| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0523 |
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| Symbol | |
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| ID | 8397300 |
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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 | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | + |
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| Start bp | 604626 |
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| End bp | 607991 |
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| Gene Length | 3366 bp |
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| Protein Length | 1121 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644994882 |
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| Product | UvrD/REP helicase |
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| Protein accession | YP_003152291 |
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| Protein GI | 257066035 |
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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 | [TIGR02785] recombination helicase AddA, Firmicutes type |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | ATGACTAAGA TGGAATTTAG TAAAGACCAA AAGGCTGCTA TAGAAACTAG AGGAAAAAAT
ATAATAGTTT CAGCTGCGGC AGGATCTGGT AAGACCAGCG TTCTCGTAAC GAGGATTATC
CGCCTTCTTA TAGAAGATAG GAAGGATATA GGAAGTTTTA TTATAGTTAC CTTTACCAAC
AAGGCCTCTG TCGAGATGAA AGATAGGATA AGGACTGCCC TTGAAGAAGA GTTAAAGAAA
AAGGGAAGTG ATCTTAAGTT TATCAAAGAC CAACTCAAAA ACCTAAAGCA TGCCCAAATC
AAAACCCTCC ACTCCTTCTG TGCGGATATG CTAAGAGAAA ACTTCTATTA CTTCGATGAC
TTATCTCCAA ACTTTAAGGT AATAAGTGAA AATACGGCGA CAATCCTAAA GTCAAATGCC
ATTGATGAGG TCTTTGACAA AAGATATGAG CAGATGGACC CTGCCTTTGA AAACTTCCTC
CACAACTTTG CTACTAATAA GTCAGATAGT GGGGCAAAAG ATATTATCCT AAAGACTTAC
GAGAAAATTA TGGCTGAAGT AAGGCCAATT GCTTGGCTAG ATCAGGCGAC TTCGGAAGGC
TTTAAGCTTG ATAAGTTTAA GGAAACTGTA AGAAGCGAAA TGGATCAAAT CCTAGACTTA
GCTAGGACCA ACTACGACTT TACCATGGGC CAAGGCATGC GTGATAAGCA CCAAGAGCTA
ATCTTCGATG ACTTCTCTCA AATTAATGAT CTTACTATCT TACTTGATAA GGATTGGGAT
AAGTTTATAA GAAAGATTGG TAAAATTAAA TTTGGAAGGA TATCTAAATC CAAGAAGGAT
GTTGAGGAAG ATTATAGCTT TATTAAGGAT ACGAGAGATC TCTACAAGGA AGATATCAAA
AATGTGGCCA AGTTTGTAAC CAATACAGAT AGCCTAACCA TGGAGCTTTT TGCCAAGAAG
GAAGAGGACC TTCTTTCTGA AATTAATGTC TTGGTCAAGG ACTTCATGAA AGTCTATCGA
AGGCTTAAAG AAGAGAAGGC CTATCTCGAC TTTTCTGATA TGGAGCATAA GTTTATCGAC
CTGATCGACA TAGAAGAAGC TAGAAATAAG CTTAGGGAGA CTTACAAATA TATATTCTTT
GACGAATATC AAGACTCAAA CGAAATCCAA AACTACATTA TAGAAAAGCT TAAGGGAGAA
GATAATCTGT TTTTTGTAGG AGATGTCAAG CAGTCCATCT ATGGCTTTAG GAGGGCTGAG
CCAAAACTTT TCCTAGAAAA ATTAGAAGCT TACGACAAAG ATGATAAGTC AGTTAGGATT
GACCTTAACA AGAACTTTAG ATCTCAAAAG GACGTCCTAG ACTTCGATAA CTTTATCTTC
GATAGGCTAA TGACCAAGGA AGAAAGCGAC ATCGACTATA GGGATGGAGG CCACAGACTT
AACTTTAATA AGAATGAACA AAGTGCCTAC GAAAGGGCCA ATATAAAGGT CATAGATAGT
AAAATCCGTG AGGAAGATTA TCTGGCAAAA CTTATTGAAG AGATAAGGGC TATGGGCTAC
GATTATCGTG ACATAGCAAT TCTCTTAAGA AGTGGAGGAA AGTCCTATGT CTACGAAGAA
GCCTTCAAGA AGGCGGAGAT TCCATTCTTT AACGATATAA GCAAGGTATC CTTTAGGGCT
GTTGAGGTTA CATTTTTCAT CAATCTCTTA AAATATCTTG CCAATCCAAA AGATGACCTA
