| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9211_18501 |
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| Symbol | uvrA |
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| ID | 5730184 |
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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 | Prochlorococcus marinus str. MIT 9211 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009976 |
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| Strand | - |
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| Start bp | 1680489 |
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| End bp | 1683428 |
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| Gene Length | 2940 bp |
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| Protein Length | 979 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 641286237 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | YP_001551735 |
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| Protein GI | 159904391 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0178] Excinuclease ATPase subunit |
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| TIGRFAM ID | [TIGR00630] excinuclease ABC, A subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.95453 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 12 |
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| Fosmid unclonability p-value | 0.0541711 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTCCTT CATTGGATAA AAATAAAAGA AAATCTTTAA CCATTGAATC GCATGAAGAT
GTAATACGAA TTCGTGGTGC GCGTCAACAT AATCTAAAGA ACATTGATTT AACGATTCCA
AGGAATAGTT TTATTGTTTT TACAGGTGTA AGCGGTAGTG GTAAAAGCTC CTTGGCCTTT
GACACTATTT TTGCTGAGGG CCAACGCCGT TATGTTGAAA GTCTTTCTGC TTATGCACGT
CAATTTTTAG GTCAAGTTGA TAAACCTGAT GTAGATGCCA TAGAAGGCTT ATCTCCAGCA
ATTTCAATCG ATCAAAAATC AACCAGTCAT AACCCACGTT CAACTGTTGG GACAGTTACT
GAAATACAGG ATTATTTACG TTTGTTGTTT GGTAGAGCAG GAGAGCCTCA TTGCCCTGAA
TGTCATAGAC CTATTAAGCC TCAAACCATA GATGAAATGG TTGATCAAAT ACTTTCTTTG
CCTGAAGGCA CTCGATATCA ACTACTTTCT CCCGTTGTAA GAGGCAAAAA AGGCACTCAT
GCCAAATTAT TGTCGGGATT AGCTTCAGAA GGCTTTGCTC GGGTACGAAT TAATAAAGAG
GTACGAGAAT TGTCAGATAA TATTGAACTT GATAAAAATC ATTCTCATTC AATAGAAGTT
GTTGTAGATC GTTTAATTGC CAGAGAAGGT ATTCAAGAAC GTTTAACAGA CTCTTTACGA
ACGGCATTGA AGCGGGGAGA AGGTTTGGCT TTAATTGAGG TGGTGCCTAA AAAGAATGAG
GAGCTACCCA AAAATTTAGA ACGAGAAAGA CTTTTTTCGG AAAATTTTGC GTGCCCTATT
CATGGAGCTG TTATTGAAGA ACTCTCTCCT CGATTATTTT CTTTTAATAG TCCTTATGGC
GCATGCCCAG AATGTCATGG GATAGGGCAT TTGAAAAAGT TTACTCTTGA TCGAGTAGTA
CCTGACCCTT CTCTGCCTGT ATATGCTGCA GTTGCTCCGT GGAGTGATAA GGATAACTCT
TATTATTTTT CTTTGCTGTA TTCAGTTGGT GAAGCATTTG GTTTTGAAAT TAAAACGCCA
TGGAAAGAAT TAACCCAAGA GCAGCAAGAT GTTTTGCTTA ATGGTTCTGA AAAACCAATT
TTGATACAAG CTGATAGTAG ATATAAGCAA AAAGGGGGGT TTAAACGTCC TTTTGAAGGC
ATTCTTCCTA TTTTGGAAAG GCAATTAAGT GATGCAAATG GAGAATCAGT TCGACAGAAA
TTAGAAAAAT ATTTAGAGTT AGTACCTTGT TCTACTTGCT CGGGTAAAAG ACTTCGACCA
GAGGCTTTAG CTGTCAAGAT AGGACCATAT GCAATTAATG AATTTACAGA AACGAGCGTT
