Gene CA2559_01025 details

Gene Information

• Locus tag: CA2559_01025
• ID: 9295687
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Croceibacter atlanticus HTCC2559
• Kingdom: Bacteria
• Replicon accession: NC_014230
• Strand: +
• Start bp: 245113
• End bp: 251130
• Gene Length: 6018 bp
• Protein Length: 2005 aa
• Translation table: 11
• GC content: 37%
• Product: hypothetical protein
• Protein accession: YP_003714973
• Protein GI: 298206794

Plasmid Coverage information

• Num covering plasmid clones: 0
• 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

ATGTTTCAAA ACTTAAATGC ACAAACACAA GTTTATGCAG ACGCTGTTGT TTCACAAAAT 
AATGTATTAA ACTCTAATTA CGCCATAGCC GAAAACGGCT CTTTTGCAAC ATTAAATTCA 
AGTGGCGGCC TACTAGCTGG TGGCGGTGCA TATACAGGTG AAATTGAATT AGAATTTTCA 
AGCACCATTC CCGCTAATAC AACAACATTT GTAAGAATAG ATTTTGATAA TGACCTCCTA 
AATGTATTAT TAGGCGGAGC GTTGGGAGAT TTACTTGCAG ACACTGTAGG GACTATTGCT 
TTAGGTGATC ATTTCTTTAA TGTTGAAGCA CGAGACAATG CCACCACAGT ACTTAGTGCA 
AGCTCCGCTA CAGGTGCGAC AGATAGATTT AGAGTGGTTG TAGACCGAAA TGGATATTTT 
TACATTGCTA TTACTCCAGA TGCAGATTAC AACAGAGTTT ATATTGAAGA TGCAACAAGT 
ACCTTATTAC TAGGACAAGA AAATAGTATG AATGTGCACC ACGCATTTTT CTATAATGAA 
CTTGGCAATA ACGTAACACC ACTTTATTCA GATTTTGATG AAAGCGGTTT AGGATTAGAT 
GTTGCCGATC TAGCAGATTC TGGTGTGGTA AACCCTCAAT TTGCTATAGA TAATAATAAT 
AGCAGTTTTT CTGAAATCAG CTTAGGTACA GTGTCTTTAG GTGCTGGTAT ACAACAAAAC 
ATATATTTTG CAAGAGAATA TTCAAATACA GATGAGTTTT CAATAACACT TAAATCTGAA 
CCTGCACTGG TAGCAGTTGG CATTCAAAAC AATGTTGTAA TAACAGCATT AAATGATGGC 
GCAGAAGTGT TCTCCACGAC ATTAGGAGAT GTATTAAATA TAGATTTACT TGGACTTTTT 
GAAAATGGTG AAATTGTAAC GGTACCTTTT GCTCCAAATA TTAATTTTGA TGCTGTATCA 
ATAAGCCTGT CTTCATTACA ACCAGTTGGT GCTACTCAAT CTATAAATAT TTATGGTATA 
TCAATCGCAG GTGAATTGTT GCCTGGCGAA GTTGACAATA GGGTTTTTGC AGACACAGTT 
AGTAATGAAA ATAATGCAAC AAATTCTGGA AGTGCCGTAG GAGACAATGG CAACTTCGCC 
GTACTTGAAT CTTTTGGTGG TATAGCTGTA GGCATTGGAA GTTATACTGG TGACATTGAG 
