| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | A9601_12091 |
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| Symbol | recB |
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| ID | 4717923 |
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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. AS9601 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008816 |
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| Strand | - |
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| Start bp | 1026261 |
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| End bp | 1029887 |
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| Gene Length | 3627 bp |
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| Protein Length | 1208 aa |
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| Translation table | 11 |
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| GC content | 23% |
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| IMG OID | 640078925 |
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| Product | UvrD/REP helicase subunit B |
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| Protein accession | YP_001009600 |
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| Protein GI | 123968742 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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| TIGRFAM ID | [TIGR00609] exodeoxyribonuclease V, beta subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGATATTA ATCAAATTAA ATTAAATAAA AAATTTAAAT TAGTTGAAGC AAGTGCAGGC
ACTGGTAAGA GTTTTACTTT GGCACACATA GTTTTAAGAA ATGTTTTGGA GAAAAAAGTT
AAACCAGATG AAATACTCTT GCTAAGCTTT ACAAAAAATA CTTGTTCTGA ATTAAGAGAC
AAAATTCTCT CGAGATTTCT TAATTTAAAA TTATATTTGC AAAGTTATAA AGAATGTAAG
ATAGATAATA CTCTTAAGGA TTGGTATCTA AATTTTAAGG ATAAAGATAA ATCTAAGGAA
AAAATAATTT CCGAAATTGA CAATTTTATA AATCAATTCT ATAAGTTAAA AGTAACTACG
TTCCATGCTT TTTGTAATAA TATTATTGAT GAATATAGTA TTGAAATAGG TTTAACACAA
GATCCATATA TTGAGAATAA TATTGATAAT TTGTATAAAG ATGTAATAGA TAATTTATGG
ATTGATGATT TTCTTAATCT TAATCATGAG CTTATTTCAG CAGTATACAA AAAAAAAATA
AGTTCTAGAT TTGGAAGTAG GATCAATAAG TCATTTTTTG TAGAAATTTT AAAAAATATA
GATCAAGAAA ATATCTATAA ATTTCAAATA AATAATAAAT ATAAGATTAT TGATTTAAAT
AATTATTTTA ATGAATTTTT TTATTTAAAT TGGAACGAGT TTTGTTTTGA ATGGAATAAG
AAAGGTAAGG AATTATTTTT ACAACTCATA GAGTTGGGAA AATTAATTAA GGAAAGTGGT