ACTCTTTTAT CTCTTTTAAG ATCTGAAATT TTTGATTTTG ATGAAGATGA TTTGGTTGAA
ATTAGATTAA GCTCTGATTC TTATTCCTTT ACTAAGGCCT TTGATGAATA TGACAAGGAT
GAAGAAATAG TTGAGAAAAT CAATGACTTT AAGACGATCT TTGCTGACTT AACTTATGTC
AAAAACCTCC TTTCACTTTA CGAATTTGCC AACTATGTCT TTGAGAAGAC AGGATTTTAT
GAATACTTGC TAGCGAGAGA TAGGGCAAGT GATAGGATAA ACAATGTCGA AAGCTTTATA
GATATCATGG ATGAGTATGA TAGGACCAAT GACAATGGGC TATTTGGCTT CTTGGAATTT
GTAGATTCAC TTTCTATAAA TCAATCGGAC AATATCCAAA CAACAAGAGA GCTTTCTGAG
GCGGAAGATT TAGTTAGGAT AATGACTATC CACAAGTCCA AAGGTTTGGA ATTTCCAGTA
GTAATCCTTG CAGACTGTGG CAAGAGATTT AACAACAAGC ACTTGCGTGA GCCGATTGTA
TTTGATGATG ATTTGGGAAT TGGGATCAAT CTTTCTGATT ATGAAAACAA GTTGAGATTC
TCATCCCTTA GGAAAAATCT TATCAATGAT AAAATAACTA AGGAAAATAA GAAAGAGGAG
ATGCGAATCC TTTATGTAGC CATGACTAGG GCAGAAGAGA TGCTTTTTAT CACTGGCGAG
AGAAATCTTA AGACAGTAGG AAGATTAAAG GGACGAATTG ACTTTCTCAA TATGTCTACC
TATATGGATT GGATTCTTTC AATTCTGTCA AGAGATAAGG TCTCAGAAGA ATTATTTGAA
GAATATGAGA CCAATGCCCT AGATGGTCTA GCTTCCCTTG AAGTAATAGA AGAAAGTGAC
CCTATTGATA AGTTTGAGTC TAAGGATATT ACAGACTTTC TTAAAAGTGA AGATGTAAAT
CAAGAAATTT ATAATAAACT CAAGCAAATT TTCGATAGTC CATATCCTTA TGAGGACCAA
ACTAGGGAAT CTATCAAAAG ATCTGTTACA GAAATAAGTA AGGACTTTGA TCCTTCCCTT
GACGGCTATA GGCTTCCTAA CTATGAGGAA AACGAGCTAG CAGGAGATTT TAGGAAGGCA
AATTTCATAA GAGAAGAAAA ATCCTACAAG GCTACCGATA AGGGAACTAT GATCCATAGA
ATCTTCCAAG CCCTAGACTT CAAGGACTAT GATAAAGTAA GCCTTAAGGA AGAAATCGAT
AGACTTATTA GGGAAAAAAG GATTGAGGAA GATAGCTTGG ACCTAGTAGA CTTAGATAAA
ATCCTAGGCT TTTTCGAAGA TCCTTTTATC AAAGATATAT CCCAAAAGGC GACAAATATC
AGAAAAGAGG AGTCCTTCCT TATGACCTAC GAGGACTATT ATGTCAATGG GCAGATAGAT
TTGATATTTG AGATAGATGA CAAGGTAATC TTAATCGATT TTAAGACGGA TAGAACTAAG
CGAGAAAACT TATATAAGAA ACAAATCCAA ATTTATAGAC AGGCTATAGA AAAATCTCTA
GGAAAAAAGG TTGAGACGTC TCTAATCTAC TGGTATAACT TTAAGGAATT TACAAAAATC
GAATAA
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| Protein sequence | MTKMEFSKDQ KAAIETRGKN IIVSAAAGSG KTSVLVTRII RLLIEDRKDI GSFIIVTFTN
KASVEMKDRI RTALEEELKK KGSDLKFIKD QLKNLKHAQI KTLHSFCADM LRENFYYFDD
LSPNFKVISE NTATILKSNA IDEVFDKRYE QMDPAFENFL HNFATNKSDS GAKDIILKTY
EKIMAEVRPI AWLDQATSEG FKLDKFKETV RSEMDQILDL ARTNYDFTMG QGMRDKHQEL
IFDDFSQIND LTILLDKDWD KFIRKIGKIK FGRISKSKKD VEEDYSFIKD TRDLYKEDIK
NVAKFVTNTD SLTMELFAKK EEDLLSEINV LVKDFMKVYR RLKEEKAYLD FSDMEHKFID
LIDIEEARNK LRETYKYIFF DEYQDSNEIQ NYIIEKLKGE DNLFFVGDVK QSIYGFRRAE
PKLFLEKLEA YDKDDKSVRI DLNKNFRSQK DVLDFDNFIF DRLMTKEESD IDYRDGGHRL
NFNKNEQSAY ERANIKVIDS KIREEDYLAK LIEEIRAMGY DYRDIAILLR SGGKSYVYEE
AFKKAEIPFF NDISKVSFRA VEVTFFINLL KYLANPKDDL TLLSLLRSEI FDFDEDDLVE
IRLSSDSYSF TKAFDEYDKD EEIVEKINDF KTIFADLTYV KNLLSLYEFA NYVFEKTGFY
EYLLARDRAS DRINNVESFI DIMDEYDRTN DNGLFGFLEF VDSLSINQSD NIQTTRELSE
AEDLVRIMTI HKSKGLEFPV VILADCGKRF NNKHLREPIV FDDDLGIGIN LSDYENKLRF
SSLRKNLIND KITKENKKEE MRILYVAMTR AEEMLFITGE RNLKTVGRLK GRIDFLNMST
YMDWILSILS RDKVSEELFE EYETNALDGL ASLEVIEESD PIDKFESKDI TDFLKSEDVN
QEIYNKLKQI FDSPYPYEDQ TRESIKRSVT EISKDFDPSL DGYRLPNYEE NELAGDFRKA
NFIREEKSYK ATDKGTMIHR IFQALDFKDY DKVSLKEEID RLIREKRIEE DSLDLVDLDK
ILGFFEDPFI KDISQKATNI RKEESFLMTY EDYYVNGQID LIFEIDDKVI LIDFKTDRTK
RENLYKKQIQ IYRQAIEKSL GKKVETSLIY WYNFKEFTKI E
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