TTACAGTATC CAGAAGTTGT TCCGGCTAAT ACAACCTCAT ATATAAGAAT AGATTTTGAT 
GACGATGTAT TAAACTCCTT ACTTGGTGGT AGTTTGGGAG ATTTGCTTGC AGATATTGTA 
GGAACTATTG CTCTAGGTGA TCATTTCTTT AATGTTGAAG CCAGAAATAA TACCACAACT 
GTACTTTCTG AAAGCTCTTC AGACTTATCA ACAGATAGGT TTAGAGTCGT TGTAGATGAG 
TTCGGCTTTT TCTACATTGC TATTACACCA GATTCAGATT ATGATAGGGT TTATATAGAG 
GACGTTACAA ATGCACTATT ATTAGGTGAA ACAAATACAA TGAATGTTCA TCATGCATTC 
TATTATTCTT CTACTACACC TTGTGCTACA AATAACTTAC TTACAGATTT TGATGATAGT 
GGCATTGGCT TAGACTTATT AGAACTACAA AACTCTGGTG TTACTAATCC TCAGTTTGCT 
ATAGATGAAA ATGACAGTAA TTTTTCTCAG TTAAGCTTAG GTGTGGTATC TGTAGGTGCA 
GGTATTCAAC AAAACATATA TTTTTCTAAA GATTATTCAC CACAAAGTGA AATCTCAGTA 
AGGTTAAAAA CAGATCCTTC TCTTTTAACT GTAGGCCTTG TAAACAATGT TGTTATTAGC 
GCATTAGATG ATGGCACAGA AGTATTCTCT ACAACTCTTT CAAGCGGTTT AGATGTAGAC 
CTTTTAGGTC TTTTAAGTGA TGGTGAAATT GTTGATGTTA CATTTGCTCC AAACTTAACC 
TTTGATACAG TTACCGTAAG CCTTACTAGC TTAGAAGTAG TTACTGTAGC TCAAAGCCTA 
GATTTATATG GTGTATCTAT TATAGATACT TCTATACCAG ATGCAGATGC AGAGCAAACC 
TTCTGTTTGT TAGATGATCC TACCGTTGCA GATCTAGAAG TAAATTCTGG TCAAAACATA 
ATTTGGTATG ATGCTCCTGT TGGCGGAACA GCATACAGCA CAACAGACCC ATTAATAGAT 
GGTGAAGTTT ACTATGCTTC TCAAACAATT GATGGTTGTG AAAGTACTCT AAGAGCAGAT 
GTTACTGTTA CAGTAAACGA TACTGCTACA CCAACAACTA CAGAATCTAA TCAGGAATTT 
TGTATTCAAG ACAACCCTAC TGTAGCAGAT TTACAGGTTA ATGAGACTGG TGTAACTTGG 
TATGATATGG CAACTGGAGG CACGGCATTT AATCCTACAG ATGCTTTAAT AGATGGACAG 
TCTTATTTTG GAGCATTAAC TGTTGATGGT TGTGACAGTA CTACACGATT AGAAGTTATT 
GTAACAATAG CTAACACGCC ACCACCAACA ACTACAGAAC CTAATCAAGA ATTCTGTATT 
CAGGACAACC CTACTATTGC AGATATTCAG GTTAATGAAA CTGGCGTTAT TTGGTATGAC 
ATGGCAACTG GAGGAACAGC GTATGATTCA ACAGATGCAT TGACTAATGG ACAAACGTAT 
TACGCATCTC AAACTTTAAA TAATTGCGAG AGTGCATCAA GATTAGCAGT AGTTGTTACA 
ATTTTTGAAA CTCCTACTCC TACCACAGAT AACACTGAAC AAGAATTCTG TTCTCAAGAT 
GTTCCTACTA TAGCAGACCT TATGGTTAAC GAAGCAGACG TAACTTGGTA CGATATGGCT 
