| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_12688 |
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| Symbol | |
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| ID | 9298028 |
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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 | 2752580 |
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| End bp | 2755807 |
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| Gene Length | 3228 bp |
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| Protein Length | 1075 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 | hypothetical protein |
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| Protein accession | YP_003717279 |
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| Protein GI | 298209100 |
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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 | 2 |
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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 | ATGAAATACC TTATCACCAG TTTTATACTA TTACTAACAA TTCAAATTAA CGCCCAAAAA
CTAGACTTAT CACTAGTTAA AAACTTAGAG CCTCGAGAGA TTGGCCCGAG TGGTATGTCT
GGTCGTATTA CAGCTATAGA TGTTGTTACT AGCAATCCAG ATATTATGTA TGCAGGTTCT
GCATCTGGAG GTCTTTGGAA ATCAACTTCT GGAGGCGTTA AATGGGAACC AATTTTCGAA
GACCAGCCAA CAGCATCAAT TGGTGCAGTT GCAATACAAC AGTCTAATCC TAGTGTTATA
TGGGTTGGTA CTGGAGAAGG TAATCCACGT AATAGTTTAA ATGGCGGTTA TGGCATCTAT
AAATCTTTAG ATGGCGGAAA GTCTTGGCAG TCTATGGGAT TAGAAAACAC ACGCCACATT
CATCGTGTGG TTATAGACCC TACAAATCCT AATATAGTTT ATGCTGGTGC TATAGGTTCA
CCTTGGGGAG AACATCCTGA ACGTGGTGTA TTTAAAACTA CAGATGGCGG TAAGACTTGG
AAAAAAGTTC TTTTTGTAAA TAATAAAACT GGAGCTGCAG ATTTAATTAT GGATCCTAGC
AATCCAAATA AACTTATGGC TGCAATGTGG GAACACAAAC GCGATCCTTG GTTTTTTAAA
TCTGGCGGTG AAGGCTCTGG ACTTTATATA ACATATGATG GTGGAGACAA CTGGAAAAAG
GTAACCGAAG AAGATGGCTT TCCAAAAGGC GACTTAGGTC GTATTGGTGT AGCTATTGCA
CCTAATAAAC CAAATATTGT ATATGCTTTA GTTGAAGCTA AAAAAAATGC CCTTTATAAA
TCTGAAGATG GTGGTTTTAA ATGGAGAAAA ATTAATGATA AGAGTGACAT AGGAAATCGT
CCATTTTACT ATTCAGAAAT TTATGTAGAT CCTCAAAATG AAAATCGTGT TTATTCTGTA
TTTACTTATG TAAATGTATC TGAAGATGGC GGAAGAAATT TTGAGCAACT CATGCCTGCT
TATGGTGTGA GTAATGGTGT GCATCCAGAT CATCACGCTT GGTGGATTCA TCCAGAAGAT
GGGAATTTTA TGATAGATGG TAACGATGGT GGCTTAAATA TTACCAAAGA TGGCGGTAAA
ACTTGGCGAT TTGTAGATAA TATTCCTGTC GGACAATTTT ATCACGTAAA TGTAGATAAT
GAGTTTCCTT ACAACGTATA TGGAGGTATG CAAGACAATG GCAGTTGGAG AGGTCCTGCA
TACACGTGGC GTTCTCAAGG TATACGTAAC TCATACTGGC AAGAAATTTC ATTTGGAGAT
GGTTTTGATG TTATTCCAGA CCCAGACAAT AGCCAATATG GCTGGACAAT GAGCCAACAA
GGTTATGTAA GCCGTTACGA CTGGAAAACA GGAAATAATT ATGGTGTAAG ACCAACACAT
CCAGATCCAG ATGTACAACT TCGTTTTAAT TGGAATTCTG CAATAAACAT AGATCCTTTT
GATAGTAATG TGGTTTATTT TGGTAGCCAA TTTGTACACA AATCTACAGA CAAAGGTGAA
ACGTGGAAAG TTATATCACC AGACCTAACT ACTAACAATC CAGAAAAACA AAAACAAAGC
GAAAGTGGTG GTTTAACATT AGATGCCACT GGTGCAGAAA ACCATACTAC AATTTTAGTA
ATAGAGCCAT CGCCTATCGA AAAAGATATG CTTTGGGCTG GTACAGATGA TGGCAGGATT
