| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_4561 |
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| Symbol | |
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| ID | 7108311 |
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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 | 5039606 |
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| End bp | 5042629 |
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| Gene Length | 3024 bp |
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| Protein Length | 1007 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643482779 |
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| Product | exonuclease SbcC |
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| Protein accession | YP_002379792 |
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| Protein GI | 218441463 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | [TIGR00618] exonuclease SbcC |
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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 | 59 |
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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 | ATGATTCCCT TACACTTAAC CTTAAAAAAC TTTCTCAGTT ATCAAGAGGC TTCATTAGAT
TTTCGAGGAC TCCATACGGC TTGTGTATGT GGAGCTAATG GGGCTGGAAA ATCTTCCCTT
TTAGAAGCCA TTACTTGGGC AATTTGGGGG GAAAGTCGGG CAGCGAGTGA AGATGATGTT
ATTCATACCG GCGCTGAAAA TGTACGGGTT GATTTTGAAT TTATTTGTAA TAGTCAATGT
TATCGAATTA TTCGCACTCG TCAAAGAGGA AAGGGAGGCT CATTAGATTT TCAAATTGCC
AGTAGTAGCG GGTTTAAAAC TATAAATGGG AAAGGATTAA GAGGGACTCA AGAGGCTATA
ATTTCCTCTT TAAAATTGGA TTATGATACT TTTATTAATT CTGCTTATTT ACGTCAAGGT
AGGGCAGATG AATTTATGCA GCGTCGTCCT AATGAACGGA AACAAATTTT AGCAGATTTA
TTAAAATTAG ACCAATATGA ACAATTAGCC GATCGAGCCA AAGATCTCTC AAAACTCTAT
AAAGGACAAC TGCAACAATT AGAAGAAAGT AAAAAGCGTT TAACAGAAAA ACTGGAAGAA
AAAGAAGTGA TCGTTACTCA AAAATTCACG ATAGAACAAG AGATAGAACA AGGACAAAAA
GAGCAAGATC GAGATCGAGA AAGACTACAA CAATTGCAAA CTCTCCAACA TCAACGGCAA
AATTGGCAGC AACAATTAAT CTGGCATCAA AATCAATATA AGAATGGAGT TCAAGAAAGC
GATCGGCTAA AAATAGAACA GGCTGAAATT AATCATAAAC TGGAAGAATT ACAAACTCTG
CTCGCTCAAG AAGAAAATAT TAACTTCAAC TATCAAAATT TTCTTAAATT ACAGCAAGAA
GAAGAAATAT TATCTAACAA ATTTAAAACT TATCAACAAT TTCAAAACCA AAAACAACAA
CTAGAACAAC AAATATTAAA ACAAACCAAC GCTTTAAAAT TAGAACTTCA AAAAACTAAA
ACTCGTTTAG AAAATATTCA ACAACAAGAA CAAGAAATAC AACACATCTT AAGGAATACC
GCAGAAGTAG AAGCCGGTTT AGAAAAATTA CAAGAAAGTC GTCAACGTCT GAATGAATTA
GATCAACTGC AACATCAAGT CGCGCCTCTT TTACAAAGAC AAAATCATTT AAAAGCCGAG
ATTCAAACAA CACAAGCTCG TTTAATGGCA AAATTAGAAC AACTACAAGA AGAAGAGATT
AAATTATCTA GGGAACTGGA TCAAGTTCCG GCCACTCGAC AAGAAGCTAT GACTGTTGAT
ACTCAAATTC AAGATTTAGA AAAAAAGCAA ATTTATCAAG TCCGAGTTAA AGAAAAAGGA
ACAGAAAGAA AGACTCGAAA AAAACAATTA GAAGACTCTC AAATTGGTTT TGAAAAGCAA
TTAAAAGAAT TAGCTCAAAA ACTGGATTTA TTAGAAATTC CTGAAGCAAC TTGTCCATTA
TGTGAACAGG AATTAGACGA TCATCATCGT CATCATGTGA TAGCTAAAAC TCAAACTCAA
