| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_01380 |
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| Symbol | |
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| ID | 9295759 |
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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 | 338292 |
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| End bp | 341621 |
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| Gene Length | 3330 bp |
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| Protein Length | 1109 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003715042 |
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| Protein GI | 298206863 |
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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 | 0.369989 |
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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 | ATGAAAGATT TCAACTTTTC GAAGTGGAAC ACTATACTTG GCTGGTTTGC ATTTGCAGTC
GCATTAATTA CTTTTACCCT TACGGTCGAG CCTACAGCTA GTTTTTGGGA TGCAGGTGAG
TATATAGCAA CAGCCTCTAA GTTAGAAATA GGGCATCCGC CAGGAGCGCC ATTATACCAA
ATGTTAGGTG CTGTGTTTTC TGTGTTTGCT CTAGAGTCTT CGCAAATTGC ACTAATGGTA
AATATGATGT CTGTTTTGGC AAGTGCATTT ACTATTCTTT TTATGTTCTG GTCTATTTCT
ATCTTAATAA GAAAAATTTC AGGAAAAGCA GAAACACTTT CAGCAGGTCA AAAAACAGCA
GTTTTAGGAA GTGCGTTAGT AGGTTCATTA GCATTTACAT TTACAGATAG CTTTTGGTTT
AATGCAGTAG AGGCAGAGGT ATATGCAATG GCAACCTTTA TCCTTTCAGT TATATTTTAT
GTAGGCTTGC TTTGGGAGCG CGATATGTTA AAGCCAAGAG GTAACCGTTG GTTAATTCTT
ATTTGCTTTA TAGTAGGATT GTTGTTTGGT GTTCACTTTA TGGGTCTTTT AGCAATTCCA
GCAATAGGAT ACCTTTACTT CTTTAAAAAT TACAAAGAGG TTACTGCAAA AAACTTCATT
ATAGCAACGG TTATCATTGT GGCTATACTA ATGTTTATAT TTAAATTACT TCTGCCTTAT
AGCTTAAGCT TTTTTGCTAT TTCTGAGGTG TTCTTCGTTA ACACTATTGG TTTACCATTT
AATTCAGGAA CTATAATTGC GTTATTGGTT GTAATTGCAG GATTTTATTT CGGTATTACT
TATACACGTA AAAAGGGTTT TGTTCATGTA AACACCTTGC TGCTTTGTGT TCTCTTTATT
TTAATAGGAT TCTCTAGTTG GACAATGTTG CCTATACGTG CCAATGCAGG AACGGTTATA
AATGAAAATA ATCCAGCCAA TGCAAGAGAG CTTTTAGCCT ACTATAACAG AGAGCAGTAT
GGCGAATCTC ACTTATTTTA TGGGCCGCAG TTTACAGAAA TGTATAGTGG ATTAGATGAA
AACAATCCAT ATTCTGACGC TAAACCAAAA TACGAGCAAG ATGAAAAAAC TGGCAAGTAT
GTTATCGTTA ATGATTGGGA GAATGCTAAT CAAAATTTAG ATGATAATCA TAAAGGGTTT
CTGCCTAGAA TGTGGAGTCC CGAGCATAAA GCTAATTATC TTGGCTTTAT AGGAGAACTT
GAGTTTACCG TAAAACCTGA ATACAGAGAT CAACAAGAAC TTTTAAATGC AGTTGCAGAT
GTAAAGACTA AATATGCTTT AGGACAAATA GATGCAGAAG ATTATGATCA ATTCCTAACC
CAATTTGGGC AATATTTAGA TATAGAAAAA CCAAGCTTTG CAGCCAATAT TGGTTATATG
ATCGAGTATC AATTTGGATA TATGTATTGG CGTTATTTCA TGTGGAATTT CACTGGTCGT
CAAGATGATG TTCAAGGTAA GATGGATGAC CTTCACGGTA ATTGGCTAAG CGGTATTAAG
TTTATAGATG AGTTACGTTT AGGTTCACAG GATAACCTTC CGTCAGACGT TAAGAATAAT
AAAGCCCGAA ACACATATTT TTTCTTGCCA TTCCTTTTAG GATTACTAGG GTTAGTATTT
CAGTTTACTA AAGACAAAAA GAATTTCTGG GTACTCTTGG TATTTTTCCT ATTTACAGGA
CTAGCGTTAA AAGTGTATTT AAATGAACGT CCTTTCGAAG TGCGTGAAAG AGATTATGCG
TTGGTAGGAT CATTTTACGT GTTTGCAATG TGGATTGGTT TTGGAGTATA TGCATTATAT