ACTGGTGGTA CAGCTTATGA TCCAACAGAC GAGTTGGTTA ATGGGCAATC TTATTTCGCC 
TCTATCTTAG CAGATAATTG CGAAAGTGCG ACAAGGTTAG AAGTTGTGGC TACAATAAAT 
ACTACGCCAC CACCAACTAC AGATGATATT GCTCAAGAGT TCTGTATTCA AGATAACCCA 
ACGGTATCAG ACATAGATGT TAACGAGCCT GGAATCGTTT GGTATGATAT GGAAACTGGA 
GGTACAGCAT TGCCTGTAGA CGAGCCTTTA GTTGATGGTG TAACTTACTA TGCTTCACAA 
ACTATAAATA ATTGCGATAG CACATCTAGG TTAGCTGTAC AAGTTGAAGT TATCGAAACT 
CCTACGCCAA CTACAGATAG TACCGATCAA GAGTTCTGTA TTCAAGATAA TGCCACAATT 
GCAGATTTAC ATGTGAATGA ATCTAATGTA ACTTGGTTTG ACATGGCAAC TGGAGGAACA 
GCATACGATC CTACAGACGG TTTAGTAGAT GGCCAATCTT ATTACGCTTC AATAGTAGCA 
GATAATTGCG AAAGTGCTTC AAGGTTAGAA GTTTCAGTTT CAATCTTTGA AACTCAAACA 
CCTACAACTA ATGAAGCAAT TCAAGAGTTT TGCAGTCAAG ACAATCCAAC GATTGCAGAC 
CTACAAGTAA ACGAGCCAAA TATTACTTGG TATGATATGG CTACAGGCGG AACAGCCTAT 
AATGCTACAG ATGCATTGGT TGATGGACAA ACATATTTTG CATCACAACT AAGTAATAAT 
TGTGAAAGCG CAACACGTCT AGAAGTTACT GCAACTATTT ACAGCACACC ACCACCAACT 
ACAACAGATA GTACACAGGA TTTCTGTACT CAAGACAGTC CAACGGTTGG AGATATACAG 
GTTAATGAAC CTAATGTGAC TTGGTATGAT ATGGCGACAG GCGGAAATGC ATTTAGTAAT 
ACTGCTAGCT TAATTAATGG TCAAACATAT TATGGCTCAA TAATAGAAAA TGACTGCGAG 
AGCGTAACAA GGCTTGCCGT TACTGTTACT ATTAATGATA CACAAGCTCC TACAACGGTA 
GACTCTACAC AAGACTTTTG TATACAAGAC AATCCGACAA TTGCAGACTT ACAAGTAATA 
GGTACAGCTG TAATATGGTA TGATATGCCA ACTGGTGGCA CAGTATTTAA TAGTACAGAT 
ACTCTTGATG ATAACACTAT TTATTATGCC ACACAAACAC AAAATGGTTG TGAAAGTGAA 
GATCGTCTTG CAGTAAGTGT TTCAATATTT AATACACCAC CACCAACTAC TACTAACAGT 
ACACAAGAAT TTTGTATTTC AAATAACCCA ACAGTTGCAG ATTTACAAGT AAATGAAAGT 
AACGTTATAT GGTATGATGC TCCAACAAAC GGAACAGCGT TTAGTAATAC AGCATCATTA 
ATTAATGGTC AGGTTTACTA TGGTTCACAA ACTTTAAACG GCTGTGAAAG TGTGTCTCGA 
TTAGCAGTAA CAGTTATTAT TCGAAACACA GCTCCACCAA CTACTTTAAA TAATATGCAA 
GAGTTTTGTA TACAAGACAA CCCAACTATT GCAGATTTAC AAGTAAATGA AAGTGATGTT 
ATTTGGTATG ATATGTCTTC AGGAGGAACT ATTTTAAGTC CTAGTGAGCC TCTTATATCT 
GGTCAAACTT ATTATGGTGC TCAAAACATT AATGGTTGTG AAAGCAACAC CAGATTAGCT 
