Gene CA2559_10083 details

Gene Information

• Locus tag: CA2559_10083
• ID: 9297506
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Croceibacter atlanticus HTCC2559
• Kingdom: Bacteria
• Replicon accession: NC_014230
• Strand: +
• Start bp: 2206908
• End bp: 2210360
• Gene Length: 3453 bp
• Protein Length: 1150 aa
• Translation table: 11
• GC content: 34%
• Product: pyruvate carboxylase
• Protein accession: YP_003716762
• Protein GI: 298208583

Plasmid Coverage information

• Num covering plasmid clones: 0
• Plasmid unclonability p-value: 0.667166
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGAATATTA ATAAAGTATT AGTTGCCAAT AGAGGAGAAA TAGCTATTCG TATTTTTAGA 
GCGTGTACAG AGATAAACGT AAAAACAGTT GGCGTTTATA CTTTTGAAGA TCGCTATTCA 
TTACATCGAT ATAAAGCAGA TGAGTCTTAC CAAATAGGAG AGGACAACGA TCCTTTAAAA 
CCCTATTTAA ATAAGGATGA ATTAATTAGA GTAGCATTAG AAAATAATGT AGATGCTATT 
CATCCTGGAT ATGGGTTTCT TTCTGAAAAT GCAGAATTTG CTCAAAAGTG TAAAGACAAC 
GGAATCATAT TTATTGGACC TAAAGTGTCA GTTTTAAAAT CTTTAGGAGA TAAGATTACT 
GCCAAGCAAG TGGCGTTAGA GAATAATGTC CCAATTATAC AAAGTAACTC AAAAGACTTA 
GACTCTATTG ATATTGCTAT TAGCGAGGCA GAAGCCATTG GCTATCCAGT AATGCTTAAG 
GCTGCTTCTG GTGGTGGTGG TAGAGGTATG CGTGTTATAA GAGAAGAAGA TGAGTTAAGG 
CGTGCATTTA ACGAAAGTAA ACGCGAAGCC TTAAATGCAT TTGGAGACGA TACCGTTTTT 
CTTGAAAAAT TTGTAGAAAA CCCTAAGCAT ATTGAAATCC AGATTGTAGC AGATAATCAT 
GGTAATATGG TGCATTTGTT TGAACGAGAT TGTTCTGTAC AACGTCGTTA TCAAAAGGTA 
ATAGAGTTTG CACCTTCGTA TGATTTAGAT ACATCTATAA AAGAAGATTT ATATAAGTAT 
GCAGTAAAGA TTTGTAAAGC GGTAAACTAT AATAATATAG GTACTGTAGA ATTTTTGGTA 
GATGATGATG GCTCTATTTA TTTTATTGAA GTAAATCCGC GTATACAAGT AGAACATACA 
GTTACAGAAG TTGTTACTAA TATAGACTTG GTAAAAACAC AGTTGTTTAT AGCTGGAAAT 
TATAAGTTAA GCGATCAACA AATTAAGATT CCTAATCAAG AAGCTGTAAA GGTTAATGGT 
TATGCTTTAC AATGCCGTAT TACCACAGAA GATCCTCAAA ATGATTTCAA ACCAGATTAT 
GGTACAATCT CTACTTACAG AAGTGCCTCA GGATTTGGTA TTCGTCTAGA TGCTGGTAGT 
GTGTATCAAG GTGCTACAAT ATCACCTTTT TTCGACTCTA TGTTGGTAAA AGTTACTGCT 
AATAGTAGAA CATTAGATGG TGCTTCACGA AAAATTAGAA GAGCTTTAGC CGAGTTTAGA 
ATACGTGGCG TAAAAACCAA TATGCCATTC TTAGATAACA TACTAGCTCA TGACACATTT 
AGAAAAGGTG AGGTAACTGT AAACTTTATT AAATCTCATC CAGACTTATT TACGTTTAAA 
GCACCTAGAA ACAGAGCAAC AAAATTAGTA ACCTATTTAG GAGATGTAAT TGTTAACGGA 
