGCACGC
ATGCTGATCG ATGACGGTCG GCAGCGATGG GCACAGCTCC CCATGCACCA GCAAGGGGTG
AGTTCGCAGA GACTCGTTGA AGGGTATCAG GGGCAGGAGA ACCTTGGTGA AGCCCTCGCG
ATTACCCAAT TAATGAAGGA CTCGCCGTAC TATCAGCAGT TGATCGAGAC GTTGATCGCT
GGGTGTATAA AGGCCCAGGA TCTCGATCAG GCGTATGCCA TCCTGAAACA ATCCCATATC
GCTGTCCCAC AGTACGTCGC CGCACTCTGT ACGATTGCGA TCACGGCCCG TGAACAGGGA
AACATGGCGC TTGCGGCGCA TACATGCGCC GAAGCACTGC TTGCCTGTGA CCGCTATCCT
GTTCGGCGGG AGCGATTGAA TTTCGTAAAA GACTTGGCGA TAAGCCAGTT AACCCATGGG
AGCGATGCCT GCTTACCGCA ACTCTTGGCG ATGCTGCGAT CCAATGACCC ATGCTGGGAT
CTTCCCGCCG ATGTTGCGAT GCGGTGTGCG ATCGCTGCAG TCTATGCGGA TCAGGGTGAT
CGTGCGTCGT TTGCGGAGTG GCTGGGTGCT GCGTATGACG GTACACACCA CGTGTTGCAA
TCAGAAGATG CTAGTCGCTG GGTGAGCATT GCGTATGAAA CGCTTGCCAA AACGTATCTG
GCGTATGCTG ATGAAGCCGC CATCCAGGCG TTTCTTGCGG ATTTCGCGGC GGTCGTTCCA
CGCTGTGTGG AGCGGGGTGA TGCGAGTGTT GCGATGAAGG TCTTAAGTCA AACCTATGCC
CACTATGCCA TCCAATACCA GCCGTCATGG CGTGAAAAAG CCTATCAGGT GGCTCGCGCC
ATTCCAGACC TGTGGGAGGG TGAGAATACG CTTGCAGTGG TGGCAACAGC CTATGTTCGC
GTCCATGATC ATGCGGGGGT GAACATGATC ATCCATGAAA TGCGACAACG GAAATTCACG
CGCCATGAGG CCATGATTCA ACAACACCAT AATCTGTGTA CGATTGCCTT GGCCTATGCC
GAACAGGGCG ATCATGCCCA CGCCGCTGCC CTGATTGCGC CACTTGCCCC ATCGTCTCAT
CGCGATCGCG TGCTGAAGGT GCTGATTGAG GACCATCGTC AGGCTGACCA GTGGGATGCG
GTCTATCAAC TTGTGGATAC CTATTATGAT CGCACCGAAC GGGTAGCGGT TGTTCAACAG
ATTATCACCG CCTATCGTGA ACGACAGCGT ATCCGTGAAA GTATCGCGCT TGTCCACACC
ACGTGGCGCA GATGTAACCA TGCCGATGAA TTATGGAGTA TGAGCGCAAG CATCCTGCCA
TTCCTGCTGA ACGATCCATC GCTTGGCCTA GCCTTGCTTG ATGCGGTGCC ATGGGTTGAG
CAGCAACTGC GACGGTATGT CTAA
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| Protein sequence | MSQQPTAAYH RESERLLHLR HTGFVGRVAE LADLQSLIDD LRPTGGYVVV TGDAGVGKSS
LLAHAIIQAG IDQTPYHFIA LTPGRAYQVD LLRHVIGQLV RKYPEAEAAF SAETYPALRL
TFLRIVHDLA AQGVQETIYL DGLDQLQPDL DGLRDITFLP LQLPPGIVIV LGSRPDEALD
RLGLDHGVVY AVPPLREADV LQRWQQVQPM LTPASVQPLA RSVAGNALLV ALAATLLGHA
APTVVPPWLA EASRDPSTLF RVSLDRIKHH DPIPWQRIIR PLLAVLVVTQ EPLLPSSIAA
LIEQPVEQVQ AVLGLVSEWV SVAADQRLAL RHLMFYAYLA QHEFAAADVR VWHQRLATWC
GIGLATIWEE SGDPAEQARR WYARHHYVTH LALAEHWATL WQVIDAGTYG AHKVRFDPTR
RLYGLDMDRA RESVIAAGVG AAIDEQLAEL PRLWRYSLLR TSLTADADGW LDDMFVIVAA
SGRLSEAEAQ IALCSDPKRQ VQLWSRILPY AELERRVALI QQMELVARNL RDADDRDRAL
GTVGMAYIDH GMFAVGYPLI RALAHKRDSR LYAAVVDRVD HGDSAHAQEV MAAIQTPTYQ
VQSALLIAKA LLTGGAYEEA HALLMQIRPM ARDGDLNTLL CLLADIQWAW GNLSQSQLLL
AEAEGLIPSI AHWEHPARFR MILDGYLRHG DRVNALRCTQ QGTDDSVRYE IVKLYLTHAD
AVTASQVAPM IAHDGYRDGA YKALILWYCQ QQDLTTAHAL LALIVEDQQH IEGAYVVAKA
YAERQQFDAM DACLTMALDD DLGELNFFDF DCVFDIVELY ARFGFHARAC AILARVFPLI
RELPRDWPEE LPEWIRFAEI TNRYAYAAFY DDLVRAVFIP KEPHSYATAV GTMAQGYAMH
GDFTRAEQLA SALTSPDMAI TTLHALARIA QAAQRPPLAA HYLSAAHARL NTIADATAQI
AWCGRLATTA WTMGLTDAAR MLIDDGRQRW AQLPMHQQGV SSQRLVEGYQ GQENLGEALA
ITQLMKDSPY YQQLIETLIA GCIKAQDLDQ AYAILKQSHI AVPQYVAALC TIAITAREQG
NMALAAHTCA EALLACDRYP VRRERLNFVK DLAISQLTHG SDACLPQLLA MLRSNDPCWD
LPADVAMRCA IAAVYADQGD RASFAEWLGA AYDGTHHVLQ SEDASRWVSI AYETLAKTYL
AYADEAAIQA FLADFAAVVP RCVERGDASV AMKVLSQTYA HYAIQYQPSW REKAYQVARA
IPDLWEGENT LAVVATAYVR VHDHAGVNMI IHEMRQRKFT RHEAMIQQHH NLCTIALAYA
EQGDHAHAAA LIAPLAPSSH RDRVLKVLIE DHRQADQWDA VYQLVDTYYD RTERVAVVQQ
IITAYRERQR IRESIALVHT TWRRCNHADE LWSMSASILP FLLNDPSLGL ALLDAVPWVE
QQLRRYV
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