| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0522 |
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| Symbol | |
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| ID | 8397299 |
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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 | 601268 |
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| End bp | 604633 |
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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 | 35% |
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| IMG OID | 644994881 |
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| Product | ATP-dependent nuclease subunit B-like protein |
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| Protein accession | YP_003152290 |
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| Protein GI | 257066034 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG3857] ATP-dependent nuclease, subunit B |
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| TIGRFAM ID | [TIGR02773] ATP-dependent nuclease subunit B |
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Plasmid Coverage information |
| Num covering plasmid clones | 29 |
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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 | ATGATAGAGA CAATTATTTC AAGATATCCT AAGGAGATGT CTACTTATAT TTACAAGAAA
ATCGAAGAAG ATTTAAAAAA TGGCAAGAAG GCGCTTTTGA TAGTGCCAGA GCAATATACC
CTCCAAACCG ATATTAATTT TCTTAAAAAT ATTTCCTTTG AGGCGGTAAT GGATGCCAAG
GTATTGAGTT TCTCCTCTCT TAAAAGCTAT ATCGGGGAAA AAATCGGTCA GGCAAATGAG
AAATTTCTTA CAAAAAATGG GAAAATCATC CTAATTTCCA ATATCCTCCA AGATATGAAT
GATAAGCTTA GTTTATTTCA AAACAAATAT TTCAATATAG AGTTTGTGAA CAATATTTCT
TCTTTAATCT CATCTATCAA GGACAATAAC TTTGATGAAG ATTTCTTTAA GAAAATCGAA
GAGAGTGATG ATCCTATTAC GAGGATTAAA TTTAAAGAAG TGAAGATGAT CTACGATGCC
TACGAGAAGG AAATTTCAGG AAAATTCATA GACTCTGAGG ATAGCCTATC TTATATTATA
GAAAGACTTC CTCACTGTGA CTTTCTAGCT GATACAGTAT TTTACTTTGA TAAGTTCGAT
AGCCTATCAG AACTTAAGCT TTCCTTTGTA GAAGGGCTTA TAAATAGGGG AAATGAAGTT
TTCTTTAGCC TAAATCTCGA TACAGAATAT ATTAATAGTA ATATTTTTTC AGACTTGGAG
TTTTTCGACT CTACTGATAA GCTCTATAGA AAGTTGAATG AAATAACTAG GACTCACGAT
ACAGTCCTTG ATAATACGAG CCTTGCGAAA GAAGATATAG GCCATCTTGC TAGAAACTTC
GAGAGATTTA ATCCTTTGAA ATTTGGAGGA AGTCCTAATA ATATACGTTT CCTTGAAAAT
CCATCTACTA AGACAGAGGT TGAAAATACT GCAAGAATTA TAAATTATCT AGTAAAAGAA
AAGGGCTACC GATACAAGGA CCTTGCTATT TATATTTCTA GTGAAGACGA ATATAAAAAT
GAAATAATAA AAGTCTTCAA TAGATATGAC TTGCCGATTT TTATGGATTC TGATAGGAAG
CTTATAGACA ATCACATAGT AAAGACGTTT TTGGCTATTT TAAGACTTGT GATTTATAAT
TTTAACAGTC AAGACTTAAG CTATTTTCTA AGGTCTGGTC TTTTTAGTTT CTCAGTAAAC
TTTGAGGAAA AGACCATAAT TCTTGAAAAT TATATCAAAA ACAGGAAGAT TAAGGGCAAG
ATGTTTCTTG AGGACAAATA TTTTGTCTAT GATGAAGACT TCTACAAAAA TCTGTGCGAG
AATGATCCCA AAAGAGAAGA GAAACTAGGG GCAAAGACTT ACGAATACCA AGTTATAAAT
GAGCTAAGAG ATAGGATTTT GGATCTTCTT AATCCTCTTT TAGAGCTAAA AGAAGAAAAG
ACCAGGGATC TTTGTATAGG AATCTTTAAT ATTATAGATG ATAAAGACAT AAGAAGGGGA
ATCGCTAGCT TCCAGAAAAT CTTAAAGGAA AGTGGAAGGC TTGATGAATA CAAGGAAAAC
GACCAGGTCT GGGATAAGTT TGTAGAAATA CTTGAAGAGA TCGTTGATCT TATGGGAGAA
AGGAGTTCGA GCCTTAGGAA GGTTTATTCC TTGATTGAAG CTACATGTAA GGACATCAAT