ATTGGTGTTA CAATATTTAA CACACCACCA CCAACTACTG CTAATGATAC TCAAACATTC 
TGTGCAGCAA ACAACCCTAC AGTTGGAGAC ATACAAGTAA ACGAATTAAA TATTACTTGG 
TACAACTCGG CTGCAGGCAC TACGCCATTA AATGACTCAG ATGCCTTAGT TGATGGGCAA 
ATTTATTATG CATCGCAAAC TTTAAATGGC TGCGAAAGTG TAACACGATT AGCGGTAACT 
ACTAATATAA CTAATACACC GCCACCAACT ACAGTTAATG CCAACCAAGA GTTTTGTGAA 
GTTAACAATC CTACTATAGC AGATATAGAA ATAAACGAAA CTAACATTAC TTGGTATGAT 
ATGCCAACAG GCGGAACAGC TTATAATTTA ACAGATGCGC TTACAGATGG TTTTACTTAC 
TATGCTAGCC AAACAGTAGA TGGTTGTGAA AGCTCTACAA GATTAGAAGT TAATGTATCA 
ATCTTTAGTT CAGATTCTGC TACAATTACA TCCAGTGCTT CAGGAGACGT TTGCCTTAAT 
ACTGTAATTA CCTATACAAC TGAGCCAGGT AACACAAATT ATATGTGGGA CTTTACTGGA 
GGAATGGTTG TTGCCGGCGG TGGTATAGAC GATAATACTA TCGAAATACT TTGGGACACT 
CAAGATAACA CTACTGTAAG TGTGTCTTAT GATGCTGCAA ATGCTTGTAG TTCTGGAGGA 
CCAGTTACAA TTAACGAGAT AGTTTCTGTA TGTGGAGATT TAGCAATTAC AAAAACTGTA 
GATGAAACTT CTCCAACTAT TGGTAGTGAA GTTACGTTTG TAATAAACGT TACTCATTCT 
GGACCAAATG ATTTCTTTGA TATTACAATT GATGAGGTAC TTCCTTCTGG TTATGAGCTT 
ATATCTTCTA ATGCAACAGT AGGAACTTAC ACATCTGCAA TTGGAGAATG GTTTATACCT 
ACTCTTATGA CAAACCAAAC TGCAAGCCTT ACAATTACAG CAGAAGTTTT AGGTGACGGA 
GATTATTTAA ATATTGCAAC TATTGAATCT TCTACACCAG AAGACACTAA CCCATCAAAC 
AACTCTGCAG AAGCCAGTGT AGATCCATTA TGTTTATTTG TTTATAGCCA GTTTTCTCCA 
AATGGAGATG GTATGAATGA AAACTTTACA ATCTCTTGTA TTGAAAGATT TCCAAATAAT 
GAAATCCAGA TATTTAATAG ATACGGAAGT TTAGTTTACA AAAAAGTAGG TTACAGAAAT 
GATTGGGACG GCACAGCAAA TGTAAGTAGT GTATCTAGTA ATGGCGAATT ACTCCCAGCA 
GGAACCTATT ATTACGTTAT AAAAATGAAT GACCAGGAAG ATAACCGTAT GTCTGGATGG 
GTTTACCTAA TCAAGTAA 

 

Protein sequence

MFQNLNAQTQ VYADAVVSQN NVLNSNYAIA ENGSFATLNS SGGLLAGGGA YTGEIELEFS 
STIPANTTTF VRIDFDNDLL NVLLGGALGD LLADTVGTIA LGDHFFNVEA RDNATTVLSA 
SSATGATDRF RVVVDRNGYF YIAITPDADY NRVYIEDATS TLLLGQENSM NVHHAFFYNE 
LGNNVTPLYS DFDESGLGLD VADLADSGVV NPQFAIDNNN SSFSEISLGT VSLGAGIQQN 
IYFAREYSNT DEFSITLKSE PALVAVGIQN NVVITALNDG AEVFSTTLGD VLNIDLLGLF 
