| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_00625 |
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| Symbol | |
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| ID | 9295605 |
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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 | 152383 |
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| End bp | 155634 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 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_003714894 |
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| Protein GI | 298206715 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.733753 |
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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 | ATGAAACCTA GAAATTTTTA TTTTCTAATA CCTTTCGTGG TACTCCTAAC TTACATATTT
TATTATACAA ACGATACAAA TTCAACTAGT GAAAACATTA ATACTAAACA AGAAAAAAAC
ACCTATTATG AACGAGAAAA TTTAGAAGAC GGAGACACAT TTTCAATTGT AGCATATGAT
CCTTCTACAG GTGAAATTGG GAGTGCTGGT ACAAGTTGCG TAGCTCAAAC AATAGATTTC
CTGGGCGATT TAATTACTAA TAATTCAGGA GCTATAATTG GAGGAATTAA TACTCAAGCT
GCTTATATTG CCCAAAATCA AACAATAGCA AGAAACAGAA TGTTAGCAGG AGATACACCT
CAAGAAATTG TAGCTTATAT GGCTGCAAAT GATTTTCAGG GAAACTCCAG CACAAGACAA
TACGGAGTTG TAGGATTCGA TGATTTTGGC AACTTAACTA CTGCTGGTTT AACAGGTAAT
GGAACAGGTA GTTTTGCAGA TCATATTACT GGTGTAAATT ATGCCATACA AGGTAATATT
TTATGGGATT CAGATGTGTT AACAGATATG GAAACTGCTT TTTTAAATAC AAATGGAACA
TTAGCTGATA AACTAATGGC TGCCTTAAAA GGAGCAAAAC GAGTTGGTGG AGATAGCAGG
TGTGATACTA GAGGAAATAG TGGAAGGTCT TCATTTATAA AAGTTTTAAG ACCTGGTGAT
TCTTCCCCAT ATATCGATAT CACTTTAGGA CCAGTTGTAG ATGGAGTAGA GCCAATTGAT
GAACTTGAAT GTGCATTCAT AAATGCAACT AGTCCTGCAA TTTGCTTACA AACAGTATCA
ACATTTCCAT ATGTTATGGA TTTTGAAGAT TTTGTGTGGG ACAAAGACAT TTCTTCATGT
GGTTCCTTAA ATAATAATGC CTCTTGGATT CGTACGCAAT TTGCTACACC TTCTCAAAAT
ACAGGTCCTG CAACTGCAAA CCAAGGTGAG AAATATATGT TTGTTGAATC ATCTGATGTT
AATAGTACGA GTTCATTTAG TAAGAAAGCA GTAATTGGTT CTCCGTGTTT TCAAATTCCA
GAATTTCATT CAGCTCAAAT TTCTTTCGAC TACCATATGT CTGGAGCAAG TATGGGAACT
CTTAACCTCA CTGCACAGAC AAGTTCTGGG ACAGAAGTAA TTTGGACACG TACAGGTAAT
CAAGGTGCAA ATTGGGTGAA CGATGAGACA GTAGATTTAA GTGATTATGC TGGGCGTACC
GTTAAATTTA GATTTGACGC TACTACTGGA ACTAGTTTTA CTAGTGATAT GGCAATTGAT
GACATAAAGA TTACCACAGT AAGAGTTCCT ATTAATTTTG AATTTGATGC AGGAGTTTGG
ACCCCAAATA ACCCAACATT AGTAGATAAT CCTTCAACAA ATATTGATAA TATTGAAATT
GTCTCAGGTA ACCCGACGTT TACTAATGAG GTAATTGCTA ATAATGTAAC AATTTCAACT
GGATCTACTT TAGATTTAGG AAATGCAACA CTTTCTCTTT CAGGAAATTT AATAAATAAC
GGTTCTTTAA ATGCAGGTAC AGGTACATTA CTGCTTAATG GGGATAGTGC TCAAACTGTT
TCAGGAAATG CTATAGCTTT AAATAACTTT ACTGTTGCAA GTAATTCAAC CAAAACATTA
CAAACACCTG TTTCAATTAG TGGAACAATG AATCTTTCTA ACGGAGTTTT AAATACGAAC
AATCAACTTT CATTTTTAAA CACCTATGAT GAGCTAAGTC AGACTCATAC TAATGGAATG
TTAGATGAAG TTACTGGAGG ATCTATTGTA GGAAATGTAT TAGTGCAGCG CTATTTTCCT
