| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_09473 |
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| Symbol | |
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| ID | 9297378 |
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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 | 2071897 |
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| End bp | 2076222 |
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| Gene Length | 4326 bp |
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| Protein Length | 1441 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | |
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| Product | fat protein-possibly involved in cell-cell attachment |
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| Protein accession | YP_003716640 |
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| Protein GI | 298208461 |
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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 | 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 | ATGAGAAAAA TTACATTGTT ATTATTAATG ATGCTTAGTG TATTCTACGG ATCTGCGCAG
TGCAATCCTG GAGAATCACA ACTCTTCATC ACAACGAGTG GCGGAAGCTT TCCTTCTGAA
CAATGGGTTT CTGTAACTTC TGAACCAGAT GGTGCAGGCA CAGTTATTTA TGCACAAGGA
GACGGTACAT ATGGTAATGG GTCAGGAAAT TTAACCAATG AGCCGTTTTG TGCAACAGAT
GGCGAAACTT ATTACATAAA TGCTTATGAT AGCTATGCAG ATTCTTGGAA TGGTGGTGTT
TACACCATTA CAGACGCTTC TGGAAATGTG GTAGCAAACA ATGGCGGCGT TTCTCCAGAT
GATGGGACTG ATGAAGACGC AGGCGGTGCA TTTGGGAATA CACAGGAACA AGAACTTGAG
GTTTCTGAAG CGTTTTCTTA CACGCCACCA GCTTGTGTTA CGCCTTCAAA TACTTTAGTT
GAAAATGTAA CTGCAACAAC AGCAGAATTT TCATGGAACG AAGAAGTAAG TGCAACATTA
GGTTATGATT GGAGAGTAAT GAATGAAGGT GAAGATCCAG ATGATGCTAA TAATACACCA
GTTGCAGAAG GTACAACTAT GACATCTTCA GATACGACTA TAACTATTAG TGGTTTATCT
GCTGAAGTCA CATATGATGC ATATGTTGCT TCAAACTGTG ACACAAACGG TTTTAGTGCA
TATTCAAGCG TAGTATCATT TACAACACCT TGCGCTGTAC AGGTTCCAGA TTACACAGAA
ACATTTAATG GTGGTGTTAT TGCACCAGAT TGCTGGTTAG AAGCAGGTTC TGGAGATCCT
ACAACTGGAC CTATGGATTT AGGTTCTGGT CTTTGGAATG ACGATGATTA CTTAAATGAT
ACTGTAGCAT CAGGTGGTTC TGATAATTCA GCTAGTATCA ATTTGTATAC AAATAACAGA
GAAGATTGGT TAATTTCTCC AACATTCGAC CTGTCTGGAG GTACTTATCA ATTAGTATAT
AATGTTGCGG TTACAGATTT TGCCAACTCA AATGAGCCAG AAGGTAACGG AATGGGTACA
GATGATGTTG TGCAGATGTT GATTTCTGAA GATAATGGAG CTACTTGGTC ACCATTAATG
ACATATGATG TAACAAACAT TCCATCTCAT TTAGGTCAAA CAGAAATAGT AGATTTATCT
AGTTATACGG GTAATGCAGT TTTTGCAATC TGGGCTACAG ACGGTACAGT AAGTGACTCT
GAAGATTATG ATTTCTTTTT TGATGAATTT ATAGTTAGAG TACCTCCAGC TTGTGAAGTA
