Gene CA2559_01755 details

Gene Information

• Locus tag: CA2559_01755
• ID: 9295836
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Croceibacter atlanticus HTCC2559
• Kingdom: Bacteria
• Replicon accession: NC_014230
• Strand: -
• Start bp: 433723
• End bp: 437148
• Gene Length: 3426 bp
• Protein Length: 1141 aa
• Translation table: 11
• GC content: 33%
• Product: hypothetical protein
• Protein accession: YP_003715117
• Protein GI: 298206938

Plasmid Coverage information

• Num covering plasmid clones: 2
• Plasmid unclonability p-value: 1
• 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

ATGCGCATAC TAACTTTCAT TTTATTGTTT TGTGTTGTAA CAGTTGGTGT TGCACAACAA 
ACTGTTGGTA GTATGAAGAC TAAAACTTTA GTTGTTCGTG ACAGTGTTTT TATAGACTCG 
GTTAGTATAA ACCCTAATAG GTTTCAATTA CTCGATACAA CAGGAAAACC CATAGATACT 
GCATTTTATA ATGTTGATTT TTCCTTGGCT AAAATCACAT TTTCTAATAC GTTTTTAAAT 
ACTGCGGCAA ATGATACTCT AAAGGCATCA TATTTACCAT ATCCAGATTT CTTAACCAAA 
CGATATTTTC AGCTAGATAA AAGTATCATA GTAGAAAATA ACGATGATCT AAATAAATTA 
TACCAACTTA ATCAACAAGA AAAGGGTGTA AAAACATTCA CGCCTTTTGA TGGCCTTAAT 
ACAAGCGGAA GTATTTCTAG AGGAATACGA GTTGGTAACA ATCAAAATAC AGTATTAGAC 
TCTCAATTAG ATTTACAGAT TTCTGGACAA ATAAGTCCTA GAGTAGGCTT AAGAGCCTCT 
ATACAAGACT CTAATATACC GCTTCAGGAA GGTGGCTATT CTCAAAATTT AGATGAATTT 
GATCAAGTTT TTATTGAGCT ATTTAGTGAT AATTGGAGCA TTAGAGCAGG TGATGTAAAC 
CTTGTTCAAA ATGAATCGTT TTTTGCTTCA TTCGAAAAAA AAGTACAAGG AATATCTTTG 
GGTGCAACAT TAAATCCTGA AGGTAATTCT ACAAATTTAT TTGCAGCAGG CGCGTTGGTT 
AGAGGTGTTT TTACAGAAAG TAAGTTTCAA GGACAAGAAG GAAATCAAGG TCCTTATAAA 
CTTACTGGTC CTAACGGAGA GCTTTTTGTA CTTATTGTTT CTGGCAGTGA AACTGTATAT 
GTAAATGGAG TGCCGTTGGT ACGTGGAGAG AATAAAGATT ATGTGATAGA CTATAATGCC 
GGTGAAATAA TGTTTAACAG TACCTATCCT ATAACTTCAG AAATGAGGAT TAGTGTACAG 
TACCAATTTA GTGAGCGTAA TTATACTAGG ATTATAGCAA CTGGTGGCGG AAATTATGAA 
AGTGATAATT TAAAGATAGG TGCTTTTGTA TATTCAGAAA ACGATAGTAA AAACCAACCA 
CTACAACAAA ACCTTAACGC GCAGCAAGTA GCAATATTGG CAGATGCTGG AGATGATATG 
TCCCAAATGT TTACCTCTAG TGTGCAACCT TCTGAATTTA GTGAAAACCG AGTGTTGTAC 
AGGTTAGAAA CTATAAATAA CCAGCCAGTT TATGTGTTCT CTACAAATGC TGAAGATGAG 
TTGTTTCAAA TACAGTTTAG TAATGTGGGC GCAAATAACG GAGATTATAT TTTAAGTGAT 
GCCTCTGCAA TAAATAGAAT TTATGAATAT GTAGCTCCAG TAAATGGCGT TCCTCAAGGT 
AGTTTTGCGC CTGTTATACA GTTAGAGGCG CCTACCAAAT TGCAGATAGG TGTTGTAAAT 
GGGAGATATA AACCTTCAGA AAAAACAAAT TTATATTTTG AGATTGCAGG TAGTAAAAAT 
GACTTAAATC TTTTTTCAGA TATAGATGAT GATGATAATG ATGGTGTGGC AACAAAATTT 
GATTTCAGAC AACGTATAGT TACCAATGAC TCGCTTTGGA ATTTAGATGC CTTCGGAACA 
TTTAACTACA TACAAGACGA ATATCAAAGT ATACAGCGTA TTTATAATAT AGAATTTGAA 
CGCGATTGGA ATTTACAGAC ACCTATAGGA AGCCAAGCCT ATGTAATAGG AGGTTTAGAG 
TTGTCTAACC AAAAGCAAGG TATTGTTAAC TATAGTTTTC AGCAGTTAGA TTATAAGGAT 
AATTTTAGTG GTTCTAGACA CGTGTTTAAT TCGGCATTAA CTTTTGGTAG GCTTAAAACC 
TTTGTAAACT CAAGTTACTT AAATAGTGAA GGTTCAGAGA TAGATTCAGA GTTCCTAAGA 
GCAAATATTA ACGCAGTATA TGGGTTCAAA AAGTCTTGGA TTGGAGCAAA ATATAGTGCA 
GAAAATAATC AGCAGCGCCA AGTGGCAACA GACTCTTTAA CGGGAGATAG TCAAAGATTT 
ATGAATTATG AAGTGTATAC TGGTGTTGGA GATAGTACAA ATGTGTTTGC AGAAATAGGG 
TATAGGTATC GCGTAAATGA TAGTGTACAA AGTAATGAGC TAACTCGTGT TAGTAACTCA 
AACAACTATT ATTTAAAGTC TAGGCTAATT AATACTAGTA ATACAAAATT AGCAGTTTTT 
GCAAATTATA GAGTTTTAGA AGATGAAACT GAAGATGATA ATGATGATGT CTCTTTAAAT 
TCCAGAATTG TATATAGCCA GTTTATAGCC AATAAGAAAA TCTCTTTAAA CACTACGTTT 
GAAACCAACA GTGGTACTTT GCCACAACAG GAATTTACTT ATGTTGAGGT TGATACAGGT 
GAAGGGCAAT ATACCTGGAA CGATTATAAT AATAACGGTG TTCAAGAATT GGAAGAATTT 
GAAATTGCCC AATTTCAAGA TGAAGCACGG TTTATAAGAG TGTTGTTACC AAATCAGGTT 
TTTATAAGAA CACACCAAAA CAAGTTTAGC CAGACATTGT CCTTAAACTT GAGGTCTTGG 
GAAAAAGAAA CTAATGGGTT TAAAAAGTTT ATGTCTCATT TTTACAATCA GACAGCCTAT 
TTAATAGACA GGAAGATTCG CCGAGATGGT GAGGCTTTTG ATATTAATCC TTTTAATGAT 
AACGATGAAA AGGAATTAGC ACTCAATCTT AGCTTTAGAA ACAGTATCTT TTTTAATAGA 
GGTAAACAAA AGTATACTAC ATCCTATAGT TACGTATCAA CTAAAGCTAA AAACCTTCTC 
TCTACTGGTT TACAAGAAAA TATACAGCAG AGCCACCAAA TAAATTTTAA TCACAAATTT 
GCAGAAAGCT GGTTAATTTC AATAGAAAAT CAATTAAGTA CCACTGAAAG TATTTCTCAA 
AATTTTGAAA GTAGAAATTT TAATATTGAA GGCGTTTCAA TAGATCCCAA GCTGTCCTAC 
CTTTTAAGCA GACAAACTCG TTTTGATATC TTTTATAATT ACAATTTTCA AGACAATTTA 
ATTGGAGGTA AAGAACAGTT AGATCAACAA AAATTTGGGT TAGGGTTTTC TTATGCCAAC 
CAACAACAAT TTGCTATAAG TGGAGAGTTT AATTACATAC AAAATGATTT CTCTGGTAGT 
GCATTTTCGC CAGTTGCATA TCAAATGTTA GAAGGATTAC AGCCTGATAA AAATTATACT 
TGGCAGTTTT TAACACAGAA AAAACTTACT AAGTACTTAG ACCTTAATCT AAGTTATAAT 
GGAAGAAAGA GTGAAAACCT AGATGCTATA CATACAGGAA GCGTACAACT TAGGGCATAT 
TTTTAA 

