| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_09813 |
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| Symbol | |
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| ID | 9297451 |
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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 | 2142207 |
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| End bp | 2145371 |
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| Gene Length | 3165 bp |
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| Protein Length | 1054 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003716708 |
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| Protein GI | 298208529 |
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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 | 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 | ATGGCCTTAC TTTTTATCGT TTTTGCGGTA GCAATGGGTG TAGGTACTTT TGTTGAAAGT
TATTACAGTA CAGAGACCGC AAGGCAATAC ATTTATAATG CACATTGGTT TGAGGTTATC
ATGGTGTTAT TTGCCATAAA TTTCTTCGGA AACATTTTTA GATATAACCT TCACAAGAGA
GAAAAGTGGT CTACACTATT ATTACATATG TCTTTTGTAC TTATTATAGT TGGAGCAGGA
ATTACACGTT ATATAGGTTT TGAAGGTATT ATGCCTATTA GAGAAGGACA AGCCACAAAT
AAATTTATGT CTGAAAAAAC CTTTTTAACT TTTATGATTG ATGGTGAGGT AGATGGCGAA
GCATTGCGAA GACGTAAAAG TGAAGAGCTA TTACTAGCAC CTAAAGGAAA TAATGACATT
ACAATAAACA CAGATTTTAA GGGCGATCCT ATTTCTTTTA AGGTAGTTAA TTACATTCAT
GGTGCAGAAG AAGGTTTTAG AGAAACAGAA GATGGAAGTA ATTACATAAA AATTGTAGAA
GCTGGTGGCG GTAACCGTCA CGATCACTTT ATTAAGGAAG GCGAAGTTGT AAGTATTCAT
AATGTTCTTT TTGCTTATAA CAAACCAACA GATGGCGCAA TAAATATTAC AGTACCAGAA
GATGGTAGTG ATTACCTTAT AAAAACACCT TTTGAAGGTG ATTTTATGAG AATGGCAGAT
CAATTTAAAG GCGAAGTTTT AAAAGATTCT GTTCAGAAAT TAAACCTGCG TTCGCTTTAT
AATGTTGCTG GTATGCAGTT TGTATTTCCA GATCCAGTTG TAAAAGGAGA AGAAGGCATT
GTTGAAACTG AGCAAAAATC TAAAGGGCAG GCAGATGCTG TAACATTAGA GGTAAAAGCT
AATGGAGACA CAAAGAATAT TCAATTATTA GGGAGTAAAG GACGTATGCC AGACCCTAAG
AAATTAGAAG TTGGAGGCTA TGATATTTAC CTAAGCTATG GTAGTAAGGA ATATGAACTT
CCATTTGCTT TAATGCTAAA AGATTTTGAG GCTAAAAAAT ATCCAGGAAC AGAAAACAAT
CCCACACCAA GTTACCAATC TTTTAAAAGT AAGGTAGACA TTGTAGACGA TGGTGAAAGT
GTTCCTTATG AAATCTATAT GAATCACGTA TTAGATAAAG ATGGCTATCG CTTCTTCCAA
GCTTCTTTTG ATGCCGATGA AAAAGGAACA ATCTTATCTG TTAATCACGA TTTCTGGGGT
ACGTGGATTA CGTATATCGG GTACTTCTTA TTATACTTAG GACTTATGCT AATTTTATTT
GATAAAGGTT CTCGTTTTGG CCAACTAAAG AAAATGTTGG ATAAAGTAAA AGCTAAAAAA
CAAGCGTTAA CAATTTTACT TGTGCTAAGT ACAGCTTTAG GCTTTGCACA AACTACAGAT
GATGGTCATG ACCATAGTGA CCCTAATCAC GTACACGAAG ATGTACAAGA AATAGATCAA
GAACGATTAG ACTCTCTAAT TGTAGCTAAT GCAGTAAGCA AAGAACACGC AGAAGAGTTT
GGTAAGATGA TTATACAAGA TGCTGGCGGT CGTATGAAAC CAGCAAACAC GTATTCATCA
GAGCTTTTAA GAAAGTTAAG TAAGGCAGAC TCGTACAATG GTCTTACTAG TGATCAGGTT
CTTATAAGTA TGTTAGAGAA CCCTACAGTT TGGTATAATA TTCCATTAAT ACATGTGGAA
CGTAAAAACG ATTCAATTCG TCATATTACA GGTGTAGATG AAGATGCTAA ACTACTACCA