CCTACTAACT TAGTTGCAGA TAATATTGGC AGTACTTCTG CAGATTTATC TTGGGATGAA
GTTACAGCAG CAAACTCAGG TTATGAATGG GTAGTAATGA CAGATGGAGA AGACCCAACA
GATACTGCAA ATACACCAGT AGCAACAGGT ACAACGGCAG CTTCAACAGA AGTTACAGCA
ACTGCAACAG GGCTTACTCC AGAAACAGAT TACGACGTTT ATGTAAGATC TAATTGCGGG
ACAGATAATA TAAGCGAGTA TTCAGATATA GTAGAAATTA CTACATTACC TACTTGTCCA
TCAGTTTCAA ATTTAACTGT TGATAGTGTA GACGAAACAA GTGCTTCAAT TAGTTGGGAT
GCTGTTGCAA ATGCTTCAGT TGGATATTTA GTTGAAGTAT ATGATTTTGA GGCAGACCCT
GAAACAGCAA CTGCTGTGTA TTCGGAAACT GTTACAGATG TAACTTTAGT AATTTCAACT
TTAGAAGCAG CAAATAGTTA TGACGTTTAT GTAACAGCAG ATTGTGGTAC AGAAGATGGT
CAATCTACAT CAGAAATGAT AACAGTTTCT ACAACTGTTC CAGATCCAGT ATGTGGTGGT
AATTTCTATG ATACTGGTGG TATTGATATG GATTTCATGA ACAATGAAGA CTATACAGTA
ACTATTTTAC CAGATACTGC AGGAGATTTA GTTGTTGCTA CATTTACTTT AGTAGACACT
TCAACGTTTG ATGATCTTAG TGTTGATATA GGAGATGGAA ATGGATTTCA ATTAATTCCA
GATTTAGCTG ATGGTGAAAC TTTAGTTTAT ACCTCAGAAG CTGCAGATGG TAGTCTTATA
TTCGAATTTA TATCTTCAAC AGTAGTTCCA AATCCAGGTT GGGAAGCAGC AATTACGTGT
ATTGCACCAC CAGCTTGTCC AGATCCTAAT AACTTAACAG TTTCAGAAGT TACTGCATTT
ACTGCAGATT TATCTTGGGA TGAAGAAGCT AATGCTTCAA ATGGTTATAC TTGGGTTGTA
ATGGCAGATG GAGAAGATCC TACAGATGAT GCTAATACGC CTGTTGCAAC AGGAACTACA
GCTTCTGGAG TACTAACAGC TTCGGTATCT GGTTTAGAAT CTAATACAGC ATACGATGCT
TACGTATTAG CAGATTGTGG AGACACAGAC GGTTTAAGTG TATATTCTGA CATAGCAGAA
TTTACGACGC TAATTAGTTG TGAAGCACCA AGCAATTTAT TAGTTGAAAA TGTTACAGTA
ACAGGAGCAG ATTTATCTTG GGAAGAAGTA GCTAATGCTT CAAATGGATA TACTTGGGTA
ATTATGTTAG ATGGAGAAGA TCCTACAGAT ACAGCTAACA CACCAGTAGC AACAGGAACT
ACTGCAATGG GAGTTCTTAC TGCTTCAGTT TCAGGATTAA CTGAAAATAC TGAATATGAT
GCTTACGTAA GCGCAGATTG TGGTGATACA GATGGAATGA GCGATTTTTC TGATGTTGAA
TCATTTACTA CTCCTTGTGC TATAGTAATT CCTAACTATA CTGAAGATTT TGATGGTGGA
GTTGTTGCTC CTGATTGTTG GATGGAAGCA GGTTCTGGAG ATCCTACAAC TGGACCAATG
GATCTAGGTT CTGGTCTTTG GAATGACGAT GATTACTTAA ATGATACTGT AGCATCAGGT
GGTTCTGATA ATTCAGCTAG TATCAATTTG TATACAAACA ACAGAGAAGA TTGGTTAATT
TCTCCAACAT TCGACCTGTC TGGAGATACT TATGAATTAG TATATAATGT TGCGGTTACA
GATTTTGCCA ACTCAAATGA GCCAGAAGGT AACGGAATGG GTACGGATGA TGTTGTTCAA
ATGTTGATTT CTGAAGATAA TGGAGCTACT TGGACACCAT TAATGACATA TGATGTAACA
AACATTCCAT CTCATTTAGG TCAAACAGAA ATAGTAGACT TATCTAGTTA TACAGGTAAT
GCAGTTTTTG CAATCTGGGC TACAGATGGA ACAGTTAATG ATTCAGAAGA CTATGATTTC
TTCTTCGATG AGTTTATTGT AAGAACTCCT TTAAACTGTG AGCCACCAGT TGCTGAGTTT
AGTACAGTAG ATAGTTGTGA TACAGGAGAA TTTTCAATAG AGGTAAATGT AACTTCTTTA
GGGTCATTCT CTACTATTGA TGCTTTTGAT GATCAAGGTT CTGCAACACA AACAATAACA
ATGACAGGAA CTTACACATT TGGTCCTTAT GCTTCTAGTA CAGATGTATT AATGACTTTA
