| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_01890 |
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| Symbol | |
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| ID | 9295863 |
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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 | 463383 |
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| End bp | 466454 |
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| Gene Length | 3072 bp |
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| Protein Length | 1023 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003715144 |
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| Protein GI | 298206965 |
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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 | 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 | ATGAAAATAA ATATACTCAT AGTATTTCTG GTTCTTTTAA ATTTTTCAGC ATACTCTCAA
GACTGCAATT CATTACTAAA AAACGGTGAA AATTATGCTG CTGGTGACAA TGCAATTTCG
TGGTGTGATT TTGAAACACA AACAGATTAC GTAAAATGTA TGTGTGATAG AGAAATTAAT
TATCAAAATC AAGTTAAGGA AGAAAAACGT ATTGGTGATA AATACAATTC AGACTTAAAA
AACCTAAGAG GTCAAAGAGA AAATGCCGCA TCTTCTGGCA ATTATAAATT AGCTATAGAA
TATATTGATC AGCAGATAGA TCTTGTAATA AAGAATCCTG TTAATCATCC GCAATATTTT
ATAGATAACG AGTTAAGAAC GCTTAGATCT CAAAAAAAAC AATACGAAAA TCAATTAGGT
AATAATGAAA ATTCGCAAAA CAATGAACAA AGAGATTCTT ACACTCAAAA AAGCAACGAC
GTAACCTCTA ATAAAAACAA TCAACCTAAT GATGCTCAAG ATTTTATTGA TAATCAAAAA
GCCGCTACTG TAAAATATGA TGCTGCATTA GAAAAATTAG GTAATACCTT AACTACTCAA
TTTACCGAAA TGTCTAATAA TTGGGCAAAA GAGCAAGATT ATATAAATCA AATATCAAGT
TTTTCTCAAA TAAAATCTAC AAGTGTAACT GGTATTATTA AAGAAGCTAG GCAGAAACAA
AAACAGCTAG AAGATGTTTT TAATAAAAAA GCTAGAGACC TAGACAAAGA TCTTGCCACA
GCTAGAACCC GAGTACTTGC AGCTGCAAAG AATGAAACAC AGGCTGCTGT AGGAGAATTA
TTAACAACAA CAGCTACAGT TTTGGCAAGA AGAAAACTGG AAAAAGAAGA ACGTAATGCA
AGACAAAATC TTGAAAGGCA GAAGGAACGA GAACTTTCAA AAATAGCTGA GAAATTAAAG
GAAAAATACC TCCCAATAAG ACAAAATGCA CTTAAAGCTG CAACACTTGC ACTTTCTGAA
GATGCTGAAG AATTTTATTT AAAACAATAT GAGTTTGCAG CGTGTATGAT GAAAGATGCT
GATGAAATTA TTAGAGGAGG CAATTATTGC AAAGACCCTG GGAATAGAAG TTTTAAAAAT
AATAGTAAAA ATATCTCTGG TGAAACCTAT TATAATACGT TTAGTCGTAA ATCTAACAGT
AGTAATGAAA GTATAAAACA AAAAGCACCG TATTTTTTAG AGTTGGCTCT TCAAAAAAAG
CCTAATAATC CTAAATGGCT TTATGAAAAA TCTCAACTTA AAAATATTGA ACTAATTGAA
AAACTTGCAA TACTTAAAAA AGTTATTGCC TTAGATAATA AAAATGTTGC TTATGGTACT
GCTTATGATT CAACACTAAA GGAATATAAA AAGTTTTTAG AACAAGAACG TATATTTGAA
GAACAGAAAG CTAAATATGG GAGTGATATT GTTAAAAAAA CGATAATTCA AGCAAGTAAT
TCGAATTATA ACTGGGCAGA ACGTGAAAAT GTTAAATTAG TATATGTGCC AAAACGTAAT
GAAACATTTT TTATTAATAA ACAAGGAAAA ACTATTCTAA ATACCTCAAA ATATGATACC
GTAACAGACT TTTTTGAAGG ACTTGCTCTT GTAAGTAAAG ATGAACGCTA TGGTTTTATT
AATATCAAAG GAGAAACGAT TATACCTTTA AAATACAAAA ATGCTAGAAC TTTTGATGAA
