| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphy_3888 |
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| Symbol | |
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| ID | 5742285 |
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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 | Clostridium phytofermentans ISDg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010001 |
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| Strand | - |
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| Start bp | 4778508 |
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| End bp | 4782932 |
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| Gene Length | 4425 bp |
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| Protein Length | 1474 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 641295001 |
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| Product | chromosome segregation ATPase-like protein |
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| Protein accession | YP_001560974 |
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| Protein GI | 160882006 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGCCACACA TTAATCGTAT CCGTGTAAAC AACGTAAAAT ATAACTTTGG TACGCAGGCG
TATGATGATT TTATCATGAA GCCCTTCTGT CACAACACAC TCTATGACCT TGCAAATGGC
GGTGGTAAAA GTGTATTAAT GCTACTTATG CTACAGAACA TGATTCCAAA TTGTACCTTA
GATGAAAAAC AGCCGATTGA AAAGTTGTTT CGTACCGGGG ACGGAAGCCA GACCATCCAT
TCATTAATTG AGTGGAGATT AGATGATTAC GATACCGAAA ATAGCTTTCG TTATATGCTG
ACAGGATTTT GCGCAAGAAA AGCAACGAAC CAGGTACCAG AAGAGGTAAA GGATACCGCC
TCGATTGAGT ACTTTAATTA TTGTGTGTTT TATAGGGAAT ATAATGAAAA TGATATTAAA
AATCTTCCAC TTGTAAAGGA CAAAGAGAGG ATTACTTATA CAGGACTTAG AAAATATCTA
AAGGATTTAG AACGTGATAA TAATTATGAG GTTAAAATTT TTGACCGTAA GAAGGATTAT
CAGGCATTCG TTGCTTACTA TGGAATTTAT GAAAGTGAAT GGGAGATCAT TCGTGGTATT
AATAAAACCG AAGGCCATGT AAGAACTTAT TTTGAAACAA ATTATAAAAC TACTCGTAAA
GTAGTGGAGG ATTTATTAAT CGAAGAGATT ATTCAAAAGT CCTTTACACA AAAAGCAGGT
AGCTCTGAGG AAGAAGAAAC GATGTCCAAA ACCTTACTCG ATATTAGAGA AAAGCTTTTG
GAATTATCTC GCTGTAAGGA TGAAATTGCA AATTACGATA AACAAATAGA TGTATTACAA
AATTTCTCCC ATCGTTTAGA GGGCTTCGTC GATTTATATC AGGAGAAAGA ACAGTGCGAA
GAGGAATTAA GGAAGGTATA TCTAAAAGCT TCCGATATGA CAGAGGAGTC GAAAGCAAAA
TACGAAAATC TAAAAAATCA GGTAAGAGAG AGTGAAGAAA AGCGTGAGGA TTTAAAAAAA
CGCCTCGAAA GTATCCGAGT ATTTGAAACA AAGAAAGAGA CGATTAACCT TCGTGAGCGA
CTAGAAAAAA CTGAAGAAGA GTATCAGATT CTGCTTGACA AGTTGCAGTT AAATGAAGCT
CAGTTAATGA AAAAGGAATC AATGAATGAT TACCTTGAAT ATCTTAGCGA GAAGCAGAAG
AGAAATGAGG TATTAGAATC TATTCGTGCG GTTCAAAATA ATAATTCTGA CCTGCTATCG
GAGATTCATT CCCTAGTATC TGAAAAGAAG AAGCGCCTAG ATGCCTATAG AACAGAGTGT
