Gene Cpha266_1603 details

Gene Information

• Locus tag: Cpha266_1603
• ID: 4571126
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Chlorobium phaeobacteroides DSM 266
• Kingdom: Bacteria
• Replicon accession: NC_008639
• Strand: +
• Start bp: 1821837
• End bp: 1825349
• Gene Length: 3513 bp
• Protein Length: 1170 aa
• Translation table: 11
• GC content: 45%
• IMG OID: 639766184
• Product: Eco57I restriction endonuclease
• Protein accession: YP_912048
• Protein GI: 119357404

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 0.741912
• 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

ATGAATAAAC AACAGGGCAA AGAACTGATC GACAAAGTCT TTACGCACTC TTTTGAGCGT 
GAGCGCTACC AAGATTTTCT GCGAAACCTT CTGAATGAGA TCGAGCCGGG TTCACGTGCC 
GGAAGGCGTT ACGTTGGCCA ATGGATCAAA GCGCCATTCA GAGCATTGGT CAATCAATAC 
TGGTGCTTGG GCAAATATGT CGATCCTGAT GGTGAAGAAC TCGATTTGCT GGTTGTCGAA 
GTCAACTCGT TCACCAAGCT CGAACGCGCC CGCTCAGCGC TTCGCAATTT TGCAGTCAGT 
TGTCTCAAAG AGTTCGGCAA AGATCAGTCA TTGATCGCAT TTTATGCCAA AGATGATGGC 
GGCGCTGACT GGCGCTTTTC ATTCGTCAAG ATCGAATACA AATCCTACAA AGATAAATCG 
GGAAAAATCA AACCCGGAAA AGAGCTTACT CCCGCCCGGC GTTACTCCTA CCTGGTCGGC 
AAGCGCGAAA AAAGCCATAC CGCCGGCAGG CAGTTGATGC CGATTCTGCT CATGGATTCG 
GTCAATCCGC GCCTCGAAGA GATCGAACAG GCATTTTCCG TTGAGACGGT CACAGACGAG 
TTTTTCGAGC AGTACAAGGC GCTCTTTCGC AATCTGAGCG ATCACCTGCA AACGCACCCA 
TGGTTCCAGC GAGCCGATGA GATCGAAACG GAAGAGCAGG TCAGCCGCTT TGCCAAAAAA 
CTGCTCGGTC AGATCGTCTT TCTCTATTTT TTACAGAAAA AAGGGTGGCT TGGAGCACCC 
GAAAGCGGCA AATGGAAGGA TGGATCGAAA CGATTTCTGC GCGATTTGTT CGACCATGCC 
GTTGAGTCCG GTGTGAACTA CTATAGCGAT GTACTCTGCT ACCTCTTTTA CGAAGCGCTT 
GCCTGCGAGC GCAAAGGCCC GGTTGATTCC GGTTATTACG AGCGCTTCGA CTGCCGGGTA 
CCATTTCTGA ACGGTGGCTT GTTCGAGGCC GGCGACTACG ACTGGCAGAA CGCTTCCCTC 
GATATCCCCG ATGCCTTCTT TCACAACCAG GAAAAGACCA AAGCAGGCGA TACCGGCACC 
GGAATTCTCG ATGTGTTTGA CCGCTACAAC TTCACCATAC GCGAAGACGA ACCCCTCGAC 
AAGGAGGTTG CCGTCGATCC CGAAATGCTC GGCAAGGTAT TTGAAAAAAT GCTCTCCGAC 
GGCGAACGCA AAGGCAAAGG CGCATTCTAC ACGCCTCGCG AAATCGTCCA TTACATGTGT 
CAGGAAAGCC TTGTCCAATA CCTTGACAAC CGCATCAACG CTATCCCGAC CGGCTACGAA 
GAACTCGGCC TGTCGCAGAT CAGTATGTTT GCCGACAGCA CACCAACAGG GCAAATTGCC 
ATGACCATCG AGCATCATGG AATTCGCGTG CCGAGAAAGG ATATCGAAAA GCTGATACGC 
AAGGGATACC TTTTTGTCCA GAACGATGAA GTGGCAATGG CTGCACTGCA TCGTGTCGAG 
