| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_04615 |
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| Symbol | |
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| ID | 9296413 |
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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 | Croceibacter atlanticus HTCC2559 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014230 |
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| Strand | - |
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| Start bp | 1045097 |
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| End bp | 1049461 |
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| Gene Length | 4365 bp |
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| Protein Length | 1454 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | |
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| Product | putative DNA polymerase III alpha subunit |
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| Protein accession | YP_003715687 |
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| Protein GI | 298207508 |
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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 | 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 | ATGTATTTAA TATTTGATAC TGAAACAACT GGTTTACCTA AAAATTACAA CGCTCCAATA
ACAGATACAG ATAATTGGCC ACGTTGTATA CAGATAGCTT GGCAGCTTCA TGATGACATG
GGTAAGTTGG TGTCTCACGA TGATATGCTT ATAAAACCAG ACGGTTTTAA TATCCCGTAT
GACTCAGAGC AAATTCACGG TATTTCTACA GAGTTAGCAG ATAAAAATGG TGTAGACCTG
GTAGACTCAC TTCATAAATT TAATGAAGCA TTAAAACAGA CAAAATTTGT TGTAGGACAA
AATGTTGCGT TTGATATTAA TATTATGGGT GCCGAGTTTT ACAGAAAAGG CATAGACAAC
CCATTGCAAG AACTACCTGT TTTAGACACT TGTACAGAAA CCACAGCAGA ACTTTGTAAA
ATTCCTGGTG GACGTGGCGG AAAATTTAAA CTGCCTACCC TTACAGAACT TCACCAATTC
TTATTTAACA AAGCTTTTAA TGAAGCTCAC AATGCCACTG CAGATGTTGA GGCAACAACG
CGATGCTTTT TAGAACTTAT AAGAAAGCGT ATTTATACAG CTGAAGAGTT AGACGTGTCT
CCAGATTATT TTGAGAATTT TTCTGAAGAA AACCCACAGA CAATTCAACT TATAGGGTTA
AAGCATATTA ACCTCAAGAA AGCTTCAGAA CAAATAAGAA AAGCTCTTGA AAAAGAACAA
GGAGTCGATG AGATATCAGA GGAAGAGCTA GAAGAAAACA TTGCAGTCTT AGAAGAAGTT
ACGTTTTCCC ACTTACACAA TCATAGCCAA TTCTCTGTTC TTCAGTCTAC AATGAGTATC
CAGGATTTAG TAGACAATGC TATAGCTAAT AATATGCCTG GTGTAGCACT CACAGACCAC
GCCAATATGA TGGGTGCTTT TCATTTTGTG AGAGCCGTTA ATACTTATAA CAAATCTTTA
GCAGGTAGTG AAGACCTAGA CAAAAAGCCT TTAAAAGCCA TTGTAGGTTG TGAGTTTCAG
GTCTGTGAAG ATCACAATGA TAAATCCAGA CAGGATAACG GTTACCAGAT AGTAATGCTT
GCAAAAACTA AAAAAGGCTA CCATAATTTG GCTAAGATGG CATCTATAGC TTATACAGAA
GGGTTTTATT ATGTACCAAG AATAGACAGA GCTGTTGTAG AAAAATACAA AGAAGATGTA
