| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1015 |
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| Symbol | uvrA |
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| ID | 7286933 |
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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 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | - |
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| Start bp | 833125 |
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| End bp | 836058 |
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| Gene Length | 2934 bp |
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| Protein Length | 977 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 643584025 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | YP_002481762 |
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| Protein GI | 220906451 |
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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 | 17 |
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| Plasmid unclonability p-value | 1 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.198775 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCGACC AGGGTGTATT CGCTCATTCC CCCCAGAATT CTCCCCAGGG CTGCATTCGG
GTCCGGGGCG CACGACAGCA TAACCTGAAA AATGTTGATC TGGACCTCCC TCGCGATCGC
TTAATCGTCT TTACAGGGGT ATCCGGTTCC GGCAAGTCCT CTCTGGCATT TGATACAATT
TTTGCGGAAG GGCAGCGTCG CTATGTGGAA TCTCTCAGTG CCTATGCCCG CCAGTTTTTG
GGGCAACTGG ATAAGCCGGA TGTGGATGCG ATCGAGGGAC TAAGCCCAGC CATTTCGATC
GATCAGAAAT CCACCTCCCA TAATCCCCGT TCTACAGTCG GGACGGTCAC CGAAATCTAC
GATTACTTAC GCTTGCTCTA CGGCCGGGCC GGTGAACCCC ACTGTCCCCA TTGCGATCGA
CCGATTTCGC CCCAAACCAT TGACCAGATG GTCGATCGCG TGATGGAACT GCCCGATCGC
ACCCGATTTC AAATTCTGGC CCCTGTGGTT AGAGGCAAAA AAGGAACCCA TAAAAAGCTA
CTGTCCAGTC TGGCGGCAGA TGGATTTGCG CGGGTCAGGG TGGATGGCGA GGTGCGGGAG
CTAAGTGATG CGATCGAACT GGATAAAAAT CACAGCCATC ATATTGAAAT CGTCGTCGAT
CGCTTGATCA AAAAAGCGGG GTTGGAAGAA CGGTTAACCG ATTCCCTCAG CACTTGCTTA
AAGCACTCAG AAGGAATTGC CTTAATCGAC ATTCTAGCTA CAGAAGAATC TAATAATGTG
ATTGCCCTGG GCGAACGGGG AGGTTTACCC AAAGCTGCAG AAAGTGGGGG GCATTATGGC
AAATCGAACG AGTTAGTTTT CTCAGAAAAT TTTGCCTGCC CGGTCCACGG AGCTGTGATG
GAAGAACTGT CTCCCCGGCT CTTTTCGTTC AATTCCCCCT ATGGGGCCTG TCCCGATTGT
CATGGCTTGG GCAGTTTACG CCGATTTTCA GCCGAACTGG TAATTCCCGA TCCCAAATTG
CCCGTTTATG CAGCGATCGC CCCCTGGTCA GAGAAAGACA ATACCTACTA TTTTTCTCTG
TTGCACAGCC TGGGAGAAGC ATTCGGATTT GATCTGAAAA CCCCCTGGAA TCAGCTCAGT
ACCGATCAGC AAGATATTAT TCTGCATGGC AGCCCTGAAC CGATTTTTGT GGAAGTTGAT
TCTCGCTATC GAGAACGCAA AGGCTATCAC AAAAAGTATG AAGGGGTTCT CCAGATGTTG
GAGCGGCAAT ATCAGGAAAC GAATTCCGAA CTTTATAAAC AAAAACTGGA ACAATATCTG
ATCGATCAGC GCTGTGAAAC CTGTGCCGGA AAACGCCTTA AACCGGAAGC TCTCTCAGTG
CGGCTAGGGC AGTATCGCCT GACGGATTTA ACCAGTGTTT CCATCCGCGA TTGCCGGGAA