CAAGGTGATC AGAAAACAAC GAAACATACC GTTGAGCTGC CGAATACGGT CAGAATCCAT 
GCCAGAGATA TCGATGCAGC ATTGGCCGAC ATCAAGATCT GCGACCCCGC CATTGGCTCC 
GGTGCATTCC CCGTCGGCAT GTTGCACGAA ATCGTGGCCG CCCGCCAGGC GCTCGCCCAT 
CACACCGGCA ATACGAGCAG TTCCTACGTT CTGAAACGCC ACGCCATCGC CGAAAATCTC 
TATGGCGTTG ATGTTGACCC GTCGGCTATC GACATTGCTC GCTTGCGGCT CTGGCTCTCG 
CTCATCGTTG ACGAAGAGGA TTACGGCACC ATCGAACCCC TGCCGAACCT CGACTACAAA 
ATTATTCAGG GGGATTCGCT CATCGGCATC GACATCGATC CGCTTTTCAA CAAAAAGTTG 
TTGGATGCTA TTGAAGACAA AAAGAAAGCG TTTTTCGATA CCACGGATCA CGGTATAAAG 
GAAAGGCTTG GCAAAGAGAT CGATACGCTG ATTCATGAAA TAACGAACGG GAAGAAGCAC 
TTCGATTTTA GAGTGTATTT CTCTGAAGTC TGGCATCTGA AAGATGGGTT CGATGTGGTC 
ATTGGCAATC CGCCATACTT TAATATTGAT ATTTACGGCG CAGGATCTCC AATGCAAGCT 
TACCTAAAGA AGAATTACTC TGTCTATATG GATAAGAGTG ATATTCTTTT TTATTTTTTT 
GAAAAAGCTG TTTTGATTTC AAAAGGTATT GTTGCTTTTA TTACATCTAA TGCATTTCTG 
AATGCAGAAA AGGCAAATAA ATTGAGGGGG TATTTGATTA ATAATAATCT TGTTAGAAGG 
ATTATTAATT TTGAAAATCT TATGATTTTT CAGGAAGCCA GCATTACAAC CGCAATTACT 
TTATTGTATA AGTCACAACA AAAAGCAAGA TATCTGAATT TAAACGCTTC AAAATATTCC 
GATGGCGAGC TTGAGAAACT GATGAATATC GAAACTAATT ATATTGAGGC ATCTGATTGG 
AATGCTGATG GATTTACTTT AATAGATAAT CATCATAAGC AAATTATTGA TAAGATTGAA 
AATGGAAAGT CAAAGCTTAA ACAGCTATAT AAGATTGGAA GCGGAATGCA GACCGGCTGT 
AATGATGTCT TTGTTTTTAA GAAAATACCA AGCGGTTTTC CGGAATATCT TTTAAAGAAA 
AGAATGAGCG GAGAGAATAT TAATAAATAT TCTTTTTCAG AAAATTCAGA ATGGATTCTT 
TATGTTGAAA ACGTTGATTT GTTTGAAAAA TTGCACGAAT CAGTAAGACA ATACCTTTTG 
CTTAATCAAG ATAAGTTACG CAAAAGGGCT GATAAAAAAA GGAGAACTAC AGCTAAATGG 
TGGAACTTTA CCTTTGCGAT GCATAAAGAG TATTATGGGT ATGATAAGAT CTGGTGTTCA 
TATAGAGCAA ATAGTAATGT ATTTTGTTTT GATGATAAGG GCGAACATGT AGGTCTTACG 
AATACCACTG TTATTTTTAA TACTAATAAT AACATATTAT TCAAATATCT TCTCGCTTTG 
CTTAATTCAG AGGTGCTAAC ATTTAGATAT TATTTTATAG GCAAAAAAAC CGGGAATAAT 
CTTTTAGAGT ATTTTGAAAA TGGGGTTGGT CGTCTTCCAA TAGCATTGGC AGAAAGACAA 
GTTCAAGAAT ATATTTCAAT TTTTGTGGAC TATGTGAGAT TCTTATCCGA TAAGAATAAG 
AATAATATGA TGACATACTT GATTGGGGTT ATCGATTGCC TCGTCTATGA ACTCTACTTT 
CCTGATGAAC TCAAAGCCGC CGGGAAAGAG CTTCAGCCTC ATATCGGCAA TCTGGCGCCG 
CTTGCAGACG ACATGCCCGA AGAACAAAAA CTCGCCATCA TCCAGCGCGA ATTCAACCGT 
CTCTCTGATC CCTCTCACCT TGTTCGCCAG CGTCTCGACA GCCTCGACGA AGTGAATGTT 
GTGCGGACTG TACGAGCAGC GCTGAGGAGG TGA 