GGAAAAAGTC AAATATATGC AGCAAAACCA AGAAATGATA AGTTTAATCA AATAAATTGT
TGGATTGAAG AGATTAACAA AAGGCTTAAT TCTAAAAATG TTATTGATTT CATATATGAT
ATTTCTAAGG ATGATCTTTT ATCTAAATAT TTTTACATTG AAAATATATC TAAAGAAATT
AATAAACATA ATATTAAATT AGATTTTACT AAATTTAATT TATTACAAGA TAAAATTTAT
AAAATAAAAG AAGGCTTTTT TACTGAATTT GTAAGAATAT TTACTCAATT AGCTTATATA
AAATTATTTG AATTAAAGAA AAGTTTTTCT ATTTTCAACT TCAATGATCT TATAAAGACT
GTAGAAAATA CATTTCTAGA TTCGGAAATT AGTAATAGTA ATACTCTTTC TAAAATTCAA
AAAAGATTTA AATGTGTCTT AGTTGATGAG TTCCAAGATA CAGATATTAC TCAGTGGAAT
TTAATAAAAA AGTTCTTTAA TACAAAAAAT CATTTTTTAC TTTGCGTAGG TGATCCAAAA
CAAGCGATTT ACAAATTTAG AGGTGGAGAT ATTGAAACTT ACTTAGATGC AAGATCTAAT
GCAATCGAAG TTTTTAGTCT TACAGATAAC TATAGATCCT CAAAAAACTT AATCGATGTT
CTTAATAAAC TTTATAAGAA TGGACTTAAA CAATCAAAAC TAAAATATAG TAAATTAACC
TCAAGAATCA ATGAAAATAT TAATCCTGAA TTTAAATTTA AGGATGTATT TGAAATTGTA
GAATTTTCAA AAAAAGAGAC TGATATAGAG GATCTTGTAA CTCATTATAT AGTTAACTTT
ATTTTAAATA ATAAAGAAAT TGATATTAAT AAAATTGCGA TTCTTACATT AAATAATTCT
CAATGCTTAG ATTTTAAAAA AAAATTAAAT CAGTTTAACC TGCCATGCAA AATTCAAAAT
AAACAAAATA TTTTTGATAC AGAAGCAAGT TCTCTACTAT TTTTATTCAT TGAATGTTTA
TTAAATCCGA GGTCTTTAAA AAATATAACT TTGCTTGCTA CTTCAAAGTT TATAGAAATA
AAATTAGAAG ATTTACTTGA TCATGGAATT AGTAATAATT TAGAAATTTT AATGAATAAA
TGCATTACTT GGTCCCAAGA ACTAAGAGAA AAAGGTTTTT TAAATATTGT TAATGAACTA
GTTATAAATT ACAAATCATC CTCGATTATT CAAGATTCAG ATTTAAATTC AAATTTATTT
CAACTTTCAG AAATTGTTGA AATAGAATTA ATAAATAATG ATTTAGATCT CAATATAGTC
TTCAACTGGT ATAAAAATCA GTTAGATCAT ATTTTAAGAA TTTCAACTGG AGAAGATTTT
TTGACGAAAG ATTATAATCT TCAAAATGGA ATAAATCTTT CTACCATTCA TAGTAGTAAG
GGCCTCGAAT TTGAAATAGT CCTATGTCCA TATCTCTCAA TTATTTCAAA TAAGTTAAAT
AAAATTAAAG GACCTCTTTG GAAATCAAAT ATTGATAGAA ATATATACGT TAATATTTCT
AATAATTACG CGAAGGTTGA AAAATTTAAA TTAATAGAAG AAGAAGATCT ATTCAAAGAG
AGTGAGAGGT TAATTTATGT AGCACTTACG AGGAGCAAAT ATAAACTTAT TGTTTTTAAT
GATTTAGAGG ATACAAATAA TATTTTAAAT AATGATTTAC TTAATAATTT GGAAAATATA
AATATTTATA AGTCTACTTT TAAAGTTAGG ATAGAAAACG AGAAAATAAA AGAAATTTTT
TCTAAGTTCC AAACCAACCG ATTGAATAAT AATCTTTGGA AAATCGATAA CGTTAATAAA
AAAATATCTA ATGTATTTAA TTCTGATCAA TTTATTTCTT ATTCAAGTTA TTCTTCTTGG
ATACGTAAAG ATAAAAATAT TGAAGCAGTC ATTAATCAAT ATAAGGATTA TGAAGATAAT
ATATCAATTA TCAAAGATTC TAATTTTAAG AATTCAAAGA ACTATCCTAA TTATTTCTCT
CATCCAAATC CCTTAAGTGA ATTTCCAAAA GGAACTATTG CTGGGACTTG CCTGCACAAA