CGGATTCTTA ACTTACAACT GAGCGATCGT CAGGCTCAAA TTGCCGATTT GGTCCTCCGG
GAAATTCGGG CCCGCTTACA ATTTCTTCTG GATGTTGGTT TAGATTATCT CACCCTCGAT
CGCAATGCCT CTACCCTCTC TGGGGGAGAA GCCCAACGCA TTCGTCTGGC CACTCAGATC
GGGGCTGGCT TAACGGGGGT GCTGTACGTT TTGGATGAAC CCAGTATTGG GCTACACCAG
CGGGATAATA CCCGACTCCT CCACACCCTG ACTAAACTGC GGGATCTGGG CAATACGCTG
ATTGTGGTCG AACACGATGA AGAAACGATT CGGGCTGCCG ATCATCTGGT CGATATTGGC
CCCGGCGCTG GGGTGCATGG TGGTCAGATT GTGGCTCAGG GTAACCTGGA GGACATTTTA
GCGACAGAAA CCTCCCTAAC TGGGGCCTAT CTATCCGGGC GGCGGCAAAT TGTTACTCCT
CCGGAGCGGC GGGAAGGCAA CGGTCGATCG CTCAAGATCA GAAATGCCCA TCGCAATAAT
CTCCAACACA TTGATGTCGA AATCCCCCTC GGTAAGCTGG TCTGTATCAC GGGTGTGTCC
GGTTCCGGCA AATCCACCCT GATGAATGAA TTGCTCTATC CCGCCCTGCA ACACCATTTT
GGTCATAAGA TTCCACTACC CAAAGAAATG GATCAGATTC TGGGCTTGAA TGGGCTGGAT
AAGGCCATTG TCATTGACCA GTCCCCGATC GGCCGCACCC CCCGTTCTAA CCCGGCCACC
TATACGGGCG TGTTTGACAC CATTCGGGAA GTTTTTGCTG AAACGGTAGA AGCCAAAGCC
AGGGGTTATA AACCAGGACA ATTTTCCTTC AACGTTAAGG GGGGACGCTG TGAAGCCTGT
GCTGGTCAGG GGGTGAATGT GATTGAAATG AACTTTCTGC CGGATGTCTA TGTCCAGTGT
GAAGTCTGTA AGGGGGCCAG ATATAACCGG GAAACCCTGC AGGTGAAGTA TAAGGGAGCT
TCGATCGCCG ATGTCCTGAG TATGACGGTT GAAGAAGCCC TGGACTTTGC ACAGAATATC
CCCAAAGCCG CCACTCGCTT GCAAACCCTG CTAGATGTGG GACTGGGCTA CATTCAACTG
GGGCAAACTG CTCCCACCCT TTCTGGTGGT GAAGCCCAGC GGGTAAAACT GGCCACCGAA
TTATCGCGCA GAGCCACGGG CAAAACCCTT TATTTGATTG ATGAACCCAC CACCGGCCTG
TCCTTCTACG ATGTTCACAA ACTTTTAGAT GTGCTGCAAC GCCTCGTCGA TAAAGGCAAT
TCCGTCCTGG TGATTGAACA CAATCTAGAT GTGATTCGTT GTGCTGACTG GGTGATTGAT
TTAGGCCCAG AAGGGGGCGA TCGGGGGGGG GAACTGGTGG CTGTGGGAAC ACCGGAACAG
GTAGCAGCCA ACCCCAACTC TTACACCGGA CAGTATCTCA AACAAGTGCT TTAA
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| Protein sequence | MADQGVFAHS PQNSPQGCIR VRGARQHNLK NVDLDLPRDR LIVFTGVSGS GKSSLAFDTI
FAEGQRRYVE SLSAYARQFL GQLDKPDVDA IEGLSPAISI DQKSTSHNPR STVGTVTEIY
DYLRLLYGRA GEPHCPHCDR PISPQTIDQM VDRVMELPDR TRFQILAPVV RGKKGTHKKL
LSSLAADGFA RVRVDGEVRE LSDAIELDKN HSHHIEIVVD RLIKKAGLEE RLTDSLSTCL
KHSEGIALID ILATEESNNV IALGERGGLP KAAESGGHYG KSNELVFSEN FACPVHGAVM
EELSPRLFSF NSPYGACPDC HGLGSLRRFS AELVIPDPKL PVYAAIAPWS EKDNTYYFSL
LHSLGEAFGF DLKTPWNQLS TDQQDIILHG SPEPIFVEVD SRYRERKGYH KKYEGVLQML
ERQYQETNSE LYKQKLEQYL IDQRCETCAG KRLKPEALSV RLGQYRLTDL TSVSIRDCRE
RILNLQLSDR QAQIADLVLR EIRARLQFLL DVGLDYLTLD RNASTLSGGE AQRIRLATQI
GAGLTGVLYV LDEPSIGLHQ RDNTRLLHTL TKLRDLGNTL IVVEHDEETI RAADHLVDIG
PGAGVHGGQI VAQGNLEDIL ATETSLTGAY LSGRRQIVTP PERREGNGRS LKIRNAHRNN
LQHIDVEIPL GKLVCITGVS GSGKSTLMNE LLYPALQHHF GHKIPLPKEM DQILGLNGLD
KAIVIDQSPI GRTPRSNPAT YTGVFDTIRE VFAETVEAKA RGYKPGQFSF NVKGGRCEAC
AGQGVNVIEM NFLPDVYVQC EVCKGARYNR ETLQVKYKGA SIADVLSMTV EEALDFAQNI
PKAATRLQTL LDVGLGYIQL GQTAPTLSGG EAQRVKLATE LSRRATGKTL YLIDEPTTGL
SFYDVHKLLD VLQRLVDKGN SVLVIEHNLD VIRCADWVID LGPEGGDRGG ELVAVGTPEQ
VAANPNSYTG QYLKQVL
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