| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NATL1_14771 |
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| Symbol | recB |
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| ID | 4780057 |
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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. NATL1A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008819 |
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| Strand | + |
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| Start bp | 1184128 |
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| End bp | 1187913 |
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| Gene Length | 3786 bp |
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| Protein Length | 1261 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 640084758 |
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| Product | UvrD/REP helicase subunit B |
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| Protein accession | YP_001015299 |
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| Protein GI | 124026183 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.248766 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTAATA TAGAATTGTT TCAACCGAAT AAATATCCTT TATCGAATGG AATACGTCTA
ATAGAAGCAA GTGCTGGAAC AGGGAAAACA TTTTCTCTTT CTCATCTTGT CTTAAGGTTA
TTAACTGAAA AAGAATATTC AATAAACGAA ATACTAGTTG TTAGCTTTAC AGAAGCGACG
GCATCAGAAA TAAAAGCAAG AATTATTGAA AGATTAATTC TTGCTTTAAA AATAATTGAA
TCAATAAATA CAACCGTAAA ACCCCATAAG ATAGACAATG TACTAAATGA ATGGGTAGAC
TTAAATATAA CTTCTAAAGA AAGAGCCTTA TATATAGCAT CACTACTCTT AGAAGCATTA
GAGAGAATTG ACAATGCAGA TATCACAACA ATTCATGGAT TTTGCAGTAA AACACTTCGT
AGAGAATCTA TTGAGAATGG AAATAATTTA AACCCAAGCA TCGAAAAAGA TTCTAACTCA
CTAATAAATG AAATTGTTGA AGAATATTGG AAAAAAGAAA TATTAGAAAT AGAAATTTCA
GAATTAAAAG GTTTATTTAA AAGTAATTTT AATCGTAAGA ATTTGATTGA AGTTCTTAGT
TCATTGGATA ATGACCCAAA TAATAGTTTT AAACAAACTT TTAATGACTT GAAAATAGAA
GAAAGTCTTT CAAATCAATT AAACAACTAT AGTGAATCAT TATGGATAAA ATTTACGACT
CTATGGGAAG AGAAGGGCCA GGAGCTTGAA GATAGCTTCA GAGAGATTGC TAAGGATTTA
AGATCTCAGG GTATTAAAGA TACAAAGCCA TACTCATCCA AGCCCAGAAA AAATCGTTAT
GAGCTTTTAA GTAACTGGAT TGAAAAATAT AAAGAGAAAA AGCGACCATC ATATGAAGAT
ATTCAAAATC AAAATCTTAT AAATGAATAT TTTCATCCTA AAAATATTTA CCAACTAGAT
ATGAAGCATA AAATTGATTC TTGTTCAAAA GAAATGGAGC CAATTCTTGA TATTATAGGA