CATTATACCA AAGATGGAGG TAATAACTGG ACAGAAGTTT CTAATCTTCC TGGCGTTCCA
GAAAACTCTT GGATAGTTCA AATTAAAGCA AGTAATAAAA ATAAAGGAGA AGCTTTATTG
GTTGTTAATG ACTACAGAAG GTTTAATTAT GAACCATACG CGTTTAGAAC AACAAACTAT
GGTAAAACTT GGAAGCGTAT TGTAGATGCA GAAGATGTAC AAAGCTACAC TCTTAGTATA
GTTGAAGATC CTATTGAAAG AAACCTATTG TTTTTAGGAA CAGATGACGG TCTTTATGTA
AGCATAGATG CTGGAAACAA CTGGGCAAAA TATACAAATG GTTTCCCTAC AGTTCCTGTA
AAAGATATGG TTATTCATCC TAGAGAACAC GATTTGGTAT TAGGAACCTT TGGACGTTCT
TTCTGGATTT TAGATGATAT TAGACCATTA AGAGCAATGG CAAAAAACAA CAATCTTACT
AAAGAGCGTG TGGTATTATT TGAGCCACCT ACTGCTTACC AATCTGCTTA CCAGCAGGCT
ACAGGAAGCC GCTTTGGTGC AGATGCTATG TTTAGCGGAG ACAACAGAGC ATTTGGAGCA
CGTTTATCTT ATTACATTAC TAAAAAAGAA GAAGATAAAG CGTCTAAAAA AGATGACAAA
GACAAGGACT CTGAAGGTGA TGAAGAACAA GAAGAAACTT CAGATATAGA AGAACAACCA
GAAATAGTTT GGGATTCTAT CATTTTAAAT GTTTATAACG GAGACAAGCT TATAAGAACA
TTAAAGCAAA AAGCTCCAGA CTCAACTGGT TTACATAAAA TGCGCTGGTT TATGGATGAA
AAAGGTGTAG ATAGACCTTC TCGTTCTATA AGAGAGTCCA AAAGAGAACC TAGTGGCACC
ACTGTGAAAC CTGGGAATTA TACTTTAGAG ATGGTTTATG GTGATTCTAA ATCAACTCAA
ACTATATCAG TAAAGTCAGA CCCTAGATTA AAAGTTTCAG AAGCTAATAT AAATGAGGTG
TACAATGCTT CAAAAAAATT AGAAGGTTAT ACAGAAACTG CAGCAAATGC TGTAAGACAA
TTGGTTGAAA GTAAGAATAC AGCAAAAGAC TTTCAGAAAC GACTTAAAGA TTTAGATAAG
GACAAGTACA AAGAAACACT TAAGGAAATT TCTGATATTA ATAAAAAGAT AGACAGTCTT
GTCGCGCTCT ATTTAGGTAA GGTTGATAAA AGACAAGGAA TTACCAGAAA TCCTGAAGTT
ACAGTTATGC AACGCATAGG CTTAGCCAAT CAATATGTTA GTGGTAGCCA ACAAGGATTA
ACGGCTACAG AAGAGCAATT AATTTCTCAA GCAAAAGCAC AGTTAAATGA AGCTTTATTA
GAGACTAATA AGTTTTTCTC TGAAGAATGG AGTGATTTTA AATCTAAATT AGAAACTTTA
GAACTAAATC CTTTTAAAAC CACAACTACC TTTAAAACAG TAAATTAA
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| Protein sequence | MKYLITSFIL LLTIQINAQK LDLSLVKNLE PREIGPSGMS GRITAIDVVT SNPDIMYAGS
ASGGLWKSTS GGVKWEPIFE DQPTASIGAV AIQQSNPSVI WVGTGEGNPR NSLNGGYGIY
KSLDGGKSWQ SMGLENTRHI HRVVIDPTNP NIVYAGAIGS PWGEHPERGV FKTTDGGKTW
KKVLFVNNKT GAADLIMDPS NPNKLMAAMW EHKRDPWFFK SGGEGSGLYI TYDGGDNWKK
VTEEDGFPKG DLGRIGVAIA PNKPNIVYAL VEAKKNALYK SEDGGFKWRK INDKSDIGNR
PFYYSEIYVD PQNENRVYSV FTYVNVSEDG GRNFEQLMPA YGVSNGVHPD HHAWWIHPED
GNFMIDGNDG GLNITKDGGK TWRFVDNIPV GQFYHVNVDN EFPYNVYGGM QDNGSWRGPA
YTWRSQGIRN SYWQEISFGD GFDVIPDPDN SQYGWTMSQQ GYVSRYDWKT GNNYGVRPTH
PDPDVQLRFN WNSAINIDPF DSNVVYFGSQ FVHKSTDKGE TWKVISPDLT TNNPEKQKQS
ESGGLTLDAT GAENHTTILV IEPSPIEKDM LWAGTDDGRI HYTKDGGNNW TEVSNLPGVP
ENSWIVQIKA SNKNKGEALL VVNDYRRFNY EPYAFRTTNY GKTWKRIVDA EDVQSYTLSI
VEDPIERNLL FLGTDDGLYV SIDAGNNWAK YTNGFPTVPV KDMVIHPREH DLVLGTFGRS
FWILDDIRPL RAMAKNNNLT KERVVLFEPP TAYQSAYQQA TGSRFGADAM FSGDNRAFGA
RLSYYITKKE EDKASKKDDK DKDSEGDEEQ EETSDIEEQP EIVWDSIILN VYNGDKLIRT
LKQKAPDSTG LHKMRWFMDE KGVDRPSRSI RESKREPSGT TVKPGNYTLE MVYGDSKSTQ
TISVKSDPRL KVSEANINEV YNASKKLEGY TETAANAVRQ LVESKNTAKD FQKRLKDLDK
DKYKETLKEI SDINKKIDSL VALYLGKVDK RQGITRNPEV TVMQRIGLAN QYVSGSQQGL
TATEEQLISQ AKAQLNEALL ETNKFFSEEW SDFKSKLETL ELNPFKTTTT FKTVN
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