TTAGCAAAAT TCTTTGATGC TACAGGAACA TATAGACTGG CACCTTATTT AGAAGATGCC
TATCAAGCTC AAAACCCTAC ATCATTTCAA AAAGATTTTA TAAAAACAGA TCAAAAGGTA
AACTTGCTTT ACAGTGCTTT AGAAGGAGAT TTATTAAAAA TATTTCCAGT TCCTGGAGCA
GAAAACAACA AATGGGTAAG CTATCCAGAA TTAAAGGAAC ATAGCTTTAC GGGACGAGAC
TCGGTATTTG CCTATAATGC ACTACCAATT TACTTAACAA CATTAAGACA AGCTAAACAA
ACACAAGGTT ATGCTCAAGC AACTGAGGTC TTAGAAACAA TTAAAAAGTT TCAAAGTAAC
CATGGTGCAG AAATTATGCC TTCAGACCAA AAGGTTAAAA CAGAAATACT TTATAATAAG
TACGATGTCT TCAGGAATTT ATTTTGGATG TTTATGCTTG CAGGTCTAAT AACTCTACTG
TTTGTAATTC TTAAAATATT TTATAATAAC AAGTTTATTA AAAGCTTGGT TTTAATTGGT
AAAATTGCCA TTATCCTACT ATTTATAATA CATACTGCCG GCTTAATAGC ACGTTGGTAT
ATTTCTGGTC ACGCACCTTG GAGTGATGCT TATGAGAGTA TGATATATGT GGCTTGGGCT
ACTATGTTCT TCGGCTTGGC TTTTGGTCGT AAAAGTGATT TAACTTTGGC GTCTACAGCA
TTTGTAGCTT CAATGATATT AATGATTGCT CATTGGAATT GGATGGATCC TGCAATAGCT
AACCTTGTAC CTGTATTAGA TAGTTATTGG TTAATGATTC ACGTTGCTGT AATTGTTGGT
AGTTATGGAC CATTTACATT GGGTATGATA TTAGGTGTTG TTTCACTATT GTTAATGATT
TTTACCAATT CGAATAATAA AGCTAAAATG AAACTTAACA TACGTGAGAT AACCATTATT
ACAGAGATGG CACTTACAGT TGGTTTAGTA ATGCTTACCA TAGGTAATTT CTTAGGTGGG
CAATGGGCCA ATGAAAGTTG GGGACGTTAT TGGGGTTGGG ACCCTAAAGA AACTTGGGCA
CTAATTAGTA TTATGGTATA TGCATTTGTG ATACATATGC GATTAGTACC TGGTTTAAGA
GGTCGCTGGT TTTTCAACTT TATGTCTATC GTTGCGTTTG CAAGTATCAT GATGACGTAT
TTTGGAGTTA ACTTTTACCT TTCTGGATTG CATAGTTATG CAAGTGGAGA TAAAGTAATA
ACTCCAGATT TTATCTACTA CTCAATTGCA GTGGTTGTAA TTTTAGGAGC TTTGTCTTAT
TGGAAATACA AAAAGCACTA TTATAAAGGA GATTATAATA AATAG
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| Protein sequence | MALLFIVFAV AMGVGTFVES YYSTETARQY IYNAHWFEVI MVLFAINFFG NIFRYNLHKR
EKWSTLLLHM SFVLIIVGAG ITRYIGFEGI MPIREGQATN KFMSEKTFLT FMIDGEVDGE
ALRRRKSEEL LLAPKGNNDI TINTDFKGDP ISFKVVNYIH GAEEGFRETE DGSNYIKIVE
AGGGNRHDHF IKEGEVVSIH NVLFAYNKPT DGAINITVPE DGSDYLIKTP FEGDFMRMAD
QFKGEVLKDS VQKLNLRSLY NVAGMQFVFP DPVVKGEEGI VETEQKSKGQ ADAVTLEVKA
NGDTKNIQLL GSKGRMPDPK KLEVGGYDIY LSYGSKEYEL PFALMLKDFE AKKYPGTENN
PTPSYQSFKS KVDIVDDGES VPYEIYMNHV LDKDGYRFFQ ASFDADEKGT ILSVNHDFWG
TWITYIGYFL LYLGLMLILF DKGSRFGQLK KMLDKVKAKK QALTILLVLS TALGFAQTTD
DGHDHSDPNH VHEDVQEIDQ ERLDSLIVAN AVSKEHAEEF GKMIIQDAGG RMKPANTYSS
ELLRKLSKAD SYNGLTSDQV LISMLENPTV WYNIPLIHVE RKNDSIRHIT GVDEDAKLLP
LAKFFDATGT YRLAPYLEDA YQAQNPTSFQ KDFIKTDQKV NLLYSALEGD LLKIFPVPGA
ENNKWVSYPE LKEHSFTGRD SVFAYNALPI YLTTLRQAKQ TQGYAQATEV LETIKKFQSN
HGAEIMPSDQ KVKTEILYNK YDVFRNLFWM FMLAGLITLL FVILKIFYNN KFIKSLVLIG
KIAIILLFII HTAGLIARWY ISGHAPWSDA YESMIYVAWA TMFFGLAFGR KSDLTLASTA
FVASMILMIA HWNWMDPAIA NLVPVLDSYW LMIHVAVIVG SYGPFTLGMI LGVVSLLLMI
FTNSNNKAKM KLNIREITII TEMALTVGLV MLTIGNFLGG QWANESWGRY WGWDPKETWA
LISIMVYAFV IHMRLVPGLR GRWFFNFMSI VAFASIMMTY FGVNFYLSGL HSYASGDKVI
TPDFIYYSIA VVVILGALSY WKYKKHYYKG DYNK
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