AATCCAGATG TAAAGAAAAA AGATCCATCT AAAGTATTTA TAAAACCCGA AGTACCAAAG 
TATGATAAGT CTGCCAGCTA TCCAGAAGGC ACAAAAGATT TACTTACAAA ATTAGGTCCA 
GATGAATTTT CTAAGTGGTT AAAAGCAGAA AAGAAAGTAC ATTTTACAGA CACCACAATG 
CGTGATGCAC ACCAAAGTTT ACTTGCTACA CGTATGCGTA CTTACGATAT GCTAAAAGTT 
GCAGAAGGAT ATGCTAAAAA TCATCCAGAC ATTTTTAGTA TGGAAGTTTG GGGTGGCGCA 
ACCTTTGATG TTTGTATGCG TTTTTTACAA GAAAACCCTT GGCAACGCTT AAAATTGCTT 
AGAGAGGCAA TGCCTAATGT ATTATTACAA ATGCTTATTA GAGGTTCAAA TGGTGTTGGT 
TATACTGCAT ATCCAGACAA CCTTATTGCA GAATTTGTAG AACAATCTTG GAATACTGGA 
GTAGATGTGT TTAGAATTTT TGATTCTTTA AACTGGATGC AATCAATAGC ACCTTGTATT 
GAACACGTAA GAACTCGCAC TAAAGGTCTT GCAGAAGCGT CAATATGTTA TACTGGCGAT 
ATCCTAAACC CTGAAAATAA AAAGTATAAC CTTAACTATT ATACAAGTTT AGCAAAAGAT 
ATAGAAAATG CAGGTGCACA TATTCTTGCC ATTAAAGATA TGGCTGGATT ATTAAAACCC 
TATGCAGCGT ATGAGTTAAT ATCGGCATTA AAGGATACCG TAAATATTCC TATTCACCTA 
CATACTCATG ATACATCTTC CATACAGGCA GCTACTTATT TAAAGGCTGT TGAAGCTGGT 
GTAGATGTAG TTGATGTAGC TTTAGGAGGC TTATCTGGTC TTACGTCTCA ACCAAACTTC 
AATTCAGTTG TAGAAATGCT TAAGTATCAA GAGCGCTCTT CAACAATAAA TACCAAGTCT 
TTAAGTGAAT ATTCTCACTA TTGGGAAACA GTGAGAGATT ATTATTATCC ATTTGAGTCT 
GGTCTTAAAG CAGGCTCTGG AGATGTGTAT ACTCACGAAA TTCCTGGAGG ACAATATTCT 
AATTTAAAAC CACAGGCGCA AGCATTAGGT TTAGAAGATC GTTTCCACGA AATAACGGCA 
ATGTACGCAG ATGTAAATTC ACTTTTTGGC GATATTGTTA AGGTAACACC AAGCTCTAAG 
GTTGTTGGAG ATATGGCACA GTATCTTGTA AGTAATAACC TTACAATAAA AGATGTATTG 
GAGCGTGGAG ATAGTATATC TTTCCCGCAA TCTGTAGTTA GTTTCTTTAA AGGTGACTTA 
GGGCAACCAG TTGGTGGATT CCCAAAAGAC TTGCAAAAAC TTATTTTGAA AGACACAAAA 
GCTTATACAG AGCGACCAAA TTCTCAATTA CCAGAATTAG ATATAGATAA AGAGTATAAG 
GAGTTTAAAG ACATGTTCGA AAATGATATG AGTAGAACAC TGGATATTAC AGACTTCTTA 
TCTTACAAAC TTTACCCAAA AGTATTTTTA GATGCCTATA ACAATCATTT AAAATATGAC 
AACCTGATAA ACCTGCCTAC TAAAAACTTT TTCTACGGCA TGGAGATAGG TGAGGAGATA 
ATTATTGAAT TAGATAGAGG TAAAACACTA CTAATTACCT TAGACTCTGT TGGAGAACCT 
AACGAAGATG GTATTGTAGA TGTTTATTTT AGGGTTAACG GCCAAGGTCG TATTGTAAAA 
ATAAAAGACA CTTCTGTTAA GGTAGATAAG GTTGAGTATA AAAAAGCTGA TAAAGCAGAT 
GATAAAGAAA TAGGTGCGCC GTTACAAGGA ATGCTGTCTA CCATTCTTGT TAAAAAAGGA 
GATGCTGTAA AAAAGAATCA ACCTTTATTT ATTATTGAAG CAATGAAAAT GGAAACTACA 
ATTACTGCAA ATGTAGATGC TACTGTGAAA GAAATTATTC TTAAAGAAAA TATTATGGTA 
AACTCAGAAG ACCTAGTATT AACTTTAGAA TAA 