GATTTATATG ATAGTCCAGG TGAATTCGTT TGGGAGCATG CTTTGTTATG GACTAAAAGA
GAACTTGAAA AAAGAAAATC TAAAAAGGGT TTAATAAATT ATTCTGATCT ACTTAAATTA
TTAGATCCTA AAAACCAAAA TAGAAATGCA ATTAAAGATG AAGTTAATCA TAATAATATC
TATAAAAATC TAGAGCAAAG ATATAAAGTA GCCTTAATCG ATGAATTCCA AGATACTGAC
CCAGTCCAAT TAAGATTACT AAAAAAAGCC TTTGGCAACC GATCATCACA TCTATTGCTA
ATGATTGGAG ATCCAAAGCA AGCAATCTAT AGTTTCAGAG GTGGAAGCTT AAATACCTAT
ATGAAAGCAA GAGAAGCTTG TGATCAAATT CATTTAATGA ATGCTAATTA TAGAAGTACA
AAATCTCTAA TTTTAACACT CAATAAATTA TTTCTTGATG GTTTAATAAG ATCAAATCTA
TCAACTCAAG AACTTAATCC ATGTTCACAA GAAGATCTAC TAGAACTAAA TGGAATAAAA
GAACCTTTTA AGGTATTAAA TCTAATAGTT ACTAATCAAA AAGAAAAAGC TCAAAGAATA
AAATTAGATT CAAAAAGCAA AATAGAGGAT AAAATTCCGA AAGTTATTGG ATCTTATTTG
TTAGAGCTAT TAAGCAATAA TCCCAAAGAT TTAAACCCCT CAGATATTTG CATATTAGTC
AATAGACACG ATCAAGCTAA AAACATCCAT AGCTATTTAT CAAAAATAAG AATACCTTCG
CAACTCTTGA GTAATGAAAA TATATTTACT AGAGAGGGTG CTCAAATCCT ACAGATTTTC
ATTAATTGTA TCGTCAGTCC GCATAATCAA CAAAAACTTG CTCTACTAGC TTGTTCTGAG
CTAATGCAAT GGAAAAAGGA AAAACTGATA AAATCAAAAA TTGATGGCGA TTTTGATTCA
TTATCTTCGA AGTTCTATGA ACTTTCAAAA TTATTTCCAA CGATTGGATT ATTAGGCTGT
TTGTCTAACT TTCTAGAAGG GAAATCAATA GCTGATCTTT CTAATAGAGG AACTTTATTA
GGTGATCTTT ACCAAAGCTC TCAGTTAGTA GATGAGCAGA TCCATCGACA GAAGTTTAAT
GCATTAAGAG CATCACAATG GCTTAGTAGT AAAAGGTTCC AGTCAATTGA GCAAATACCT
GAAGAATATC AACCTAACAG TGCCATTAGT AATAGCTCTG TAAACATAAT TACAATTCAC
AAGAGTAAAG GACTTCAATT TAAAATAGTG ATTTGTCCAT ACTTGTGGCA AAAGCCTCCA
GATAGAAAAA GTCATTTATG GAAAGATAAT CAAAATCTTT TGATTTCTAA AAAGTATAAA
TGGAATAAAA AATATAGTTC ATACCAAGAT TTTATTAGAA AAGAATCCTT AAATGAAGCA
GAGCGGTTAG CTTACGTTGC TTTTACAAGA GCTAAAAAAC AATTAATAGT CCTGTGGGCA
AATGCTGCTG GTCAAGAAGG GAACCCTCTT TCAGGATTTT TATTTGGCTC TGAATCAATA
AATCTAAAGA TAGAAGACCA TACAAAGGAA ATGATGGAAA ATTCATTCAC GAAAAGAGAA
CTAAACGTTG ATATTCAAGA TGTAAAAATA ATTGAAACAA ATACGACATG GTCTCAACCT
AAAAGTGAAG TCAAATTATC GCTTGGAGCA ATTCCTACCC ATCAATTTGA AAATAGTTGG
GGAAGGTATA GTTTTTCAAA ATGGATAACA CATAAAAATG ACGAATTAAT TCTAAAAGAC
TTATCAGATG AGTTAAATGA AGATCATGAA TTTAAGGGTG AAATTGAGGA TATATCTTTC
CAAGAAATTG ATCACTTGCT TGTAGAGAAA GATAAAAGTA TTGACAGATC AGAAGATCAA
ACATGGTCTA AAGAAAGTCC TATTGGTGAA TTTCCAAAGG GACCTATAGC AGGAACTTGT
CTTCATAAAA TACTTGAAAG AATAGATTTC AATGATATTG AAAATCAACT AAAAATTTCA
