| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0398 |
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| Symbol | |
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| ID | 8397172 |
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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 | 450500 |
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| End bp | 454444 |
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| Gene Length | 3945 bp |
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| Protein Length | 1314 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644994756 |
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| Product | chromosome segregation ATPase-like protein |
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| Protein accession | YP_003152168 |
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| Protein GI | 257065912 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGAATAAAA AAGATTTCAC TAAAATGGCA CTGATTATGG CTCTTTCAAC AAGTTTATTT
TCATTAAGCC CTGTAAAGGC CCATGCTGAA GGAGAAAATC TAGACAGTGG AAGTAAGGAT
GTAAGGCAAG AAAATAAAAG CGAAGAAGAA GAGCTTAGGG AAATTTTACA AGAAGCTAAA
GAGGAACTTG ATAATAGCGA AACTAGCTTA AATGATAGCG GAAATGAAAA GGCTCTTAAC
GATAAGGCTA TAGGAGAGAA AGAATCTGAT CTTAAAAATA AAGATGATCA AAAGAAGTCC
CTCGAAGAAG ATTTGGACAA CTCTTTAGTC CAAAAGATTA AAGGCGAAGA AGACAAAATA
GAAAAAGATA AGGCTGAACT TCAAAAAACA GAAGTAGAAA ATAAGGAAAT CAACGAAGAG
CTTATCCATA CAAATAATGA ATCTCAAGCT TATAAAAATC AAAAAGAAGA AGATCTTGGA
AAATTAGAAG AATATAAGAA GGGCTTTAGG GAAGAAGACC TAGAAGATGA TAGAGAAGAA
GCAAGAAAAT CTGTAGAGAC AGAAAAATCT GCTAAGGAAA AATTAGAAAA AACTAAGGAA
GAACTCAAAA CTACTGATAA AAATATCAAA GAAATTAATG ATAAGAAAAA GCTAGCTCAA
GAAAAGCTCC TCCAAAAAGA AGAAGAGATT GAAGGCTTGA ATAAACAAAT AGGAGAAAAA
GAGAAATCCT TAGCAGAAAA GAAAAAAGCC CTAGAAGAGA AAGAAATTAC AAGCGAAGAA
TATGGAAAGC TATCTCAAGA GATAGAGGAT CTAAAAAAAG ATGCTAGTAA AAAGCAAGAT
GAAATTAATA ATTTAAGTAA GGAAATAGAC CAAGTCCAAG AGCAAATATC TGATGCGGAA
GAAAAAATTA GAAGAATAAA CGAGGCTAAT GGTAAAGATG AAATCATCAA GGACCTTGAA
GATCAAAAGA ATCAAAAACT AAAAGAGAAA ACCAGTCTTG AGGAAGAAAA TAAAAATCTT
GATAAGGAAA TTGAAGAATT ATCTAATAAG GAAAAAAAAT TCGATCAAAA GAAGGCGACA
GATGAGCTAG AAAAGCAAAA TTTAGAGCAA AATCTAACAG AAAAAGAAAA AGCTTTCAAT
ACTAACAAGA CTATGGCTGA CAAAACTTCT AAGGAATTAG AGGAAAAGAA AACTGAGTTA