GGTATGGCGT TTGTTGTAGA TGTAGAAACA TACTTAGCAG GTTTTATAAA TAAAAATGGA
GAAACAGTAA TCCCTTTTGA ATATATAGAC GTCAGTTCAT TTTCAGAAGG ATTGGCTTTT
GCAACAAAAC TCAAAGATGG GAAAAAGAGA ACTCAAGATT ATGTCCCAGA AAGTGATAAA
AATAGCTTTT ACATTGATAG AAAAGGCAAT GTAAAGATTT CTGGAAAATT TGATAAAGGA
GTATCTTTTA TAAATAAAAG TGCTGTAGTA AAAAAATCTA AAACTTCAAC TTTTATGGGT
GGTGGTAATG ATAAATATAA ATACATTGAC ACTAATGGAG AATATTTATT CAATGAAGGT
TTTGATATAG CAAGACCATT CAACAATAAA GGTTATGCTA TAGTGGCAAA TGAGAAATTC
GCAAGTGGTC TGAGATGGTT TATTATTGAC AGCAAAGGAG AGAAAACTAG CAAAATAACC
TTTGGCAATG AACCTAAGTT TATAAATAAT GTTGCTATTG CAAATATTGG TGGTAGCAGT
GACTACACAA GTAAATATGT AATTATAGAT GATACAGGTA AAGTATTAAC AAATAAAGAA
TACAAGCGGA TTGAATCGTT CAAGGATGGG TTAGCACTAG CTAAAGATGA GTATGATCAA
AGCATATATC TAAACCTATT AGGTGAAGAA ATTGATAATG ATGACGAGAT ATTATTTAAA
AGAAAAGAAA ATGAGGTACT TGAAATTGAA GAGCTTAAAG ATTTAAAATC TATAGATGAA
CTTGAGAATT CTTTAAAAGA AATATATATC CAAGTATGGA AAACAGATGA TGGTTTTCTA
GTTCAACACA ATAATCAAAA TAGTAACAAT AGAGGTTTTT TCAATTGGAA AGGTGAAAAT
ATAATTCCAG TAAAATACCC TTGGCTAACA CCTTTTAGTG ATGGTCTCGC TGTTTTTAGT
GAGGTGAAAG GTAAATATGG CTATATGAAT TTACAAGGTG ATTCTGTGAT AGACCCGATA
TATGATTTTG CAGAGATGCA TTCTGAAGGT ATCGCTATAG TAACGCTTAA TAAAAAAATG
GGGTTTATAG ATACTAACGG TAAAATTGTT ATACCTATAG AATATCAAGC AGTATTTGCA
TTTACAGAAG GTTTGGCAAG AATCTGCGAT AATGGCAAAT GTGGGTATAT AAATGAGAAT
GCTGAAATCG TCATTCCTTT AAAATACATA ATGGTTGAGC CATTTAAAAA TGGTAAAGCT
AAAGTAAGCC TTAAAAAACC TAAAAAAAAT GATTATTTCT ACATAAATAA ATTTGGCGAA
AAAGTAGAAT GA
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| Protein sequence | MKINILIVFL VLLNFSAYSQ DCNSLLKNGE NYAAGDNAIS WCDFETQTDY VKCMCDREIN
YQNQVKEEKR IGDKYNSDLK NLRGQRENAA SSGNYKLAIE YIDQQIDLVI KNPVNHPQYF
IDNELRTLRS QKKQYENQLG NNENSQNNEQ RDSYTQKSND VTSNKNNQPN DAQDFIDNQK
AATVKYDAAL EKLGNTLTTQ FTEMSNNWAK EQDYINQISS FSQIKSTSVT GIIKEARQKQ
KQLEDVFNKK ARDLDKDLAT ARTRVLAAAK NETQAAVGEL LTTTATVLAR RKLEKEERNA
RQNLERQKER ELSKIAEKLK EKYLPIRQNA LKAATLALSE DAEEFYLKQY EFAACMMKDA
DEIIRGGNYC KDPGNRSFKN NSKNISGETY YNTFSRKSNS SNESIKQKAP YFLELALQKK
PNNPKWLYEK SQLKNIELIE KLAILKKVIA LDNKNVAYGT AYDSTLKEYK KFLEQERIFE
EQKAKYGSDI VKKTIIQASN SNYNWAEREN VKLVYVPKRN ETFFINKQGK TILNTSKYDT
VTDFFEGLAL VSKDERYGFI NIKGETIIPL KYKNARTFDE GMAFVVDVET YLAGFINKNG
ETVIPFEYID VSSFSEGLAF ATKLKDGKKR TQDYVPESDK NSFYIDRKGN VKISGKFDKG
VSFINKSAVV KKSKTSTFMG GGNDKYKYID TNGEYLFNEG FDIARPFNNK GYAIVANEKF
ASGLRWFIID SKGEKTSKIT FGNEPKFINN VAIANIGGSS DYTSKYVIID DTGKVLTNKE
YKRIESFKDG LALAKDEYDQ SIYLNLLGEE IDNDDEILFK RKENEVLEIE ELKDLKSIDE
LENSLKEIYI QVWKTDDGFL VQHNNQNSNN RGFFNWKGEN IIPVKYPWLT PFSDGLAVFS
EVKGKYGYMN LQGDSVIDPI YDFAEMHSEG IAIVTLNKKM GFIDTNGKIV IPIEYQAVFA
FTEGLARICD NGKCGYINEN AEIVIPLKYI MVEPFKNGKA KVSLKKPKKN DYFYINKFGE
KVE
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