 

Protein sequence

MNINKVLVAN RGEIAIRIFR ACTEINVKTV GVYTFEDRYS LHRYKADESY QIGEDNDPLK 
PYLNKDELIR VALENNVDAI HPGYGFLSEN AEFAQKCKDN GIIFIGPKVS VLKSLGDKIT 
AKQVALENNV PIIQSNSKDL DSIDIAISEA EAIGYPVMLK AASGGGGRGM RVIREEDELR 
RAFNESKREA LNAFGDDTVF LEKFVENPKH IEIQIVADNH GNMVHLFERD CSVQRRYQKV 
IEFAPSYDLD TSIKEDLYKY AVKICKAVNY NNIGTVEFLV DDDGSIYFIE VNPRIQVEHT 
VTEVVTNIDL VKTQLFIAGN YKLSDQQIKI PNQEAVKVNG YALQCRITTE DPQNDFKPDY 
GTISTYRSAS GFGIRLDAGS VYQGATISPF FDSMLVKVTA NSRTLDGASR KIRRALAEFR 
IRGVKTNMPF LDNILAHDTF RKGEVTVNFI KSHPDLFTFK APRNRATKLV TYLGDVIVNG 
NPDVKKKDPS KVFIKPEVPK YDKSASYPEG TKDLLTKLGP DEFSKWLKAE KKVHFTDTTM 
RDAHQSLLAT RMRTYDMLKV AEGYAKNHPD IFSMEVWGGA TFDVCMRFLQ ENPWQRLKLL 
REAMPNVLLQ MLIRGSNGVG YTAYPDNLIA EFVEQSWNTG VDVFRIFDSL NWMQSIAPCI 
EHVRTRTKGL AEASICYTGD ILNPENKKYN LNYYTSLAKD IENAGAHILA IKDMAGLLKP 
YAAYELISAL KDTVNIPIHL HTHDTSSIQA ATYLKAVEAG VDVVDVALGG LSGLTSQPNF 
NSVVEMLKYQ ERSSTINTKS LSEYSHYWET VRDYYYPFES GLKAGSGDVY THEIPGGQYS 
NLKPQAQALG LEDRFHEITA MYADVNSLFG DIVKVTPSSK VVGDMAQYLV SNNLTIKDVL 
ERGDSISFPQ SVVSFFKGDL GQPVGGFPKD LQKLILKDTK AYTERPNSQL PELDIDKEYK 
EFKDMFENDM SRTLDITDFL SYKLYPKVFL DAYNNHLKYD NLINLPTKNF FYGMEIGEEI 
IIELDRGKTL LITLDSVGEP NEDGIVDVYF RVNGQGRIVK IKDTSVKVDK VEYKKADKAD 
DKEIGAPLQG MLSTILVKKG DAVKKNQPLF IIEAMKMETT ITANVDATVK EIILKENIMV 
NSEDLVLTLE