AGTAAGGTCA AAGATAAGTT ATCTAGCCCT CTTAGCGAAG AGGAAAAGGC AGAGGCTATA
AAACAGTGGG AGAAGGGGTC CGTAGGATTT TTCGAGGCTA ATGGATCTTA CGATGCTCTT
GATGTTTTTA AAAAAGAAGT TCCTTATGAT AATTTCTATG ATACTGGAGC AAACTCTGCT
GCCTATATAG AGGCTAATAA GATCTATACT AAAGATGATT CAAGAGACCT TGACAGGATG
AAAGCTTCAA TTGATGCCAT AGAAAAATTA AATAAAATAA GGCAGGAAAA GGGCGGCATC
GATGGAAGAA AGCTTTCTAT AGTAGGGATT TCAGATTTTG AAATGGCAGT GGCCCAAGCT
AATGCTAACT ATTCTCAAAA CAGAAGTCAT GCCAAACAAT ACAATCCTCC ATTTGAGAAT
CTCTATTGGT CCACAAACCC ATCTGTTGAT GATGCACTTG AAGGCTGGTA TAGCGAAGAT
GTCTTATTTA AGGAATTAAG AAAACGAGGC TATAAGTCAA AAAGCGAAAT GACTCAAGCC
TTAAATAGTG ATGAAGGCTT GAGAGAAGAA TTAGAGAAAG CCGGATTTGA AAATTTACAA
GTTGGTCATT ATACTAATAT TGTAGATCAT CTGATGTGGC CAGAGAAATG GTCTATGAGA
GATTCCAAAG CCGCAGGCTA TGCCATAAGG CCTTCAAATC TGTATAAACC TATGTATGAA
GCTGAAGTTC ATTCTCTAGT CTTAAACCAT AGAGAGGGTC AAGAAGATAG GTCTTTGGTA
TATTCGGTTG AAGAATATAA GGAAAAGTTC AACAAATATT ATGAGGACTT AAAGGCTAGG
ATGGAAGGAA AGAGAGTCAT TACTGAAGAA GACGAAAAAT CCCTCCAAAT CCTAGAAAAT
GAAGTTAAAA GTCTAGAAGA AAAAGTAAAA AGCCTTAATG ATAAATTGGC AACATCAATT
AAAGAAGTTG AAGATGCGGA ATTAGCCTTA AAGAATAAGT CTAGTGAGAT ACAAGGCTTG
GATCAAAGTA TCGAAGAATT AAAGAAAGAT CTAGGAGCAA AGGAAGCTAT AAAGGAAGAC
AATAGTAAGT CTATCGAGAC TTTAGATCAA GGAATAAAGG AATTAGAAGT AAAGATAGAA
GATTATAAAA AATCTGATAA TAAAGATCAA GTTCCTTCTA GTGAATTAGA AAAAGCTATC
AAGGAAAAGA AAAACATCTT GGAAGAAAAA GAAACAAGTC TTGCTAGCCT TAAGGAAGAT
CAAAAAAATA TTAATCAAAA AATCCAAGAT GACAATAATA AGCTAAGTTC ACTTGATAAG
GAAAGATTAG ACCTAGAAAA TTCTATAAAA GGACTAGAAG CTGAGCTTTC TGATGGAAAA
GTAAAGCTAG AAGAATCAAA GAAAGACCTA GGTAAAATAA ATGAGTCTTT AAAAGATTTA
GATAGGGAAA GCGAAAGTCT AGCAGATCGT AAAAATCAAC TAGAAACTGT CCTAGAAGAA
AGTCAAGATG ATTTGGATAA GAAAACTAGA GATAGGGAAG CTAAGGAAGA GAAATTAAAA
AATACTCTTG AGAAAATTGA GCTTATTAAC TCCTTGGAAG AAGCTATTAA AAAAGCTGAT
GATAAGATAA AAGCCCTAGA AGAAAGAAAA ATAGAAGTAT CTAACAAAAA AACACAAAAT
GAAGCAAAAA TTAAATCTTT GGAAGAAAAG ATAGAAGAAG GTAAGAAAGA TCTAGAGGCT
CTAAGAGAAA TCAACCTCGA TGATTACGAC AGCTTGAAGG GAGAAGAGGA CCTAAGAGAG
ACTTATGAAA GAATAGAAGA AATCAAGCAA GAGAAAAAGA TCCTAGAGAA AACTCTGGCA
GAGCTTAAGG ATAAGGGCGA AGAATTATCA GAAAAGTACG ATAAAGATAG AAAAGTCTAC
GCAGAAAAAC TAGCTATTTA CAAGAAAGCT AAGGAAAATT TAGAAACTTA TAAGAAAAAG
CACAGACCAC TTCCTATAAT TCCTCAACTT CCAAATAATT CAAATACTGG CAAATATGGT
AAAGATGAGG AATTTACCTA CGATATAGAA GCCATAAAAG AAATCTTAGA AGAAATAAAA