ACTATAATAG AAGAAGAATT AAATATAGTT AATATAAGTA ATTCATTTAT TAAACCAATT
AATATTTTAT TAAAGAGAAT TGCAAATATC CCTTTAGGAG GTCCTTTAGG TAAATTTAAA
ATGAAAAATT TAAATACTAA AAGCTCTATC AAAGAATTAA AATTTGATAT TCCAATTTGT
CATGAAGCGA ATCCAATTAA TACTCTCGAA TTATCATCAA TATTTAAAGA AGATGTTCAA
AATAAATATG GCTCAGACTA CATAAATAAA CTGATAGATC TAAAAATCAA TAGCAGCGGT
TTCCTAACCG GATCCATAGA CCAAGTTTTT GCAGACAATC CAAATCATGA AATTGCTAAA
TGGTGGGTTT TAGATTGGAA AAGTAACTGG ATAGGAAGTT CGCTATCAAA AGAGCATCGT
TCTACATGTG GTCCATCAAA TTATTCAATT TCCAGAATGG ATGAAGAAAT GTACCATCAT
CACTATCCAC TACAAGCCCA CATATATTTA CTTGCTTTAC ATAGATTTTT AAATTGGAGG
CTCCCAGATT ATTCACCTCA AAAACATCTT GGAGGTTACA TTTACGTATT TTTGAGAGGG
CTTCCAGATA AAGAAGAGTT AGAAGAAAAG AATTTTCCTC AAAGGACTCC AGGCTTAATT
GTCGAACCTG CTCCTATTGA AAGAATAAAA AAATTAGATT TGTTGATTAA AAGACAACAG
AAATGA
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| Protein sequence | MTNIELFQPN KYPLSNGIRL IEASAGTGKT FSLSHLVLRL LTEKEYSINE ILVVSFTEAT
ASEIKARIIE RLILALKIIE SINTTVKPHK IDNVLNEWVD LNITSKERAL YIASLLLEAL
ERIDNADITT IHGFCSKTLR RESIENGNNL NPSIEKDSNS LINEIVEEYW KKEILEIEIS
ELKGLFKSNF NRKNLIEVLS SLDNDPNNSF KQTFNDLKIE ESLSNQLNNY SESLWIKFTT
LWEEKGQELE DSFREIAKDL RSQGIKDTKP YSSKPRKNRY ELLSNWIEKY KEKKRPSYED
IQNQNLINEY FHPKNIYQLD MKHKIDSCSK EMEPILDIIG DLYDSPGEFV WEHALLWTKR
ELEKRKSKKG LINYSDLLKL LDPKNQNRNA IKDEVNHNNI YKNLEQRYKV ALIDEFQDTD
PVQLRLLKKA FGNRSSHLLL MIGDPKQAIY SFRGGSLNTY MKAREACDQI HLMNANYRST
KSLILTLNKL FLDGLIRSNL STQELNPCSQ EDLLELNGIK EPFKVLNLIV TNQKEKAQRI
KLDSKSKIED KIPKVIGSYL LELLSNNPKD LNPSDICILV NRHDQAKNIH SYLSKIRIPS
QLLSNENIFT REGAQILQIF INCIVSPHNQ QKLALLACSE LMQWKKEKLI KSKIDGDFDS
LSSKFYELSK LFPTIGLLGC LSNFLEGKSI ADLSNRGTLL GDLYQSSQLV DEQIHRQKFN
ALRASQWLSS KRFQSIEQIP EEYQPNSAIS NSSVNIITIH KSKGLQFKIV ICPYLWQKPP
DRKSHLWKDN QNLLISKKYK WNKKYSSYQD FIRKESLNEA ERLAYVAFTR AKKQLIVLWA
NAAGQEGNPL SGFLFGSESI NLKIEDHTKE MMENSFTKRE LNVDIQDVKI IETNTTWSQP
KSEVKLSLGA IPTHQFENSW GRYSFSKWIT HKNDELILKD LSDELNEDHE FKGEIEDISF
QEIDHLLVEK DKSIDRSEDQ TWSKESPIGE FPKGPIAGTC LHKILERIDF NDIENQLKIS
TIIEEELNIV NISNSFIKPI NILLKRIANI PLGGPLGKFK MKNLNTKSSI KELKFDIPIC
HEANPINTLE LSSIFKEDVQ NKYGSDYINK LIDLKINSSG FLTGSIDQVF ADNPNHEIAK
WWVLDWKSNW IGSSLSKEHR STCGPSNYSI SRMDEEMYHH HYPLQAHIYL LALHRFLNWR
LPDYSPQKHL GGYIYVFLRG LPDKEELEEK NFPQRTPGLI VEPAPIERIK KLDLLIKRQQ
K
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