TCGCAAACTC TTGAACGTAT TGAACAATTA ATGGGTGTAG GAGAGTCAAC TGCAGCTTCT
ACTCCTTTGT TAACTCCTCG GCAAATTCAA ATTGCAGATT TGGTTTTAAG AGAAATTCGC
TTACGATTGA AGTTTCTTCT TGATGTTGGC CTTGATTATC TTTCTTTAGA TAGACCTGCG
ATGACTTTAT CTGGAGGAGA GGCTCAAAGG ATTCGCTTAG CAACTCAGAT TGGAGCTGGT
TTGACAGGTG TTCTTTATGT ATTGGATGAG CCGAGTATTG GATTGCATCA AAGAGATAAT
GATCGGCTAT TGACTACTCT TCAGAGATTA CGTGATTTGG GTAATACACT TATTGTTGTG
GAGCATGATG AAGACACTAT TCGTGCTGCT GATTATTTGG TTGATATTGG TCCTGGAGCT
GGTGTTCATG GAGGTGAGAT AATAGCTGAG GGATCAATAG ATAACTTATT AGCTGCAAGT
AAATCTTTGA CTGGTGCATA TTTAAGTGGC CGTTCGGCAA TACCGACACC TAAAGAACGT
CGAAAAAGTG GTAAGAAACA TCTTCGTTTA ATTAATTGTG ACCGTAATAA TTTACAGAAT
ATATCAGTAG ATTTTCCTTT AGGTCGTTTG GTAGCTGTTA CAGGAGTGAG TGGAAGTGGT
AAAAGCACTT TGGTTAATGA ATTGTTGCAT CCTGCTATTA ATCATGAATT AGGTTTGAAA
GTTCCTTTTC CGAAAGGTAT GAAGGAGATC CGTGGAATTA ATGCTATTGA TAAAGTAATT
GTGATTGATC AATCACCTAT TGGTAGAACA CCGCGATCTA ATCCTGCTAC CTATACAGGT
GCTTTTGATC CAATTAGGCA AATTTTTGCA GCTGCCGTGG AGGCTAAAGC TAGAGGATAT
CAAGTTGGTC AATTTAGCTT TAATGTTAAA GGGGGTCGAT GTGAAGCTTG CCGAGGTCAA
GGTGTAAATG TAATTGAAAT GAATTTTTTG CCAGATGTTT ATGTTCAGTG TGATGTTTGT
AAGGGTGCTC GATTTAATAG AGAAACTTTG CAAGTCAAGT ATAAAGGCTA CACAATTGCC
GATGTATTAG AGATGACTGT AGAGCAATCA GTAGATGTAT TCTCTGCAAT TCCTCAAGCT
GCTGATAGGT TAAGAACCTT AGTCGATGTT GGCCTTGGTT ATATAAAGTT AGGCCAACCG
GCACCAACAC TTTCAGGAGG TGAAGCACAG CGAGTCAAAC TTGCCACAGA ATTATCTCGT
AGGGCAACAG GCAAAACTGT GTATTTGATA GATGAGCCAA CTACAGGACT TAGTTTTTAT
GACGTTCATA AATTAATGGA TGTGATTCAA CGGCTAGTAG ATAAAGGGAA TTCCATTATT
GTTATTGAAC ATAATCTTGA TGTTATTAGA TGCTCGGATT GGATTATTGA TTTGGGCCCT
GATGGTGGTG ATCGTGGAGG CAATGTCATT GCTACTGGGA CTCCCGAAGA AGTGGCTGAA
CACTCAGATA GTTATACCGG CAGCTATTTG AAGAATGTTT TAGCAAAACA TCCCCCTTAG
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| Protein sequence | MSPSLDKNKR KSLTIESHED VIRIRGARQH NLKNIDLTIP RNSFIVFTGV SGSGKSSLAF
DTIFAEGQRR YVESLSAYAR QFLGQVDKPD VDAIEGLSPA ISIDQKSTSH NPRSTVGTVT
EIQDYLRLLF GRAGEPHCPE CHRPIKPQTI DEMVDQILSL PEGTRYQLLS PVVRGKKGTH
AKLLSGLASE GFARVRINKE VRELSDNIEL DKNHSHSIEV VVDRLIAREG IQERLTDSLR
TALKRGEGLA LIEVVPKKNE ELPKNLERER LFSENFACPI HGAVIEELSP RLFSFNSPYG
ACPECHGIGH LKKFTLDRVV PDPSLPVYAA VAPWSDKDNS YYFSLLYSVG EAFGFEIKTP
WKELTQEQQD VLLNGSEKPI LIQADSRYKQ KGGFKRPFEG ILPILERQLS DANGESVRQK
LEKYLELVPC STCSGKRLRP EALAVKIGPY AINEFTETSV SQTLERIEQL MGVGESTAAS
TPLLTPRQIQ IADLVLREIR LRLKFLLDVG LDYLSLDRPA MTLSGGEAQR IRLATQIGAG
LTGVLYVLDE PSIGLHQRDN DRLLTTLQRL RDLGNTLIVV EHDEDTIRAA DYLVDIGPGA
GVHGGEIIAE GSIDNLLAAS KSLTGAYLSG RSAIPTPKER RKSGKKHLRL INCDRNNLQN
ISVDFPLGRL VAVTGVSGSG KSTLVNELLH PAINHELGLK VPFPKGMKEI RGINAIDKVI
VIDQSPIGRT PRSNPATYTG AFDPIRQIFA AAVEAKARGY QVGQFSFNVK GGRCEACRGQ
GVNVIEMNFL PDVYVQCDVC KGARFNRETL QVKYKGYTIA DVLEMTVEQS VDVFSAIPQA
ADRLRTLVDV GLGYIKLGQP APTLSGGEAQ RVKLATELSR RATGKTVYLI DEPTTGLSFY
DVHKLMDVIQ RLVDKGNSII VIEHNLDVIR CSDWIIDLGP DGGDRGGNVI ATGTPEEVAE
HSDSYTGSYL KNVLAKHPP
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