 

Protein sequence

MRILTFILLF CVVTVGVAQQ TVGSMKTKTL VVRDSVFIDS VSINPNRFQL LDTTGKPIDT 
AFYNVDFSLA KITFSNTFLN TAANDTLKAS YLPYPDFLTK RYFQLDKSII VENNDDLNKL 
YQLNQQEKGV KTFTPFDGLN TSGSISRGIR VGNNQNTVLD SQLDLQISGQ ISPRVGLRAS 
IQDSNIPLQE GGYSQNLDEF DQVFIELFSD NWSIRAGDVN LVQNESFFAS FEKKVQGISL 
GATLNPEGNS TNLFAAGALV RGVFTESKFQ GQEGNQGPYK LTGPNGELFV LIVSGSETVY 
VNGVPLVRGE NKDYVIDYNA GEIMFNSTYP ITSEMRISVQ YQFSERNYTR IIATGGGNYE 
SDNLKIGAFV YSENDSKNQP LQQNLNAQQV AILADAGDDM SQMFTSSVQP SEFSENRVLY 
RLETINNQPV YVFSTNAEDE LFQIQFSNVG ANNGDYILSD ASAINRIYEY VAPVNGVPQG 
SFAPVIQLEA PTKLQIGVVN GRYKPSEKTN LYFEIAGSKN DLNLFSDIDD DDNDGVATKF 
DFRQRIVTND SLWNLDAFGT FNYIQDEYQS IQRIYNIEFE RDWNLQTPIG SQAYVIGGLE 
LSNQKQGIVN YSFQQLDYKD NFSGSRHVFN SALTFGRLKT FVNSSYLNSE GSEIDSEFLR 
ANINAVYGFK KSWIGAKYSA ENNQQRQVAT DSLTGDSQRF MNYEVYTGVG DSTNVFAEIG 
YRYRVNDSVQ SNELTRVSNS NNYYLKSRLI NTSNTKLAVF ANYRVLEDET EDDNDDVSLN 
SRIVYSQFIA NKKISLNTTF ETNSGTLPQQ EFTYVEVDTG EGQYTWNDYN NNGVQELEEF 
EIAQFQDEAR FIRVLLPNQV FIRTHQNKFS QTLSLNLRSW EKETNGFKKF MSHFYNQTAY 
LIDRKIRRDG EAFDINPFND NDEKELALNL SFRNSIFFNR GKQKYTTSYS YVSTKAKNLL 
STGLQENIQQ SHQINFNHKF AESWLISIEN QLSTTESISQ NFESRNFNIE GVSIDPKLSY 
LLSRQTRFDI FYNYNFQDNL IGGKEQLDQQ KFGLGFSYAN QQQFAISGEF NYIQNDFSGS 
AFSPVAYQML EGLQPDKNYT WQFLTQKKLT KYLDLNLSYN GRKSENLDAI HTGSVQLRAY 
F