GTTTATTTCT TGGATAGCCT TAACCTTGAG ATAATTGAAG TACAAAAGGC GCTTGAGGTC
GTAAATGACA AGGCACTATC TGGAGAAAAA GAATATGCGG TTGTTACCCA TCAATTACAG
GTGCTAAATA GTAAGAGACA GGAGCTAGGA GAAAAGATTA CGACCCTTTT AAGAGAGGCC
AATCTTTTAT TAATAGAGGA AACCGAAAAG CAAAAACAGG AAAGTGAAAC AAAACTAAGT
TCACTTAGAG AAAAGAAGAA GGTGACAGAG GAGAAAAAGT TACTAGAAGA AGCGTCCTAT
CAGGAAGCAA AAATCAGTGT AGCAAAGCTC TCACTTCAAA GTACTACCTA TAAGGATCAG
CAAGAGGAAG AAGAAAAACA GATTGAAAAA ATTGTTATAG AGCGAAAAAA ATTAGATCAA
CTACTTCATG CTTATGGGCA AAGTGGACTT AAAGAGTTAA AGCAAGAGAT TTACAAACGA
CTTAGAAAAG TTATTCAAAC AATTGCTTCA GAAAAAGAAA TTGTGTTGAA ACTGAAAAAA
GAAAAAGAAG ACTTAGAGTT AGGACGTTTC TCTGGCAATG AAGGGGTGTT ACAGCTAGCG
GCTTCAACAC TGAAATCACA TTATGGCATT GATGCAGTGA CAGGGGTAGA GTACCTTCAT
TCCCTAGATG CAAAGAAACG AAGTGACTTA AGTTTAAACC TACCATATCT TCCATACTCT
ATCATCCTTA AAGGAGAAGT AAGTACAGAA GAAATTATGC TAAAAGGGAA AGAATTTGAG
GAATATGTAA TCCCGGTAAT TCTGGAACAA AGTTTAGATT GGGTAGATAA GTTATCACTA
CCAAAAGGAA TTAGCTTATT GTCAAAGGAT CAGAGTATTC TTTTTGATGA GGAACGTATT
AAAAAGGAAG TTAATAAACT TGAGGATGAA ATTAAGGATA GAGAAAACCG CATCTATCGA
TTAGAAGATC AGGAAAAGAC ATATTCAGAA GATGAGGAAA AGGTGTCTCT CTATCAGGGA
AATCAAGAAG AAGTATATGA GCAGTTGATG GAAAGTACTA AAGCACGAAA GCACAAATTT
GAGGAAGTAG AAATTGAGCT TAGAAAAAGA CGTGAAGAGT GTGAAGAGAG AGAAAATCAG
ATCATAGCTT TCGGTCAGTT AGTTGTTGAA ATACAAAAAG AGATAGAGTC AACAGGTAGA
GAGTTAAGAA ATTTAGAGGA GTTACTTATT CTTAAGAAAG AGTTTACCTC TTGTGAAACT
GAGCTTTTTA GGGAAGAAAC AAGAAAACAA AAGATAAAAG AACTTTTATC TCAAGTAGCA
CAAGAAAAGG TAATGTTATT TGAAAAAGGT AAGGAGCTTG AATCTGTTAG AAATTCTAAC
AAAGAAGCCT TAAATAAACA GGAACTCTTA TGGGAAAGTA AATACCAGAT TTATTATAAG
GACGGGGAGC ATAAAGGAAT ATCTCTTACA GAAGAAGAGC TAACAACGAA ACTCCATGGA
TGTTTATCTG CGTTAGAATC AAAGCATACA GATTTAGAAG ATAAAAATCG TTTAGTAAAT
TCTTATGTGA ATGCTATGAA TCGTTGTCTT AAGAGTATTC AAGGTAGAAG CCTCTCCGTT
TCATTGTTAG AACAGATGCA ACAGGAAAAT CGTCTTTTTG AAACAAGCGA AAGTGAGATT
TCCTCATTAA GAGAAGTTTG TATATCACTG GAAAAGGAAA CTGAAAGTGC GAAGGCAACC
TGCGATACTC TCCGTTCGGA TTATCAAAGG CTTCTTGGTA AGTGTGATCA AGCGGTTAGT
GCATTAAAAG AACAGTATGG GGATGGTCCT TTTGAGTCTT TTGATGGCTT TGACTTAGAA
AGATTAGCAA TTGATACCAA AGAGCAATTT AATCGTTTAG AAGCAGAGGC AAAGAAATAT
CAGAGCGTAT TGGAAGCTTG TAAAAAAGAA GAAGCATTAT TCGAAGAGAT GAAAAAAGAC
ATCGTTCGTA TGCGAAAAGT TGCAGATACG TCCACATTTG AGACCACCAT AGACTCTAAT
CGAGTAAAAT ACACAGGGCT TAGCGCAGAT GAGATATTCT CAGAATTGAA GGAGCTTGAG
TCACATTTCA TTGAGAATGA AAAAAGTGTA AAACAAAAGC AGGAGGAATT TGCTCATAAT
AAAGGTAAGA CGATGGATTC CTTAAAACTT CTAGGTGCCG TTATGTTAGC GGATGAGATA
AGCCAGAATG TAAAGCGTCC GAACACAGAG TCTGAGACCA GAAAATTAAT TAATAGCCTT
AGTGAGGTCA ATGACTGTTT AACGTTAGAA AAAGACCGTA TCTTTAAGGG AATTGAAGAT