AGAGACTTCG CATTTAATGA ATTTGAGAAT GGAGATAAGG ATCAAAATGA TAAAGAAATC
AAAGGCGAAA AAGAACTAAG CTTTATGGAA AGAATCCTTA GAGATATCTA TTATTACAAT
ATCGACAGCA TAGATCGCAT TTCTCTAGAA AATCTTAATA GCAAGGAAGA TTTCGTAGAA
GCACTTCTTA CAAATATAGA CGATAAATCA AAACTTAGCC TTAAGATTGC AGATAGTGAT
TTGGATGTAG ATCAGAAGTT AAGAAATGAG AAAAAGACTC TTATCAAGGA TATAGAAGTT
CTTATATGGG AAAATGAAGC TGAGGATAAG AATAGAGCTG ATTTTGTAAT TGGAGATAAG
TACTTTATCT TAGAAGGAAG CCATATAAAT AATGAGGAAT TCTTTGAAAG ACTAGATACA
TTGATAGATA GTATCAAAAG AGAATTAAAT TACCAAGCAG AAGATTTAGA TGAAAGCCTA
ATCAAAAAGC GTGATGAAGC GAACATTACT CTAAGGGCTA GCGAAAGCAT TATTAATAAC
TTCCCTAATC TTAGAAAGGC TATGGGAGAA AAGCTATCCA GCCTAATCTT AAGGTCTAGG
TTCCTAATTA AAAAAGCTGA TTTTATCCTA AAAAATAAAA ATTAA
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| Protein sequence | MNKKDFTKMA LIMALSTSLF SLSPVKAHAE GENLDSGSKD VRQENKSEEE ELREILQEAK
EELDNSETSL NDSGNEKALN DKAIGEKESD LKNKDDQKKS LEEDLDNSLV QKIKGEEDKI
EKDKAELQKT EVENKEINEE LIHTNNESQA YKNQKEEDLG KLEEYKKGFR EEDLEDDREE
ARKSVETEKS AKEKLEKTKE ELKTTDKNIK EINDKKKLAQ EKLLQKEEEI EGLNKQIGEK
EKSLAEKKKA LEEKEITSEE YGKLSQEIED LKKDASKKQD EINNLSKEID QVQEQISDAE
EKIRRINEAN GKDEIIKDLE DQKNQKLKEK TSLEEENKNL DKEIEELSNK EKKFDQKKAT
DELEKQNLEQ NLTEKEKAFN TNKTMADKTS KELEEKKTEL SKVKDKLSSP LSEEEKAEAI
KQWEKGSVGF FEANGSYDAL DVFKKEVPYD NFYDTGANSA AYIEANKIYT KDDSRDLDRM
KASIDAIEKL NKIRQEKGGI DGRKLSIVGI SDFEMAVAQA NANYSQNRSH AKQYNPPFEN
LYWSTNPSVD DALEGWYSED VLFKELRKRG YKSKSEMTQA LNSDEGLREE LEKAGFENLQ
VGHYTNIVDH LMWPEKWSMR DSKAAGYAIR PSNLYKPMYE AEVHSLVLNH REGQEDRSLV
YSVEEYKEKF NKYYEDLKAR MEGKRVITEE DEKSLQILEN EVKSLEEKVK SLNDKLATSI
KEVEDAELAL KNKSSEIQGL DQSIEELKKD LGAKEAIKED NSKSIETLDQ GIKELEVKIE
DYKKSDNKDQ VPSSELEKAI KEKKNILEEK ETSLASLKED QKNINQKIQD DNNKLSSLDK
ERLDLENSIK GLEAELSDGK VKLEESKKDL GKINESLKDL DRESESLADR KNQLETVLEE
SQDDLDKKTR DREAKEEKLK NTLEKIELIN SLEEAIKKAD DKIKALEERK IEVSNKKTQN
EAKIKSLEEK IEEGKKDLEA LREINLDDYD SLKGEEDLRE TYERIEEIKQ EKKILEKTLA
ELKDKGEELS EKYDKDRKVY AEKLAIYKKA KENLETYKKK HRPLPIIPQL PNNSNTGKYG
KDEEFTYDIE AIKEILEEIK RDFAFNEFEN GDKDQNDKEI KGEKELSFME RILRDIYYYN
IDSIDRISLE NLNSKEDFVE ALLTNIDDKS KLSLKIADSD LDVDQKLRNE KKTLIKDIEV
LIWENEAEDK NRADFVIGDK YFILEGSHIN NEEFFERLDT LIDSIKRELN YQAEDLDESL
IKKRDEANIT LRASESIINN FPNLRKAMGE KLSSLILRSR FLIKKADFIL KNKN
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