ATTGTTTTAA CAGGAAACCT ATATGGAGAG GTACCAAGTA AGGTTTTAAA TGTAGGAGAA
AAGCAAGCCG AAGAATCTTT ACTTTGGTGG AAATCTCATT TTGAAGAAGA TCTTTACATG
GAAATTATGC GCCATGACCA AGAAGACGAG CGTCGTGCTA ATGAGGTTTT AATAAAACTA
GCCAAAGCGC ACGACATAAA AATAGTTGCA AGCAACAATA CCTATTACAC AGCAAAAGGA
GATGCTAATG CTCATGACAT TTTACTTTGC GTAAAAGATG GAGAAAAGCA AAGCAAACCT
ATTGGCCGAG GACGTGGTTA TCGTTATGGT TTACCCAACC AAGAATACTA TTTTAAGAGT
AATGATGAAA TGAAGGCTTT ATTTAAAGAC CTTCCAGAAG CAATTACCAA TACGCAAGAC
GTTGTAAATA AAATTGAAGG GTTTGATCTT GCTAGGGACG TTTTATTACC AGCCTTTGAA
ATTCCTGAAA AATTTAAAGA TTCTAAAGAT TTAGATGATG GTGGTAAACG AGGCGAAAAT
GCATTTTTAA AACACCTTAC TTATGAAGGT GCAAAAGAAC GTTATGGAGA GATAACTCCA
GAGATTAAAG AGCGTTTAGA TTTTGAGCTA TCTATTATTG AAAAAACAGG GTATCCTGGA
TATTTTCTAA TTGTAGAAGA CTTTATTAGA GAAGCAAGAA ACATGGACGT TTCTGTTGGT
CCAGGTCGTG GTTCTGCTGC TGGTAGTGCC GTAGCTTATT GCTTAAAAAT TACCAATATA
GACCCTATTA AATACGATCT ACTTTTTGAG CGTTTCCTTA ATCCGGATCG TGTAAGTATG
CCCGATATTG ATATTGATTT TGATGACGAA GGTCGAAGCC GTGTCATGGA TTACGTAATT
AAAAAATATG GTAGTGATCA AGTAGCACAG ATTATAACTT ACGGTACTAT GGCAGCAAAA
TCTGCCATAA GAGATACCGG TCGTGTTTTA GATTTACCGT TGCACGAAAC AGATAAGATT
GCCAAACTTA TTCCAGATAT GACTAAGCTT GGTAAAATAT TTGGCGTAGA TGAAAAAGAG
CTCTCCAGAA AATTTAGAAG TGAAGATTTT GAAGGCGTAA AAGAACTTTT AAGCATTTCA
GGCGGAAATG ATTTACAGGC TCAAACCGTT AATCAGGCTC GTGTTTTAGA AGGTTCTGTA
AGAAATACTG GTGTACACGC TTGTGGCGTT ATAATCACAC CAGATGATAT CTCCAACTTT
GTTCCTATTG CAAGGTCTAA GGATGGTGAA TTATACATCA CACAATTTGA CAATTCTGTA
GTAGAAGATG CTGGACTACT TAAAATGGAT TTCCTTGGTC TAAAAACACT TACTCTTATT
AAGGATACCG TAAAGATTGT AAAAGCAAAA CACGGCGTAC AATTAGACCC AGACAGTTTT
CCTTTAGATG ATGAAAAAAC GTATGAACTA TTCCAACGTG GTGAAACCGT AGGTATATTT
CAATATGAAT CTCCAGGAAT GCAGAAACAT ATGCAGTCTT TAAAACCAAC AGTCTTTGAT
GACCTTATTG CAATGAACGC GCTTTATCGT CCAGGACCAA TGGAATATAT ACCAAGTTTT
ATTGCCAGAA AACACGGTGA TGAAGACATA GAGTATGATT TACCTGCAAT GGAAGAATAT
CTTAAGGAAA CTTATGGTAT TACGGTTTAC CAAGAGCAAG TAATGCTTTT ATCTCAAAAG
CTTGCAGATT TTACAAAAGG TGAAGCAGAT ATCCTTCGTA AAGCAATGGG TAAGAAGCAA
AAAGCTGTAC TCGATAAAAT GAAACCTAAA TTTATTGAGC AGGCTTCAGC TAAAGGTCAT
GATGCAGAAA AATTAGAAAA AGTGTGGAAA GACTGGGAAG CCTTTGCAAG TTATGCTTTT
AATAAATCTC ACTCTACTTG TTATGCCTGG ATTGCCTACC AAACAGCCTA CCTTAAAGCA
CACTATCCTG CAGAATATAT GGCTGCGGTT TTATCTAACA ACATGAGCAA CATAAAGCAG
GTAACATTCT TTATGGAAGA ATGCAGACGT ATGAAACTTG ATGTGTTAGG TCCAGATGTT
AATGAATCTT TCAGAAAATT TTCTGTAAAT AAAGAAGGTG CCATTCGTTT TGGTATGGCA
GCAATAAAAG GTGTGGGTTC AAGTGCCGTA GAGTCCATTG TAGCAGAGCG AAAAGAAAAC
GGTCATTTTA AATCGATCTT CGATATGGCT AAACGTATAG ATTTACGTGC TGCCAATAAA
AAAGCTTTTG AAAATCTCGC TTTAGCTGGT GGTTTTGATA GTTTTCAGGA CACTCACAGA
