| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_0398 |
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| Symbol | |
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| ID | 7109255 |
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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 | Cyanothece sp. PCC 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | + |
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| Start bp | 432461 |
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| End bp | 435682 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 643478672 |
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| Product | Endonuclease/exonuclease/phosphatase |
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| Protein accession | YP_002375733 |
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| Protein GI | 218437404 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2374] Predicted extracellular nuclease |
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| TIGRFAM ID | [TIGR03661] type 1 secretion C-terminal target domain (VC_A0849 subclass) |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 56 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTACTAA CGACATTTAT CAACGAAATT CATTACGACA ACGACGGCAC TGATATAGGA
GAATTTATTG AAATTGCCGG TTTATCAGGA ACTAATCTGA CAGGCTGGAG AATCATTCTC
TACAATGGGG CAAATGGTTT AGTCTATGAT ACGACTAATC TGAGTGGGTC AATTCCCAAT
CAAAATAATG GCTTAGGAAC AGTTGTCGTT AATTATGCCA CCAATGGCAT CCAAAACGGT
TCTCCTGATG GGATTGCCCT AGTGGATAAT AATAACAACG TCCTACAATT TTTAAGCTAT
GAAGGCAGTT TTACCGCTAT AGACGGAGTA GCAGCCGGTT TAACCAGTAC CAATATTGGT
GTGCAAGAAA GTAGCAGTAC CCCTATCGGT TTTTCCTTAC AATTAACCGG CGACGGAACA
GTTTATTCTG ATTTTACTTG GACTGGGCCG ATCGCTAATA CCTCCGGAGC AATTAATACT
GGTCAGTCTT TTGGGGGTGT TGTTAATCCG GCGACTCCTG TTATTAATGA ATTTGTTTTT
GATCACACTG GTTCTGATAT TTTCGAGTAT GTAGAAATTT TTGGGAATGC TAATACAGAT
TACAGTAATT TTTCTCTGCT ACAAATTGAA GGAGATAGTA ATTCCCCAGG AACAATTGAT
AGCGTTTATA CCCTAGGAAC GACTAATTCT AACGGTTTTT GGACAACTGG ATTTTTAAGT
AATGTGTTTG AAAACGGCAC AGTTACCCTA TTATTAGTCG AGAATTTTAC GGGAAATATA
GGATTTGATC TCGATACTAA TAATGATGGA ACTCTTGATT TAACTCCTTG GGGCAATCTA
GTTGATAGCG TCGCCGTAAG TGATGGGGGA ACAGGAGATT TAATCTATAC CAATGTTGTG
TTAACTCCGG GTTTTGATGG TGTATCTTTC AAAGTTGGGG GTGCGTCTCG GATTCCTAAC
GGTCAAGATA CGGATACAGT TAACGATTGG ACGCGCAATG ATTTTGATGG AGAAGGCATT
GCCGGACTTC CCGGTTCACC CCAAGAAGGA GAAGCTCTCA ACACTCCAGG GGCAACTAAT
GAATTAGTGG AAATTACGCC CCCACCCCCT GAAATTATCC CCATTTACCA GATTCAAGGC
GCTGGTCATA CCTCATCCTT TGTCGGTCAA TCTGTCACTA CTCAGGGTAT TGTCACAGCG
ATGGCCTCTA ACGGATTTTA CTTACAGAGT CCTACGGATG ATGGAAATAT TGCCACCTCT
GAGGGGATTT TCGTTTTTGC CGGCTCTAAT TTTTCCCCAA GCTTTGCGGT AGGGGACTCT
CTCCAAGTTC AGGGGACAGT GAGTGAATTT TTACCCGGAA ATAACTCGCA AAACTTAAGC
ATTACTCAAC TGGTTAATCC GACTATTACC CCCTTAGCAA ATTCCCTCGG TCAAATTTCC
CCAACTATCA TCGGTAATGG CGGAAGAATT CCCCCAACTT CCATCATCGA AGATGATAAT
TTTACGAGTT TTGATCCTCT TAACGATGGC ATTGACTTCT ACGAAAGTTT AGAAGGAATG
TTAGTCCAAG TTAATGATAC TTTAGTGGTT GCTCCGACTA ATAATTTTGG GGAAATTTGG
CTAGTGGGAG ACAACGGAAC TAATGCAACT GGAATTAATA ATCGTGAGGG GATTACGATT