 

Protein sequence

MNKQQGKELI DKVFTHSFER ERYQDFLRNL LNEIEPGSRA GRRYVGQWIK APFRALVNQY 
WCLGKYVDPD GEELDLLVVE VNSFTKLERA RSALRNFAVS CLKEFGKDQS LIAFYAKDDG 
GADWRFSFVK IEYKSYKDKS GKIKPGKELT PARRYSYLVG KREKSHTAGR QLMPILLMDS 
VNPRLEEIEQ AFSVETVTDE FFEQYKALFR NLSDHLQTHP WFQRADEIET EEQVSRFAKK 
LLGQIVFLYF LQKKGWLGAP ESGKWKDGSK RFLRDLFDHA VESGVNYYSD VLCYLFYEAL 
ACERKGPVDS GYYERFDCRV PFLNGGLFEA GDYDWQNASL DIPDAFFHNQ EKTKAGDTGT 
GILDVFDRYN FTIREDEPLD KEVAVDPEML GKVFEKMLSD GERKGKGAFY TPREIVHYMC 
QESLVQYLDN RINAIPTGYE ELGLSQISMF ADSTPTGQIA MTIEHHGIRV PRKDIEKLIR 
KGYLFVQNDE VAMAALHRVE QGDQKTTKHT VELPNTVRIH ARDIDAALAD IKICDPAIGS 
GAFPVGMLHE IVAARQALAH HTGNTSSSYV LKRHAIAENL YGVDVDPSAI DIARLRLWLS 
LIVDEEDYGT IEPLPNLDYK IIQGDSLIGI DIDPLFNKKL LDAIEDKKKA FFDTTDHGIK 
ERLGKEIDTL IHEITNGKKH FDFRVYFSEV WHLKDGFDVV IGNPPYFNID IYGAGSPMQA 
YLKKNYSVYM DKSDILFYFF EKAVLISKGI VAFITSNAFL NAEKANKLRG YLINNNLVRR 
IINFENLMIF QEASITTAIT LLYKSQQKAR YLNLNASKYS DGELEKLMNI ETNYIEASDW 
NADGFTLIDN HHKQIIDKIE NGKSKLKQLY KIGSGMQTGC NDVFVFKKIP SGFPEYLLKK 
RMSGENINKY SFSENSEWIL YVENVDLFEK LHESVRQYLL LNQDKLRKRA DKKRRTTAKW 
WNFTFAMHKE YYGYDKIWCS YRANSNVFCF DDKGEHVGLT NTTVIFNTNN NILFKYLLAL 
LNSEVLTFRY YFIGKKTGNN LLEYFENGVG RLPIALAERQ VQEYISIFVD YVRFLSDKNK 
NNMMTYLIGV IDCLVYELYF PDELKAAGKE LQPHIGNLAP LADDMPEEQK LAIIQREFNR 
LSDPSHLVRQ RLDSLDEVNV VRTVRAALRR