GGTGGAGATG ATGCAGATTG TAATATAGAT GAAATAGTAA CATTTGTTTG TCCAGCACAA
AACGATGAAT GTGACGTAGC TACAGACCTT ACAGTAGGTC AAGATTTTGA AGATTTCCCT
GTAAACGGTA ATAATATTGG GGCTACAGAT TCTATGCAAG GAGATCCTTC TTGTGGTGCA
TTTGGCTTTA ATGGAGGAGA TGTTTGGTTT ACAGTAACAG TACCTAGTGA TGGTATTCTT
ACTATTGAAA CATTATCAGC TTCTGGTAGT CCTATAGGAG ATACTACAAT AGATGTATAC
TCTGGAGCTT GTGGTGATTT AGTAGCTGTA GCTTGTGATG ACGATGGTGG AGAAGGTGCA
TTCTCTTTAA TCGAGATAAA TGATATGACA CTTGCAGACC AAACACTTTA TGTAAGAGCT
TGGGAGTATG GTAATAATGC ATTTGGAGAA TTCCAAATCT CTGCTTACAA TGCAAATGTT
GTAGGTGTAG AGGATATTAA TGAAAATGCT AATATTTTCC TTTATCCTAA TCCTGCTTCT
AGTGAATTAC ATATTTCTGG ATTGCAAGAA GTTACTAACG TATCTATATT TAATATGTTA
GGTCAGAAAG TTCTTTCAAC TAAAACACAG AATATGATTA ATGTTTCAGA TTTAAGTACT
GGAATGTATG TTGTAACTAT TGATAATAAT GGAGTTAAGA AAACAATGCG TTTTATTAAA
GAGTAA
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| Protein sequence | MRKITLLLLM MLSVFYGSAQ CNPGESQLFI TTSGGSFPSE QWVSVTSEPD GAGTVIYAQG
DGTYGNGSGN LTNEPFCATD GETYYINAYD SYADSWNGGV YTITDASGNV VANNGGVSPD
DGTDEDAGGA FGNTQEQELE VSEAFSYTPP ACVTPSNTLV ENVTATTAEF SWNEEVSATL
GYDWRVMNEG EDPDDANNTP VAEGTTMTSS DTTITISGLS AEVTYDAYVA SNCDTNGFSA
YSSVVSFTTP CAVQVPDYTE TFNGGVIAPD CWLEAGSGDP TTGPMDLGSG LWNDDDYLND
TVASGGSDNS ASINLYTNNR EDWLISPTFD LSGGTYQLVY NVAVTDFANS NEPEGNGMGT
DDVVQMLISE DNGATWSPLM TYDVTNIPSH LGQTEIVDLS SYTGNAVFAI WATDGTVSDS
EDYDFFFDEF IVRVPPACEV PTNLVADNIG STSADLSWDE VTAANSGYEW VVMTDGEDPT
DTANTPVATG TTAASTEVTA TATGLTPETD YDVYVRSNCG TDNISEYSDI VEITTLPTCP
SVSNLTVDSV DETSASISWD AVANASVGYL VEVYDFEADP ETATAVYSET VTDVTLVIST
LEAANSYDVY VTADCGTEDG QSTSEMITVS TTVPDPVCGG NFYDTGGIDM DFMNNEDYTV
TILPDTAGDL VVATFTLVDT STFDDLSVDI GDGNGFQLIP DLADGETLVY TSEAADGSLI
FEFISSTVVP NPGWEAAITC IAPPACPDPN NLTVSEVTAF TADLSWDEEA NASNGYTWVV
MADGEDPTDD ANTPVATGTT ASGVLTASVS GLESNTAYDA YVLADCGDTD GLSVYSDIAE
FTTLISCEAP SNLLVENVTV TGADLSWEEV ANASNGYTWV IMLDGEDPTD TANTPVATGT
TAMGVLTASV SGLTENTEYD AYVSADCGDT DGMSDFSDVE SFTTPCAIVI PNYTEDFDGG
VVAPDCWMEA GSGDPTTGPM DLGSGLWNDD DYLNDTVASG GSDNSASINL YTNNREDWLI
SPTFDLSGDT YELVYNVAVT DFANSNEPEG NGMGTDDVVQ MLISEDNGAT WTPLMTYDVT
NIPSHLGQTE IVDLSSYTGN AVFAIWATDG TVNDSEDYDF FFDEFIVRTP LNCEPPVAEF
STVDSCDTGE FSIEVNVTSL GSFSTIDAFD DQGSATQTIT MTGTYTFGPY ASSTDVLMTL
GGDDADCNID EIVTFVCPAQ NDECDVATDL TVGQDFEDFP VNGNNIGATD SMQGDPSCGA
FGFNGGDVWF TVTVPSDGIL TIETLSASGS PIGDTTIDVY SGACGDLVAV ACDDDGGEGA
FSLIEINDMT LADQTLYVRA WEYGNNAFGE FQISAYNANV VGVEDINENA NIFLYPNPAS
SELHISGLQE VTNVSIFNML GQKVLSTKTQ NMINVSDLST GMYVVTIDNN GVKKTMRFIK
E
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