ENGEIVTVPF APNINFDAVS ISLSSLQPVG ATQSINIYGI SIAGELLPGE VDNRVFADTV 
SNENNATNSG SAVGDNGNFA VLESFGGIAV GIGSYTGDIE LQYPEVVPAN TTSYIRIDFD 
DDVLNSLLGG SLGDLLADIV GTIALGDHFF NVEARNNTTT VLSESSSDLS TDRFRVVVDE 
FGFFYIAITP DSDYDRVYIE DVTNALLLGE TNTMNVHHAF YYSSTTPCAT NNLLTDFDDS 
GIGLDLLELQ NSGVTNPQFA IDENDSNFSQ LSLGVVSVGA GIQQNIYFSK DYSPQSEISV 
RLKTDPSLLT VGLVNNVVIS ALDDGTEVFS TTLSSGLDVD LLGLLSDGEI VDVTFAPNLT 
FDTVTVSLTS LEVVTVAQSL DLYGVSIIDT SIPDADAEQT FCLLDDPTVA DLEVNSGQNI 
IWYDAPVGGT AYSTTDPLID GEVYYASQTI DGCESTLRAD VTVTVNDTAT PTTTESNQEF 
CIQDNPTVAD LQVNETGVTW YDMATGGTAF NPTDALIDGQ SYFGALTVDG CDSTTRLEVI 
VTIANTPPPT TTEPNQEFCI QDNPTIADIQ VNETGVIWYD MATGGTAYDS TDALTNGQTY 
YASQTLNNCE SASRLAVVVT IFETPTPTTD NTEQEFCSQD VPTIADLMVN EADVTWYDMA 
TGGTAYDPTD ELVNGQSYFA SILADNCESA TRLEVVATIN TTPPPTTDDI AQEFCIQDNP 
TVSDIDVNEP GIVWYDMETG GTALPVDEPL VDGVTYYASQ TINNCDSTSR LAVQVEVIET 
PTPTTDSTDQ EFCIQDNATI ADLHVNESNV TWFDMATGGT AYDPTDGLVD GQSYYASIVA 
DNCESASRLE VSVSIFETQT PTTNEAIQEF CSQDNPTIAD LQVNEPNITW YDMATGGTAY 
NATDALVDGQ TYFASQLSNN CESATRLEVT ATIYSTPPPT TTDSTQDFCT QDSPTVGDIQ 
VNEPNVTWYD MATGGNAFSN TASLINGQTY YGSIIENDCE SVTRLAVTVT INDTQAPTTV 
DSTQDFCIQD NPTIADLQVI GTAVIWYDMP TGGTVFNSTD TLDDNTIYYA TQTQNGCESE 
DRLAVSVSIF NTPPPTTTNS TQEFCISNNP TVADLQVNES NVIWYDAPTN GTAFSNTASL 
INGQVYYGSQ TLNGCESVSR LAVTVIIRNT APPTTLNNMQ EFCIQDNPTI ADLQVNESDV 
IWYDMSSGGT ILSPSEPLIS GQTYYGAQNI NGCESNTRLA IGVTIFNTPP PTTANDTQTF 
CAANNPTVGD IQVNELNITW YNSAAGTTPL NDSDALVDGQ IYYASQTLNG CESVTRLAVT 
TNITNTPPPT TVNANQEFCE VNNPTIADIE INETNITWYD MPTGGTAYNL TDALTDGFTY 
YASQTVDGCE SSTRLEVNVS IFSSDSATIT SSASGDVCLN TVITYTTEPG NTNYMWDFTG 
GMVVAGGGID DNTIEILWDT QDNTTVSVSY DAANACSSGG PVTINEIVSV CGDLAITKTV 
DETSPTIGSE VTFVINVTHS GPNDFFDITI DEVLPSGYEL ISSNATVGTY TSAIGEWFIP 
TLMTNQTASL TITAEVLGDG DYLNIATIES STPEDTNPSN NSAEASVDPL CLFVYSQFSP 
NGDGMNENFT ISCIERFPNN EIQIFNRYGS LVYKKVGYRN DWDGTANVSS VSSNGELLPA 
GTYYYVIKMN DQEDNRMSGW VYLIK