GTAGGAATTA TCCCACCTAG TAAGGACCAT ATAGAGATAA CAAGTTTTGC CAGAGCGAGG
ATTGCCGATA GGGGAGTAAA CTTTATCCTA GGACTCAATG ATGTTTTCTT TCCTTCAACT
AATAGGGAAG ACCTCATTGT AGGCAAGGGA GAAAAGGATA AGCTAAGGGC CCTTGACCTT
GACCTAAAGG TTTTCGACGA GGACTTCGAA GAGCGTGAGA AGCTTGTCTT CTATAAGCTA
ATTACCATAT CAGATAAGCT CTTCTTATCG TATTCCCTTG CCAATAGGAA AAGTGAAGCG
ATCAATAAAT CAATCATCCT AAATTCTATT ATGAATATCT TCTCTGATAG GGAAGGGAAG
ACTTACGGGA TGGTTTATGG CAATGACTTG GGTCTTTCCA TAGAGAAATT TTCCTACAAG
ACTATGGAAG TAAGAGCTCT AAGAAGTATC AGACAGATGA TGAGAAATGA GAATGTAGAT
GAAAATGATA GGGAAATTGC TAGGGCCTTT ATCAAATATC TTAAGGAAAA TGACTCATAT
GAGTTAATAG AAAAGGGCCT AAACTTTACT AATGATAAGA AAAATCTTAG AGAAGACTTG
GCAGGTTCTT TATATAAGAA AAACCACTTT AATGTAAGCG AGATCGAAAG CTATTCTAGG
TGCCCTTACA AGTATTTCGT AAACTACGGC CTAAGGCCAA ATATCGACGA AAGCTATGAA
GTAGACCATA TGGAAGTGGG AAATATTGTC CACAAGCTCT TTGAGGATAT TTCAAGAAAC
TTATCAGAAA AAAACATAGA AGAGCTTAAG GCAAGTGATC TAGAGGATAT ACTGATAGAA
AACTTCAAGG AAGCGACCCT TAGAAATCTC GACAAGACCA GAAGAGAAAA TCCTAGGAAT
AAATTTATCC TAAACAATGT CCTAAATTCT GCCAAGAGAA ATTCAGAAAA GTTAATCGAC
CAGGTAAAAA GTGGGGATTT CAAAATCTAT GCTGTAGAAA AAGATTTTGG CTACGAAAAT
GAAGACAATC TGCCAAAAGT TTATGTTGAC GATAAAAATT ATCTGAGGGG AAGGATCGAT
AGGATTGATA AGGCTGGCAA TTTCGTAAGA ATTATCGACT ACAAGACAGG AAATAAGACC
TTCAAGATTA TAAATCTCCT AAACGGCCTA GACCTCCAGC TCTTAGTTTA TATGATGTCG
GCTACAGAAA ACGAGAAGGA CCTTATGATC CCTGTAGGAT CCTTCTACAT GCCCCTATAC
GATGAGATGG AGTCAGTAAA TAGCGAGGGA TATTCTCCCG AGACCGTAGA AAATGCAATG
AATGATAAGT TTAGGATAAA TGGCCTTATA GTTAAGATTA ACGAAGAAAT CTTTAAGATA
ATAGATAAAA ATGCTGAAAG TCCGAAGGAA TCTACCATCC TTGATTATAA GAATTCGGAC
GTGCTTAGCC CTGAGGAAGT GGTTAAGCTT GAGCAATTTG CCAAAAGTTT AGTGGGAGAA
TTTATCAAAA ATATCAAAGA AGGAGATATC AGCCTTAAGC CCTTGGCCTA CGATTCAAAT
AGGAATGAGT GCCAGTATTG CGACTTTAAG GGAATATGTA AGTTCGATGA AACTATCGAC
CAGCTTCGTT ACAGGAATTT TGATAAGGAT AAGACAATAG AGGATTTGGG AGGTGAAGAT
GACTAA
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| Protein sequence | MIETIISRYP KEMSTYIYKK IEEDLKNGKK ALLIVPEQYT LQTDINFLKN ISFEAVMDAK
VLSFSSLKSY IGEKIGQANE KFLTKNGKII LISNILQDMN DKLSLFQNKY FNIEFVNNIS
SLISSIKDNN FDEDFFKKIE ESDDPITRIK FKEVKMIYDA YEKEISGKFI DSEDSLSYII
ERLPHCDFLA DTVFYFDKFD SLSELKLSFV EGLINRGNEV FFSLNLDTEY INSNIFSDLE
FFDSTDKLYR KLNEITRTHD TVLDNTSLAK EDIGHLARNF ERFNPLKFGG SPNNIRFLEN
PSTKTEVENT ARIINYLVKE KGYRYKDLAI YISSEDEYKN EIIKVFNRYD LPIFMDSDRK
LIDNHIVKTF LAILRLVIYN FNSQDLSYFL RSGLFSFSVN FEEKTIILEN YIKNRKIKGK
MFLEDKYFVY DEDFYKNLCE NDPKREEKLG AKTYEYQVIN ELRDRILDLL NPLLELKEEK
TRDLCIGIFN IIDDKDIRRG IASFQKILKE SGRLDEYKEN DQVWDKFVEI LEEIVDLMGE
RSSSLRKVYS LIEATCKDIN VGIIPPSKDH IEITSFARAR IADRGVNFIL GLNDVFFPST
NREDLIVGKG EKDKLRALDL DLKVFDEDFE EREKLVFYKL ITISDKLFLS YSLANRKSEA
INKSIILNSI MNIFSDREGK TYGMVYGNDL GLSIEKFSYK TMEVRALRSI RQMMRNENVD
ENDREIARAF IKYLKENDSY ELIEKGLNFT NDKKNLREDL AGSLYKKNHF NVSEIESYSR
CPYKYFVNYG LRPNIDESYE VDHMEVGNIV HKLFEDISRN LSEKNIEELK ASDLEDILIE
NFKEATLRNL DKTRRENPRN KFILNNVLNS AKRNSEKLID QVKSGDFKIY AVEKDFGYEN
EDNLPKVYVD DKNYLRGRID RIDKAGNFVR IIDYKTGNKT FKIINLLNGL DLQLLVYMMS
ATENEKDLMI PVGSFYMPLY DEMESVNSEG YSPETVENAM NDKFRINGLI VKINEEIFKI
IDKNAESPKE STILDYKNSD VLSPEEVVKL EQFAKSLVGE FIKNIKEGDI SLKPLAYDSN
RNECQYCDFK GICKFDETID QLRYRNFDKD KTIEDLGGED D
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