GCTAAAAGAG CATATAGGTT AGTAGCGTCT CCAGTTACTA CAACAACAAC TATTAGAGAG
AACTGGCAAA CAGATGGTAA TGTAGTGCAA GGTTTTGGTA CTCATATAAC AGGTGCTGGT
GGAACGACAA ATGGTTTTGA CGCTACTGGT ACTAATAATC CATCAATATT TACTTTAAAT
ACTGTTGGGC AAAATTATGA AGTATTACCA AACACAAATG CTAACACTCT AAGTGTGGGT
AATGCATACT TGTTAATGGT AAGAGGAGAT AGAACTATTG ATTTGACAGA TAACAACGCA
ACTCCTTCTA ACACAATATT AGAATCTATT GGTGAGCTTC ACATAGGAAA CTTTAACTCT
CCTAATATTA GTACTGTTGA AAATGGATCT TCATTGATTG CTAATCCGTA TCAAGCATCG
GTAGATATGG CTTTAGTATT ACAAAATACA ACAAACTTAA ACCAAAGGTA TTATCACGTT
TATGATCCAA CAATTAATAG TAGAGGTGCT TTTGTTACTG TAGATACACA AGAGAACACA
AATAGCCTTA CGTTTGGAAC AGGTATTTCT CTGTCTTCTG CTAATAAGTT TTTGCAGCCT
AGTCAAGCTG CGTTTGTAAA CACAGTAACT AATGGTGCTG CGACACTACA GTTTACAGAA
GGCTTTAAAG ACTTATCTGG TAATGGTACA AATGTTTTCT TTGCAGAGTT AGAGCAGCAA
TCCATAGGAG TTGCACTTTA CAACAGTGAA GATGAATTAA AAGATGGAAC TCGCATAATT
TTTAGTGAAG AGGATACTAA TGCTGTAACT CAATTAGATG CAATTAAAAA TCCTAATTTA
GATGAAAATA TATCTACTAA AATTGAAGAG CAAGAATTTA GTATACAGCG TAGAGCATTT
GCAATTGCAG AAGATGAAAT TGAATTCTCT ATCACAAATT ACAGAGAAGA TAATTACAAA
TTTAAATTTC AATTTGAAGA TTTAGAACCT TCAACACTTG TGTACTTATA TGATGCATAT
TTAAATACAC AAACTCCCTT AAATATTAAT GGAGAAACAA TTGTGAATTT TAATGTAAAT
GAAACTAATG CAAGTAGAGC TTCAGATAGA TTTAAGTTAG TATTTCAAAC AAATGTATTG
GGAGCTAACG ATATAAATTT AAATAGTTCA ATTACTATTT CACCAAACCC AGCAAGCCAA
TTTATTTTAA TATCTAATCC ACAATCAATA GGCATTAATT CAATTGTGAT TTATGATCTT
ATGGGGAAAC AAGTTATTAA AAGAACTAAT GGCCTTAATA AAATAGACAT ATCAAAATTA
GAAAGTGCGT TGTATCTCGT TGAGGTTAAT TCAACTTTAG GGTCCTTCCA AAAACGTTTA
ATTGTGAATT AA
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| Protein sequence | MKPRNFYFLI PFVVLLTYIF YYTNDTNSTS ENINTKQEKN TYYERENLED GDTFSIVAYD
PSTGEIGSAG TSCVAQTIDF LGDLITNNSG AIIGGINTQA AYIAQNQTIA RNRMLAGDTP
QEIVAYMAAN DFQGNSSTRQ YGVVGFDDFG NLTTAGLTGN GTGSFADHIT GVNYAIQGNI
LWDSDVLTDM ETAFLNTNGT LADKLMAALK GAKRVGGDSR CDTRGNSGRS SFIKVLRPGD
SSPYIDITLG PVVDGVEPID ELECAFINAT SPAICLQTVS TFPYVMDFED FVWDKDISSC
GSLNNNASWI RTQFATPSQN TGPATANQGE KYMFVESSDV NSTSSFSKKA VIGSPCFQIP
EFHSAQISFD YHMSGASMGT LNLTAQTSSG TEVIWTRTGN QGANWVNDET VDLSDYAGRT
VKFRFDATTG TSFTSDMAID DIKITTVRVP INFEFDAGVW TPNNPTLVDN PSTNIDNIEI
VSGNPTFTNE VIANNVTIST GSTLDLGNAT LSLSGNLINN GSLNAGTGTL LLNGDSAQTV
SGNAIALNNF TVASNSTKTL QTPVSISGTM NLSNGVLNTN NQLSFLNTYD ELSQTHTNGM
LDEVTGGSIV GNVLVQRYFP AKRAYRLVAS PVTTTTTIRE NWQTDGNVVQ GFGTHITGAG
GTTNGFDATG TNNPSIFTLN TVGQNYEVLP NTNANTLSVG NAYLLMVRGD RTIDLTDNNA
TPSNTILESI GELHIGNFNS PNISTVENGS SLIANPYQAS VDMALVLQNT TNLNQRYYHV
YDPTINSRGA FVTVDTQENT NSLTFGTGIS LSSANKFLQP SQAAFVNTVT NGAATLQFTE
GFKDLSGNGT NVFFAELEQQ SIGVALYNSE DELKDGTRII FSEEDTNAVT QLDAIKNPNL
DENISTKIEE QEFSIQRRAF AIAEDEIEFS ITNYREDNYK FKFQFEDLEP STLVYLYDAY
LNTQTPLNIN GETIVNFNVN ETNASRASDR FKLVFQTNVL GANDINLNSS ITISPNPASQ
FILISNPQSI GINSIVIYDL MGKQVIKRTN GLNKIDISKL ESALYLVEVN STLGSFQKRL
IVN
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