ATGCAAAATA TCAAAGACAA CTTTGAAAAT CAGTGTTTAC AGCGTTGTAT TTATATTAAA
ACAGAACTGG AACGACTTCC TAAGCTTTCT CGTATTACTT TGGAAGGAGA ATTAATTCCA
ATGATTTCTC TTCACATTCC TTATGTGAAA GAAGAGTTTT ATAAGGATAA GATGTCCTCT
TATATTGATG AAATTGTAAA GGGAGCGGAT TCTATGAAGG ATATCAATGA TAAACTTAAG
TTTATTCGCA ACGCACTGTC TTTAAAGAAG TTATTTTCTG TTATTGTCAC TGATATGAAT
GCAATTAAGC TTAGTTTGTA TAAGAGAGAA CGTATCAAAG AACAAAGCCG ACATCTTCGT
TATGAAGAAG CGGTTGGAAG CACAGGACAG TCACAGGGTA TCTATACACA GTTTTTAATT
TCGATTATTA ACTATATTAC GAATATCAAT TCTCATAGGA CAGAAAATAG TGGATTACGT
AAGGTTATCT TTATTGATAA TCCATTCGGT GCAGCAAAGG ATGTCTATAT CTGGGAGCCA
ATTTTTGAAC TTCTTAAGGC GAATCAGGTG CAGTTAATTG TTCCTGCCAG AGGTACAACA
CCAGCGATTA CGAGCCGATT TGATGTTAAC TATATCCTTG GGCAAAAATT AATTGATCAA
AGACAACAAA CTGTTGTGGT AGATTATCAT AGCTCAGTAG AAGCAAGAGA GACTGAATTT
ACTCCATTAA AGTATGAGCA GACGAGTTTT GAGTTTTATC AATAA
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| Protein sequence | MPHINRIRVN NVKYNFGTQA YDDFIMKPFC HNTLYDLANG GGKSVLMLLM LQNMIPNCTL
DEKQPIEKLF RTGDGSQTIH SLIEWRLDDY DTENSFRYML TGFCARKATN QVPEEVKDTA
SIEYFNYCVF YREYNENDIK NLPLVKDKER ITYTGLRKYL KDLERDNNYE VKIFDRKKDY
QAFVAYYGIY ESEWEIIRGI NKTEGHVRTY FETNYKTTRK VVEDLLIEEI IQKSFTQKAG
SSEEEETMSK TLLDIREKLL ELSRCKDEIA NYDKQIDVLQ NFSHRLEGFV DLYQEKEQCE
EELRKVYLKA SDMTEESKAK YENLKNQVRE SEEKREDLKK RLESIRVFET KKETINLRER
LEKTEEEYQI LLDKLQLNEA QLMKKESMND YLEYLSEKQK RNEVLESIRA VQNNNSDLLS
EIHSLVSEKK KRLDAYRTEC VYFLDSLNLE IIEVQKALEV VNDKALSGEK EYAVVTHQLQ
VLNSKRQELG EKITTLLREA NLLLIEETEK QKQESETKLS SLREKKKVTE EKKLLEEASY
QEAKISVAKL SLQSTTYKDQ QEEEEKQIEK IVIERKKLDQ LLHAYGQSGL KELKQEIYKR
LRKVIQTIAS EKEIVLKLKK EKEDLELGRF SGNEGVLQLA ASTLKSHYGI DAVTGVEYLH
SLDAKKRSDL SLNLPYLPYS IILKGEVSTE EIMLKGKEFE EYVIPVILEQ SLDWVDKLSL
PKGISLLSKD QSILFDEERI KKEVNKLEDE IKDRENRIYR LEDQEKTYSE DEEKVSLYQG
NQEEVYEQLM ESTKARKHKF EEVEIELRKR REECEERENQ IIAFGQLVVE IQKEIESTGR
ELRNLEELLI LKKEFTSCET ELFREETRKQ KIKELLSQVA QEKVMLFEKG KELESVRNSN
KEALNKQELL WESKYQIYYK DGEHKGISLT EEELTTKLHG CLSALESKHT DLEDKNRLVN
SYVNAMNRCL KSIQGRSLSV SLLEQMQQEN RLFETSESEI SSLREVCISL EKETESAKAT
CDTLRSDYQR LLGKCDQAVS ALKEQYGDGP FESFDGFDLE RLAIDTKEQF NRLEAEAKKY
QSVLEACKKE EALFEEMKKD IVRMRKVADT STFETTIDSN RVKYTGLSAD EIFSELKELE
SHFIENEKSV KQKQEEFAHN KGKTMDSLKL LGAVMLADEI SQNVKRPNTE SETRKLINSL
SEVNDCLTLE KDRIFKGIED MQNIKDNFEN QCLQRCIYIK TELERLPKLS RITLEGELIP
MISLHIPYVK EEFYKDKMSS YIDEIVKGAD SMKDINDKLK FIRNALSLKK LFSVIVTDMN
AIKLSLYKRE RIKEQSRHLR YEEAVGSTGQ SQGIYTQFLI SIINYITNIN SHRTENSGLR
KVIFIDNPFG AAKDVYIWEP IFELLKANQV QLIVPARGTT PAITSRFDVN YILGQKLIDQ
RQQTVVVDYH SSVEARETEF TPLKYEQTSF EFYQ
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