| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_05470 |
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| Symbol | |
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| ID | 9296587 |
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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 | 1230990 |
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| End bp | 1234829 |
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| Gene Length | 3840 bp |
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| Protein Length | 1279 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_003715857 |
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| Protein GI | 298207678 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | ATGAAAATAT CTTTATTCTT TACTTTTTTA TTATTTACTG TCGTTGTTAC CGCACAATCT
AAGCAGTTTT CTATTGTTTG GGAAGATGAA AAAGCTGTTG CAACCTCTAG ATCTTCATTT
ACAGTACCAG GTTTTGAAAC CAAGAATTTT GAATTTGATG ATGTTTTAAA AACAATACAT
TATAGCACAC AATGGAAAGA ATCTGGATAT ATTTCACAAA ATTCTGTTTC CTTAAGTAAT
GTATCTTACC AAACTATTAA TAAGACATTA CTATCTAACC TAGATACTTC GAAAATACCA
ACTAACCATA ATCCTGAACT TAAAATTTCA TACGCAAGAG GCATTGGTTA TGCTACATTA
CGATTAAGCC CAATTATTAA AGACAAAAAC ACTTACAAGA GACTTACTTC TTTTACGGTT
AATTACACCA ACAACCCATC ACTTCAACGA GCAACTAATA ACACACAGTC TCAAGCAGTA
ACAAATTCTG TATTAGCATC TGGAAATATT TATAAGTTTT ATGTTGAAAA GGATGGTGTG
CATCAACTTA CCCGTAGTTT CCTCCAAGAT TTAGGTATGA ATGTGAATAA CATAGATCCT
AGACGTTTAA AGATTTATGG ACATGGCGGA AGAGCGTTAC CATTATTAGT TTCAGAAAAT
GAACATTTTG ATCCACCACA AGTTAGCATT CAAGTTATTG GCGAAGAAGA CGGCAGTTTT
GATAATAATG ACAGTGTTCT TTTTTACGCC GAAAGTATTA ATGGTTTTGT AGAGGAAAAC
AACAGCAATA TTAATCCGTA TGCAGAACGT GCTTACTACT ATATCACAGC CGATGGTGAT
TTAGGTAATC GTATTTTTCC TTTTACTCAG CCTACAGGAA CACCAGACGT AACTTTTACA
ACATTTGATG ATTACAAGTT CGTTGAAGAA GACAGGTTTT CTCCTGTTTT AGTAGGAAGA
CGTTGGTTTG GAGATCGTTT TGATGTTGAG AATGACAGAA CTTATGAGTT TAACTTCCCC
AACATTGTAA ATTCTGAGCA AATGCTCGTA AAAGTTTATG CAGCAGCAGC TTCAGAAAGC
TCTACCACAT TAAATGTAAA TATTAATGGT GAAGATGTAG ATAATCTCTT TTTTGGAGCC
ATTGCAGGAA CATCCTTAGG AAGTGCTAAT CAATTTGTCG GCAATGTAGA TGCAACTTCA
GATAATGTTT CAGTTAATCT CAATTACAAT AATAATGGTA ATCCTGCCAG TAGAGGCTAC
TTAGATTACA TAAGTATAGA AGCACGACGA GAACTCATTG CAGACAATAT TCAGTTTAAA