AGTGAAGATG ATTTTAATCC CGAACGAATT CAAATTGATG ATGGTCTTTT TGCGGGGGGT
TCTCCAACGG TTAATGTAGG AGACAGTTTA GGAAATGTAA CCGGGGTCGT TAGTTATAAT
TTTGGTAACT ATGAAGTATT GCCAACGGTT GCGCCCACAG TTCAAGGGGG AACTTTAGTT
AAAGAAACTA CAATTTTAAC CCCTACAACC GATCAATTAA CCGTTGCTAG TTATAACGTT
GAAAATCTCG ATCCCAACGA TAATGACGGA GATACAGACA TTGCAGACGG TCGATTTACT
GCGATCGCTG AACAAATTGT TAACAACCTC AAAACCCCTG ATATTATCGC CTTACAAGAG
GTTCAAGATA ATGACGGATC AGTTAATAGT AATATTGTTG ATGCGAGTCT TACTTATCAA
ACTCTAATTG ATGCCATTGT TGATGCGGGA GGGCCTCGTT ACGAATTTGC GGATATTCCT
CCTATTGATG ACCAAAGTGG CGGTCAACCT GGAGCTAATA TTCGAGTCGG TTATCTCTAT
AATCCTAACC GAGTTGATTT AATTGAAGAG TCTTTAACTC GGATTGAAGA TCCTAATCTT
GCTGATGGGA ATGCCTTTGA AAATAGCCGT AATCCTCTAG CAGCAACTTT TGTTTTTAAC
GAGCAAGAAG TCACTTTAGT TAATAATCAT TTTGCTTCTA AAGGCGGTAG TAGTCCCTTA
TTTGGTTCAG TTCAACCGCC GATTAATGGG AGTGTAGATC AGCGAATTGA ACAAGCACAA
GTGGTTAACA ATTTCGTTAG CAATATTTTA GGAAGTAATC CAGATGCAAA CGCAATTGTA
TTAGGAGATT TAAACGAGTT TCAATTCTTC TCTCCCTTGG AAATCTTACA GCAAACTCTC
AACAATTTAA CCTTTAGTCT GCCAGAAAAT GAGCGTTATT CCTATATTTT TGAAGGGAAC
TCTCAGCAAT TGGATCATAT TTTGGTTAGT GATAATTTGC TCAATAGTGC TGAATTTGAT
ATTGTCCACA TTAATAGCCA ATTCGCTGAC CAAACCAGCG ATCATGATCC TTTATTAGCC
CGGTTTAATC TTGCTCCTAT TTTCAATGAA ATTACAGGAA CATTCCGTCG AGATATTCTC
AATGGAACTG ACGGAAACGA TCGTATTTTG GGGTTAGGAG GAGCAGACCG AATTGCCGCC
GGTAAGGGTA ATGATATGAT TATTGGGGGT AATGGGGTTG ATGTTTTATC TGGCGGTGAA
GGAAACAACA TTTTTGTTTA TGAAACTCTA GGAGATGGCT TTGATTTCAT CGTTGATTTT
AACCCTTCAA AAGACAGAAT TGATTTCAGT CAAATTTTAG CTAATCCTAA TTATGGCAGT
AGTACGCCTT TTGAAGATTA TATTTTCCTC TCTTCTTCAG GAGGAAATAC TATGGTTGAG
ATTGATCCAA ATGGGGATAT TGTCTCATCT TCACAGAAAT TAATGGTCGT TTTACAAGGA
GTTAATCTGG GTAATTTAAG CCCTAACAAT TTTATTCTCT AA
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| Protein sequence | MVLTTFINEI HYDNDGTDIG EFIEIAGLSG TNLTGWRIIL YNGANGLVYD TTNLSGSIPN
QNNGLGTVVV NYATNGIQNG SPDGIALVDN NNNVLQFLSY EGSFTAIDGV AAGLTSTNIG
VQESSSTPIG FSLQLTGDGT VYSDFTWTGP IANTSGAINT GQSFGGVVNP ATPVINEFVF
DHTGSDIFEY VEIFGNANTD YSNFSLLQIE GDSNSPGTID SVYTLGTTNS NGFWTTGFLS
NVFENGTVTL LLVENFTGNI GFDLDTNNDG TLDLTPWGNL VDSVAVSDGG TGDLIYTNVV
LTPGFDGVSF KVGGASRIPN GQDTDTVNDW TRNDFDGEGI AGLPGSPQEG EALNTPGATN
ELVEITPPPP EIIPIYQIQG AGHTSSFVGQ SVTTQGIVTA MASNGFYLQS PTDDGNIATS
EGIFVFAGSN FSPSFAVGDS LQVQGTVSEF LPGNNSQNLS ITQLVNPTIT PLANSLGQIS
PTIIGNGGRI PPTSIIEDDN FTSFDPLNDG IDFYESLEGM LVQVNDTLVV APTNNFGEIW
LVGDNGTNAT GINNREGITI SEDDFNPERI QIDDGLFAGG SPTVNVGDSL GNVTGVVSYN
FGNYEVLPTV APTVQGGTLV KETTILTPTT DQLTVASYNV ENLDPNDNDG DTDIADGRFT
AIAEQIVNNL KTPDIIALQE VQDNDGSVNS NIVDASLTYQ TLIDAIVDAG GPRYEFADIP
PIDDQSGGQP GANIRVGYLY NPNRVDLIEE SLTRIEDPNL ADGNAFENSR NPLAATFVFN
EQEVTLVNNH FASKGGSSPL FGSVQPPING SVDQRIEQAQ VVNNFVSNIL GSNPDANAIV
LGDLNEFQFF SPLEILQQTL NNLTFSLPEN ERYSYIFEGN SQQLDHILVS DNLLNSAEFD
IVHINSQFAD QTSDHDPLLA RFNLAPIFNE ITGTFRRDIL NGTDGNDRIL GLGGADRIAA
GKGNDMIIGG NGVDVLSGGE GNNIFVYETL GDGFDFIVDF NPSKDRIDFS QILANPNYGS
STPFEDYIFL SSSGGNTMVE IDPNGDIVSS SQKLMVVLQG VNLGNLSPNN FIL
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