GCACAGTATT TTTTAGATGA AGGTGACGGT ATCACTTTCT TAGAAAAAGT AATACGATAT
GCTGCAAAGT ACCAGGAAAA CAAAAACTCC TCTCAAGTAA GTTTATTTGG TGAAGCTAGT
GAAGTACAAA TTCCAGAACC TGTAGTGCCT CCTTGTGAAG AATGGGGAAC TATGGAAAAA
TTAAGGAAAG AGCGTGATGT GGTAGGTATG TATATTTCTG GGCATCCGTT AGATGATTAT
AATATAGAAA TGAAGTCTTT CTGTAACGCT AACCTCAATT ACCTTGAAGA TTTACAACAG
GTGCTAAATG CAGAGCTATC ATTAGCTTGT ATTCTTACAG ATATTAGGCA CCTTACCACA
AAAACCAATA AAGGTTGGGC AATTTTTACT GCAGAAGATT ACCATAACAC TTATGAGTTT
AAAATTTATG GCGAAGATTA CCTAAAGTAC AGACACTTGC TAATCCCTAA TTCATTTCTG
TATGTAAAAG CATTTATAAG AGAAGGTTTT ACAAATAGGC AAACTGGCAA AAAGAGTGAT
CCGAGAATAC AGTTTAATAA TTTTGAAATG CTTCAGGATG TGTTAGAGCG CTATGCAAGA
AAACTAACCA TTCAAATAAA TGTAAATGAA TTAAAGGGCG ATGACATACA GAGTTTAAAA
TCTATATTAG ATGAGCACAA AGGCGACAAG CTACTCAACT TTGTTGTTTA TGAAATGGAA
GACAAAGTGA AGCTACACAT GCCTAGCAGA AAGCATAAGA TTAATATAAA TAAAGACTTA
TTATCAACGC TTCAAAACAA AGCGGTACAC TATAAATTAA ATTAA
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| Protein sequence | MYLIFDTETT GLPKNYNAPI TDTDNWPRCI QIAWQLHDDM GKLVSHDDML IKPDGFNIPY
DSEQIHGIST ELADKNGVDL VDSLHKFNEA LKQTKFVVGQ NVAFDINIMG AEFYRKGIDN
PLQELPVLDT CTETTAELCK IPGGRGGKFK LPTLTELHQF LFNKAFNEAH NATADVEATT
RCFLELIRKR IYTAEELDVS PDYFENFSEE NPQTIQLIGL KHINLKKASE QIRKALEKEQ
GVDEISEEEL EENIAVLEEV TFSHLHNHSQ FSVLQSTMSI QDLVDNAIAN NMPGVALTDH
ANMMGAFHFV RAVNTYNKSL AGSEDLDKKP LKAIVGCEFQ VCEDHNDKSR QDNGYQIVML
AKTKKGYHNL AKMASIAYTE GFYYVPRIDR AVVEKYKEDV IVLTGNLYGE VPSKVLNVGE
KQAEESLLWW KSHFEEDLYM EIMRHDQEDE RRANEVLIKL AKAHDIKIVA SNNTYYTAKG
DANAHDILLC VKDGEKQSKP IGRGRGYRYG LPNQEYYFKS NDEMKALFKD LPEAITNTQD
VVNKIEGFDL ARDVLLPAFE IPEKFKDSKD LDDGGKRGEN AFLKHLTYEG AKERYGEITP
EIKERLDFEL SIIEKTGYPG YFLIVEDFIR EARNMDVSVG PGRGSAAGSA VAYCLKITNI
DPIKYDLLFE RFLNPDRVSM PDIDIDFDDE GRSRVMDYVI KKYGSDQVAQ IITYGTMAAK
SAIRDTGRVL DLPLHETDKI AKLIPDMTKL GKIFGVDEKE LSRKFRSEDF EGVKELLSIS
GGNDLQAQTV NQARVLEGSV RNTGVHACGV IITPDDISNF VPIARSKDGE LYITQFDNSV
VEDAGLLKMD FLGLKTLTLI KDTVKIVKAK HGVQLDPDSF PLDDEKTYEL FQRGETVGIF
QYESPGMQKH MQSLKPTVFD DLIAMNALYR PGPMEYIPSF IARKHGDEDI EYDLPAMEEY
LKETYGITVY QEQVMLLSQK LADFTKGEAD ILRKAMGKKQ KAVLDKMKPK FIEQASAKGH
DAEKLEKVWK DWEAFASYAF NKSHSTCYAW IAYQTAYLKA HYPAEYMAAV LSNNMSNIKQ
VTFFMEECRR MKLDVLGPDV NESFRKFSVN KEGAIRFGMA AIKGVGSSAV ESIVAERKEN
GHFKSIFDMA KRIDLRAANK KAFENLALAG GFDSFQDTHR AQYFLDEGDG ITFLEKVIRY
AAKYQENKNS SQVSLFGEAS EVQIPEPVVP PCEEWGTMEK LRKERDVVGM YISGHPLDDY
NIEMKSFCNA NLNYLEDLQQ VLNAELSLAC ILTDIRHLTT KTNKGWAIFT AEDYHNTYEF
KIYGEDYLKY RHLLIPNSFL YVKAFIREGF TNRQTGKKSD PRIQFNNFEM LQDVLERYAR
KLTIQINVNE LKGDDIQSLK SILDEHKGDK LLNFVVYEME DKVKLHMPSR KHKININKDL
LSTLQNKAVH YKLN
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