TTTAAAAATC GTGACGCTAT ATCAGCCTCT GGCATTGGAG AATATATAAT TCAGAATTCA
CAAAACATAT CTCAGGTTTG GGATATCACC AATGCACAAC AAGTTACAAG TATTGCAAAT
ACTACTAACG CAAATACATT ATCTTTTAAA ACCACATTAG GTGAAGAGAG AAACTATGTG
GCTATTTCAC CAACAGACTA TTACACACCT TTGAGAGAAT CACAATCACA GGTAATTAAT
CAAAATCTTA AAGGCACAAT ATTTAACAGC AATACAGCGA ATTTTGAAGA TGTAGATTAT
CTAATGCTGG TAGATAATAC TTTAATTTCT GAAGCTAATA GGCTTGCTCA ATACAGAAGA
GATAGAGATG GCCTTAATGT AAAAGTAGTG CAGCTACAAA CCATTTATAA CGAATTTAGC
TCTGGACAAC AAGACATTTC TGCAATAAGA AATTTTGTTA AATATGTTTA TGACAACGCC
TCATCTCCAG CAAGCCGTTT AAAATACGTG TGTTTGTTTG GTGAAGGCTC TGTAGATTAT
AAAGACAGAC TTCAAAATAA CAACCTTATC ATACCTACCT ACCAAAGGCT TCGTAGCTTC
TCTTTATTAA GCTCGTTTGC TTCAGATGAT TATTTTGGGA TGATAGACCC TAACGAAGGT
ACCTTTCAGA ACTTTGACAA ACTAGATATT GCTATTGGTA GAATTTTAGC CGACACACCT
CAATTAGCAA GAACGTTAGT AGACAAAATT ATTGATTACG AAAGCAAAGT ATCTTATGGA
AGATGGCGAA ATAACTTTCT ACTAATTTCA GATGATGTAG ATGTTGAGTT TGAATATGAA
GGTATCGAGG TACAACTAGA TGCCTTGGGA GATGAAATAG GACAAAACAA ACCTAGCTTA
AATGTATATA AAATTCACTC AGATGCATTT CAACAAGAAT CAACAGCTGG AGGAAACAGG
TATCCAGATG TAAACGAAGC CATTACAAAT GCAATAGAAA GAGGTGCCAC TGTAACAAAT
TATTTTGGTC ACGGCGGAGA AGATGGCTTA GCTAATGAAT TTATTGTTAC ACAACCAGGA
ATTAATAATT GGGCAAATAC AAACAGGTAC ACCATGTTTG TTACTGTAAC TTGTGAGTTT
ACAAAATTTG ACAACCCTTT AAGGATTGCT GCTGGAGAGT TAACACTACA AAATCCAATT
GGCGGTTCTG TAGCTATGAT TACTACAACA AGAGAAATTA CCGTAGTAAA TGGTGTAGAT
TTTAATGCAA TCTTGGCACC ATTCCTATTC GACTATGATG GTAATGACGA CTCTGTTGCA
GAAGCTTTAA GGAAAACTAA GAACGAAATA AACAACAACG GAAAACGTGT TGTGTTTTAT
TTAGGAGATC CTGCAATGAA ACTCTCTAAC CCTAAACCAA ATGTGAGATT AACACATATT
AATGACACTC CTATTTCTCA ACCTACAGAT ACCCTAAAAG CATTAAGCTA TGTAAAAATG
AGAGGTCAAG TAACTACACC TTCTGGCGGA TTGTTAAATA ACTACACTGG TAATTTAGAA
GTTACCATTT TTGATAAAAG GATACAACGC ACAACATTAG GAAATGATAA TGTGAGAGAT
GATGATGGGC AATTACTCCT ACTAGATTTC ACAACGTTAG GAAATACAAT TTTTAGAGGC
CAAGCCTCTG TCACTAACGG TGAGTTTGAG TTTGATTTTA TAGTTCCACA AGATATAGGT
ATTCCTGTTG GTAATGGTAG AATTAGTTTT TATGCTGAAA AAGAAGGAGA GCTAGATGAC
CAATCCGGTT TTAATGAACA GATATTAGTA GGTGGAATAA ATGAAAATGC GCCAGAAGAT
AACGAGCCTC CAATTATAAA TCTCTTTATG AATGATGAGA GTTTTGTGTC TGGAGACATA