CAGAGAGAAA TACAAAACCA AATTTGGCAA ATTAAAGAAC ATATCGTCAT TTGTGAACGG
GAACTACAAA ACTTAAGAAG TGAATACGCT CAGTTGAAAG AAGAATTAAC CCCTTATCCT
TCTTTACAAC AGTATTATGG GCAACTAGAA GCCAAATTAG AAGCCAGTGG AGAACTTAAA
GTTAAGTTAA ATCAACTGCG CTCAGAAATC AGTGAACTTG AAGAAGCTTT AGCCCAGAAT
TATTATGAGC CTCAGCTTCA AAATGAGTTA AAATCTCTTG AAAAAGACTT AGAAAAACTT
CAGTATGATG AACAAACTCA TGCTTTAGTG AGGGCAGAAG AAAAACGTTG GCGCTGGGCA
GAAATTAAAC AAGCGAAACT CGATGAAGCT AACCGTCGTC AGTCTAAAAT TAATCAAGAA
AAACCTCAAA TTTTAGAAAA AATTACCTCT CTAGAAACAG AGCTAGAAAA CTTAACTAAA
ACCTCAACAC TTCAGCAACA TTTAGAAGCA GTAGAACAGA ATTTAGTCGA GTTAGGGTAT
GATCCAGATG AGCATCAACA GTTACGATTA TCTTTACGTC AAGAACAGAA TTGGCAATTG
CGTCATCAAC AATTACAACA GGCAAAACAA CAATATCCTA ACTTAAAAGA AAAACTTAAT
CGAGTTGAGC AACAGTTAAA AATACAACAG GAAAATCAAG GCACTATTCA ACAGCAAATT
GAACAAATTG CTAATCAAAT CGAAAATCTG ACTGATTATC AGGACGTGAT TCAAGACTTA
GAGCAAATTA TTCAAGAAAG AAGGCAAAAC CTCGATCAAT TATTATCTAA AAAAGGAAGT
TTTGAACAAT CTTTAAACCA AATAGAGTCT TTACAACAAG AATATCAAAT CAATCGACAA
CAGGTCAAAG ACTATAAGAA AAAATGTAGA GTTTATAAAG AGTTAGCTCA AGCGTTTGGA
AAAAATGGCA TACAAGCTCT GATGATTGAA AATATTTTAC CTCAATTAGA AGCGGAAACG
AATCAAATTT TAACTCGGTT GACCGGGAAT CAATTGCACG TTCAATTTTT AACCCAAAAA
TCGGGAAAAA ATAGCCGTCA AAAAGCTAAC GCTAAATTAA TTGATACCCT AGATATTTTA
ATTGCTGATG CTAGGGGAAC AAGAGCTTAT GAAACTTATT CCGGCGGGGA AGCGTTTAGG
ATTAATTTTT CCATTCGGTT AGCTTTAGCC AAATTATTAG CTCAAAGATC CGGCACGTCA
TTACAAATGT TAATTGTTGA TGAAGGCTTT GGGACTCAAG ATAGTGAAGG ATGCGAGCGT
TTAATTGCAG CTATTAATGC GATTGCGTCT GAGTTTGCTT GTATTTTAAC GGTTACCCAT
ATGCCTCAAT TTAAAGAAGC TTTTCAACAT CGAATCGAAG TTCGTAAAAC CAGTCAAGGA
TCTCAACTGA TTTTGTCAAG TTAA
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| Protein sequence | MIPLHLTLKN FLSYQEASLD FRGLHTACVC GANGAGKSSL LEAITWAIWG ESRAASEDDV
IHTGAENVRV DFEFICNSQC YRIIRTRQRG KGGSLDFQIA SSSGFKTING KGLRGTQEAI
ISSLKLDYDT FINSAYLRQG RADEFMQRRP NERKQILADL LKLDQYEQLA DRAKDLSKLY
KGQLQQLEES KKRLTEKLEE KEVIVTQKFT IEQEIEQGQK EQDRDRERLQ QLQTLQHQRQ
NWQQQLIWHQ NQYKNGVQES DRLKIEQAEI NHKLEELQTL LAQEENINFN YQNFLKLQQE
EEILSNKFKT YQQFQNQKQQ LEQQILKQTN ALKLELQKTK TRLENIQQQE QEIQHILRNT
AEVEAGLEKL QESRQRLNEL DQLQHQVAPL LQRQNHLKAE IQTTQARLMA KLEQLQEEEI
KLSRELDQVP ATRQEAMTVD TQIQDLEKKQ IYQVRVKEKG TERKTRKKQL EDSQIGFEKQ
LKELAQKLDL LEIPEATCPL CEQELDDHHR HHVIAKTQTQ QREIQNQIWQ IKEHIVICER
ELQNLRSEYA QLKEELTPYP SLQQYYGQLE AKLEASGELK VKLNQLRSEI SELEEALAQN
YYEPQLQNEL KSLEKDLEKL QYDEQTHALV RAEEKRWRWA EIKQAKLDEA NRRQSKINQE
KPQILEKITS LETELENLTK TSTLQQHLEA VEQNLVELGY DPDEHQQLRL SLRQEQNWQL
RHQQLQQAKQ QYPNLKEKLN RVEQQLKIQQ ENQGTIQQQI EQIANQIENL TDYQDVIQDL
EQIIQERRQN LDQLLSKKGS FEQSLNQIES LQQEYQINRQ QVKDYKKKCR VYKELAQAFG
KNGIQALMIE NILPQLEAET NQILTRLTGN QLHVQFLTQK SGKNSRQKAN AKLIDTLDIL
IADARGTRAY ETYSGGEAFR INFSIRLALA KLLAQRSGTS LQMLIVDEGF GTQDSEGCER
LIAAINAIAS EFACILTVTH MPQFKEAFQH RIEVRKTSQG SQLILSS
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