ATAATAGAAA GATTTGAATT TAGAAACGAT AATAATCAAG AATTAATTGA TTTAATTATT
GAGGAATTGA ACTTTCATCA AATCGATACT TCTTTGGCTT TTAAAGTAAA AGATGCGATT
TTAAGAATCA TAAATATATC TTTAGGAAGA GAATTACAAA ATAAGAAACT AGTTGATATT
CCAAATGAAT ACTTAATTAA AGAACTCAAA TATGATTTAA CCCTATCTTA TGAAGGTAGA
AATATTAACT CTAATGATAT ATCAAATTGC TTTTTTTTAG ATCAGGATTA TGAATTTGGT
GAAGAATATG CAAATAAAAT AAATGATCTT CAAATTATGA ATAAAGGCTT TCATTCAGGA
TGTATTGATT GTATTTTCCC TGTAGGAAAT AAATTAGAAG ATAGTAAATG GTGGGTAATT
GATTGGAAAA GTAATTTGAT TTCTGATAGT GATAATAGTG ATTGTTTACC AAGAAACTAT
AACTATGAAA ACATGAGAAA TGAAATGATT AAACATCATT ATCCATTGCA ATCTCATCTT
TATTTATTAG CATTGCATAG ATTATTAAAG TGGCGACTTA AAAATTATCA ACCACAAAAA
CATCTAGGAG GATATATTTA TTTATTTTTA AAGGGATTGC CAGATTTTGA ATTATTTGAA
AAATCTAAGT CTGAAGATAT ATCTCCAGGT ATTTTTATTA GCAAGGCACC TTTAAAAAGA
ATTAATTATT TAGATAACCT TTTTTAG
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| Protein sequence | MDINQIKLNK KFKLVEASAG TGKSFTLAHI VLRNVLEKKV KPDEILLLSF TKNTCSELRD
KILSRFLNLK LYLQSYKECK IDNTLKDWYL NFKDKDKSKE KIISEIDNFI NQFYKLKVTT
FHAFCNNIID EYSIEIGLTQ DPYIENNIDN LYKDVIDNLW IDDFLNLNHE LISAVYKKKI
SSRFGSRINK SFFVEILKNI DQENIYKFQI NNKYKIIDLN NYFNEFFYLN WNEFCFEWNK
KGKELFLQLI ELGKLIKESG GKSQIYAAKP RNDKFNQINC WIEEINKRLN SKNVIDFIYD
ISKDDLLSKY FYIENISKEI NKHNIKLDFT KFNLLQDKIY KIKEGFFTEF VRIFTQLAYI
KLFELKKSFS IFNFNDLIKT VENTFLDSEI SNSNTLSKIQ KRFKCVLVDE FQDTDITQWN
LIKKFFNTKN HFLLCVGDPK QAIYKFRGGD IETYLDARSN AIEVFSLTDN YRSSKNLIDV
LNKLYKNGLK QSKLKYSKLT SRINENINPE FKFKDVFEIV EFSKKETDIE DLVTHYIVNF
ILNNKEIDIN KIAILTLNNS QCLDFKKKLN QFNLPCKIQN KQNIFDTEAS SLLFLFIECL
LNPRSLKNIT LLATSKFIEI KLEDLLDHGI SNNLEILMNK CITWSQELRE KGFLNIVNEL
VINYKSSSII QDSDLNSNLF QLSEIVEIEL INNDLDLNIV FNWYKNQLDH ILRISTGEDF
LTKDYNLQNG INLSTIHSSK GLEFEIVLCP YLSIISNKLN KIKGPLWKSN IDRNIYVNIS
NNYAKVEKFK LIEEEDLFKE SERLIYVALT RSKYKLIVFN DLEDTNNILN NDLLNNLENI
NIYKSTFKVR IENEKIKEIF SKFQTNRLNN NLWKIDNVNK KISNVFNSDQ FISYSSYSSW
IRKDKNIEAV INQYKDYEDN ISIIKDSNFK NSKNYPNYFS HPNPLSEFPK GTIAGTCLHK
IIERFEFRND NNQELIDLII EELNFHQIDT SLAFKVKDAI LRIINISLGR ELQNKKLVDI
PNEYLIKELK YDLTLSYEGR NINSNDISNC FFLDQDYEFG EEYANKINDL QIMNKGFHSG
CIDCIFPVGN KLEDSKWWVI DWKSNLISDS DNSDCLPRNY NYENMRNEMI KHHYPLQSHL
YLLALHRLLK WRLKNYQPQK HLGGYIYLFL KGLPDFELFE KSKSEDISPG IFISKAPLKR
INYLDNLF
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