ACAAATAGCT CTCCATTTAT ATTAGCAAAA TTAGAGGACC TTAATGGTAT AAATACGGCG
AGTGGTATTG GCCATGACAT TACAGCTGTT TTAGATGGCG AAGAAATAGA TCCTATAATC
CTTAATGACT ACTATGAAGC AGAAGTAGAT GACTACTCTA AAGGTGAAGT TGTTTATAGG
CTAAGAGGAC TAGAAGAAGG TTTACATACA TTAACCTTTA CAGCTTGGGA CACCTACAAT
AATAAATCTA CTGCAGACAT ACAGTTTATT GTAACTGGTG ATGATGAGCT TGCAATTACA
AGGGTTTTAA ATTACCCAAA CCCATTTACA AATTATACAG AGTTTTGGTT TAAACATAAT
CGCCCATTTG AACCTTTAGA AGTACAAGTA CAAGTTATGA CTGTTTCCGG AAAAGTGGTC
TGGACAACTA ACCAAATAGT GAATACAGGT GTTTCAGAAT TATCCAGAGA TATAACTTGG
GATGGCAGAG ATGATTTTGG TGACCGTATA GGAAAAGGGG TTTATATTTA TAAACTTTCG
GTTAAATCTA CAGTTACAAA TAAGAGTTTC AGCAAATTTG AAAAACTGGT CATTCTATAA
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| Protein sequence | MKISLFFTFL LFTVVVTAQS KQFSIVWEDE KAVATSRSSF TVPGFETKNF EFDDVLKTIH
YSTQWKESGY ISQNSVSLSN VSYQTINKTL LSNLDTSKIP TNHNPELKIS YARGIGYATL
RLSPIIKDKN TYKRLTSFTV NYTNNPSLQR ATNNTQSQAV TNSVLASGNI YKFYVEKDGV
HQLTRSFLQD LGMNVNNIDP RRLKIYGHGG RALPLLVSEN EHFDPPQVSI QVIGEEDGSF
DNNDSVLFYA ESINGFVEEN NSNINPYAER AYYYITADGD LGNRIFPFTQ PTGTPDVTFT
TFDDYKFVEE DRFSPVLVGR RWFGDRFDVE NDRTYEFNFP NIVNSEQMLV KVYAAAASES
STTLNVNING EDVDNLFFGA IAGTSLGSAN QFVGNVDATS DNVSVNLNYN NNGNPASRGY
LDYISIEARR ELIADNIQFK FKNRDAISAS GIGEYIIQNS QNISQVWDIT NAQQVTSIAN
TTNANTLSFK TTLGEERNYV AISPTDYYTP LRESQSQVIN QNLKGTIFNS NTANFEDVDY
LMLVDNTLIS EANRLAQYRR DRDGLNVKVV QLQTIYNEFS SGQQDISAIR NFVKYVYDNA
SSPASRLKYV CLFGEGSVDY KDRLQNNNLI IPTYQRLRSF SLLSSFASDD YFGMIDPNEG
TFQNFDKLDI AIGRILADTP QLARTLVDKI IDYESKVSYG RWRNNFLLIS DDVDVEFEYE
GIEVQLDALG DEIGQNKPSL NVYKIHSDAF QQESTAGGNR YPDVNEAITN AIERGATVTN
YFGHGGEDGL ANEFIVTQPG INNWANTNRY TMFVTVTCEF TKFDNPLRIA AGELTLQNPI
GGSVAMITTT REITVVNGVD FNAILAPFLF DYDGNDDSVA EALRKTKNEI NNNGKRVVFY
LGDPAMKLSN PKPNVRLTHI NDTPISQPTD TLKALSYVKM RGQVTTPSGG LLNNYTGNLE
VTIFDKRIQR TTLGNDNVRD DDGQLLLLDF TTLGNTIFRG QASVTNGEFE FDFIVPQDIG
IPVGNGRISF YAEKEGELDD QSGFNEQILV GGINENAPED NEPPIINLFM NDESFVSGDI
TNSSPFILAK LEDLNGINTA SGIGHDITAV LDGEEIDPII LNDYYEAEVD DYSKGEVVYR
LRGLEEGLHT LTFTAWDTYN NKSTADIQFI VTGDDELAIT RVLNYPNPFT NYTEFWFKHN
RPFEPLEVQV QVMTVSGKVV WTTNQIVNTG VSELSRDITW DGRDDFGDRI GKGVYIYKLS
VKSTVTNKSF SKFEKLVIL
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