GATATGCTAA AGGACAAAAT CACTACTAAA ATGTTAGCGC CTGCAGTTAC AGTAGTATGT
TTATTAGCCG TTCCTGTAGT GTTAGCCTCT CAAAACTGGG ATGATCACGA CAGGTCAGAC
AGATATACAG CTCAAAGTAT GGCTAAAATG TATCTTGACT CTTGTGATGA AAATGCCATT
TTATTCACCA TCGGAGATAA CGATACATTT GCACTTTGGT ATGCTCAAGA AATAGAAGGC
TATCGCAGAG ATGTACGTGT GGTAAATACA GCTTTGTTTG CTACAGATTG GTATATAGAT
CAAATGCGTC GTAAAGCCTA TGAGAGCGAC CGCATACCTA CAACTTTAGA GCATAAGAAC
TATGTATATG GTGTAAACGA TGCCGTTTGG TATCAAAAAG ATCCAAGAGT AAGAGATACA
TTGCTAATTA AAGATTGGAT AAAGTACATA AAGAGTGACA ATGAAACCAC AAAGGCAGAA
TTAAGAAGTG GCCAAATAGT TAATACATTT CCAACTAAAA ACTTAAGACT GCCAGTAAGC
GGATCAAATG CTATTGAACA TGGTATTGTA AAAGAAAAAG ACAGAGAGAA AATAGCACCT
TATATAGACA TTACATTAAA AGGTGATATA ATTTATAAGA ACAGACTTAT TATGCTAGAT
GTAATAGCTA ATAATGAGTG GAAACGACCA ATTTACTTTA CAGGTGGTAG TTATGGAGAT
GATGATTATC TATGGATGAA AGATTACCTT CAGTTAGATG GTATGTGTTA TAAACTTGTG
CCAATACGAA CGCCAATAGA CAAAAGGAAC CCTTACGATA TGGGACGAAT AGATACAGAT
AAAATGTATA ATATCGTTAA GGAATGGGAT TGGGGTAATG GTAATGATCC AGATATTTAT
CATGATCCAG AAACACGTAA AAATGGTTTA GTTTACCGTA GTAACCTTGC TAAACTTATA
GAAGAGCTAA TTAAGGTGAA AGACTTTGAG CGTGCAGAAG AAATGTTAGA CTTGGGTATG
GAACAAATGC CGGTAGACTA TTATGGCTTT TACACATTAT TAGAGCCATT CATAAGTGGT
TATTATGAAA TTGGTAAGCC GAAAAAAGCT AGAGATATTT GGAGGCAAGT TGCCACTAAA
TATCAAGAGA ATTTAACCTA TTACTCAGGA TTTAAAGAGT CGAGACAATT TAGGTATGCA
GAAGACATCA TAACAGATAT TGAGCGTTAC AGAAGCTTGG TAGATATACT AATTATATAT
CAAGATGAAG AATTAGTGAA ACCAGAAGCA GAGAAATTTA ATAATTACCT TAGGCTGTTC
CGTCACTTTT ATGGTGAAGA TGAAGAAATG AATCCTGAAG AAGAGCTTAC TCCAGAAGAG
CAGCAGTATA TTGAAGGATT TGAGCAAGAA TTTGGTACAG AAACAACTCC TAAAATTGAT
TCTGTAAACA ATTTAGACTC TATAAACTAG
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| Protein sequence | MKDFNFSKWN TILGWFAFAV ALITFTLTVE PTASFWDAGE YIATASKLEI GHPPGAPLYQ
MLGAVFSVFA LESSQIALMV NMMSVLASAF TILFMFWSIS ILIRKISGKA ETLSAGQKTA
VLGSALVGSL AFTFTDSFWF NAVEAEVYAM ATFILSVIFY VGLLWERDML KPRGNRWLIL
ICFIVGLLFG VHFMGLLAIP AIGYLYFFKN YKEVTAKNFI IATVIIVAIL MFIFKLLLPY
SLSFFAISEV FFVNTIGLPF NSGTIIALLV VIAGFYFGIT YTRKKGFVHV NTLLLCVLFI
LIGFSSWTML PIRANAGTVI NENNPANARE LLAYYNREQY GESHLFYGPQ FTEMYSGLDE
NNPYSDAKPK YEQDEKTGKY VIVNDWENAN QNLDDNHKGF LPRMWSPEHK ANYLGFIGEL
EFTVKPEYRD QQELLNAVAD VKTKYALGQI DAEDYDQFLT QFGQYLDIEK PSFAANIGYM
IEYQFGYMYW RYFMWNFTGR QDDVQGKMDD LHGNWLSGIK FIDELRLGSQ DNLPSDVKNN
KARNTYFFLP FLLGLLGLVF QFTKDKKNFW VLLVFFLFTG LALKVYLNER PFEVRERDYA
LVGSFYVFAM WIGFGVYALY DMLKDKITTK MLAPAVTVVC LLAVPVVLAS QNWDDHDRSD
RYTAQSMAKM YLDSCDENAI LFTIGDNDTF ALWYAQEIEG YRRDVRVVNT ALFATDWYID
QMRRKAYESD RIPTTLEHKN YVYGVNDAVW YQKDPRVRDT LLIKDWIKYI KSDNETTKAE
LRSGQIVNTF PTKNLRLPVS GSNAIEHGIV KEKDREKIAP YIDITLKGDI IYKNRLIMLD
VIANNEWKRP IYFTGGSYGD DDYLWMKDYL QLDGMCYKLV PIRTPIDKRN PYDMGRIDTD
KMYNIVKEWD WGNGNDPDIY HDPETRKNGL VYRSNLAKLI EELIKVKDFE RAEEMLDLGM
EQMPVDYYGF YTLLEPFISG YYEIGKPKKA RDIWRQVATK YQENLTYYSG FKESRQFRYA
EDIITDIERY RSLVDILIIY QDEELVKPEA EKFNNYLRLF RHFYGEDEEM NPEEELTPEE
QQYIEGFEQE FGTETTPKID SVNNLDSIN
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