| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A1613 |
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| Symbol | ftsK |
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| ID | 5800082 |
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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 | Yersinia pestis Angola |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010159 |
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| Strand | + |
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| Start bp | 1662499 |
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| End bp | 1666398 |
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| Gene Length | 3900 bp |
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| Protein Length | 1299 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 641339558 |
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| Product | DNA translocase FtsK |
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| Protein accession | YP_001606117 |
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| Protein GI | 162418178 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1674] DNA segregation ATPase FtsK/SpoIIIE and related proteins |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.00457522 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 42 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAGCCAGG AATATACAGA AGATAAAGAA GTTACCCTAA AAAAACTCAG CAATGGCCGC
CGTTTGCTTG AAGCTGTGTT GATTGTGGTT ACTATTTTGG CTGCGTACCT GATGGTTGCG
CTGGTCAGTT TCAATCCCTC AGACCCTAGC TGGTCCCAGA CTGCATGGCA TGAGCCTATC
CACAATTTGG GTGGGAGTAT CGGTGCCTGG ATGGCTGACA CGCTGTTTTC CACCTTTGGT
GTTTTAGCCT ACGCAATTCC ACCCATCATG GTGATATTCT GCTGGACGGC TTTTCGCCAA
CGTGATGCTA GCGAGTATCT CGATTACTTT GCCCTTTCAT TACGGCTGAT TGGCACCCTG
GCCCTGATTT TGACGTCGTG TGGGCTGGCG GCACTTAATA TCGATGATCT TTACTACTTT
GCCTCTGGTG GGGTAATTGG TAGCTTATTC AGTAATGCCA TGTTGCCGTG GTTTAACGGT
GTCGGTGCGA CCTTAACACT GCTGTGTATT TGGGCGGTGG GATTAACGCT ATTTACTGGC
TGGTCATGGT TGGTTATTGC CGAGAAAATT GGTGCAGCGG TATTAGGTTC ACTGACATTT
ATCACTAACC GCTCCCGTCG TGAAGAGCGC TATGATGATG AAGACAGCTA TCATGACGAT
GATCATGCTG ATGGCCGCGA TATCACCGGG CAAGAAAAGG GCGTCGTTTC AAACAATGCG
GTAGTGGGGG CGGGTGTTGC GGCCTCATCG GCGTTAGCCC ATGGCGATGA TGACGTTTTG
TTCTCAGCCC CTTCGGTGAC GGACAGTATT GTTGAGCATG GGTCAGTGGT TGCAACTGGT
ACAGAAACAA CTGATACAAA AGCAACTGAC ACCAACGATG AGTATGACCC ATTATTGAGT
CCGTTACGGG CTACGGATTA TAGCGTTCAA GACGCGACAT CTTCGCCAAT CGCTGACGTA
GCGGTTGAGC CGGTTCTCAA TCATGATGCG GCAGCAATCT ATGGTACGAC ACCGGTAATG
ACCAATACGG CAACACCGCC TCTGTATTCT TTTGAACTGC CAGAAGAGTC ACTGCCAATT
CAGACACATG CTGCGCCAAC TGAACGGCCT GAACCTAAGT TGGGTGCATG GGATATGTCG
CCAACGCCAG TCTCTCATTC CCCATTCGAT TTCTCGGCGA TTCAGCGCCC TGTTGGTCAG
TTAGAGAGTC GTCAGCCGGG TAGTAACCAG TCAGGTAGTC ATCAGATACA TAGCGCCCAG
AGCAGTCATA TTTCGGTAGG TAATACGCCG TATATGAACC CTGGCTTGGA TGCACAGATT
GATGGTTTAT CCACAACGAG CCTGACCAAT AAGCCAGTAT TAGCATCTGG TACTGTGGCA
GCAGCGACTG CGGCGGCGGC TTTTATGCCC GCGTTTACGG CCACCAGTGA CAGTAGCTCC
CAAATAAAAC AAGGTATTGG CCCTGAATTG CCACGGCCAA ATCCGGTTCG TATTCCAACA
CGGCGTGAAT TGGCCTCCTT CGGCATCAAG CTGCCTTCGC AGCGTATGGC AGAGCAGGAA
TTACGTGAAC GTGATGGTGA CGAAACACAA AACCCTCAGA TGGCGGCATC TTCTTACGGT
ACTGAAATAA CATCTGATGA AGATGCTGCT TTGCAGCAGG CTATCTTGCG CAAAGCGTTT
GCCGATCAGC AATCAGAACG TTACGCGTTA TCAACTTTAG CAGAACAGTC ATCTATAACA
GAACGGTCAC CTGCGGCAGA AATGCCGACC ACGCCCTCGC AGGTGAGCGA TCTTGAAGAT
GAGCAGGCTT TGCAAGAGGC AGAATTACGT CAGGCTTTTG CCGCGCAACA GCAACACCGT
TATGGGGCTA CGGGGGATAC AGATAACGCC GTTGACAACA TACGTTCGGT TGATACGAGT
ACGGCTTTTA CCTTCTCACC GATTGCTGAT TTAGTCGATG ACAGCCCGCG TGAGCCTCTG
TTCACGCTTT CTCCTTATGT TGATGAGACA GATGTTGATG AGCCAGTGCA GTTAGAAGGG
AAAGAAGAAT CTCTCCTCCA AGATTATCCT GAGCAAGTGC CAACTTACCA GCCACCCGTG
CAGCAGGCAC ATTTGGGGCA ATCCGCACCA ACTCAGCCAA GCCATACGCA ATCAACATAT
GGTCAATCAA CATACGGGCA ATCAACATAT GGCCAATCGA CACCGGCACC GGTGTCACAG
CCTGTAGTTA CATCAGCCAG TGCTATATCA ACCAGCGTTA CACCCGCTAG CATTGCGTCG
CTGAATACAG CACCGGTGAG CGCGGCACCG GTAGCGCCAT CTCCGCAACC GCCAGCGTTT
TCACAGCCGA CAGCGGCTAT GGATAGTTTG ATCCATCCCT TCCTGATGCG TAATGACCAG
CCGTTGCAAA AACCGACAAC ACCATTGCCT ACGCTTGATT TGCTGTCTTC TCCGCCTGCG
GAAGAAGAGC CGGTGGATAT GTTCGCTTTA GAACAAACCG CTCGGTTGGT TGAGGCCCGG
TTAGGTGATT ATCGGGTTAA AGCTGAAGTG GTGGGGATTT CTCCGGGGCC TGTCATTACC
CGGTTTGAAC TGGATCTAGC ACCTGGCGTT AAAGCGTCGC GAATTTCCAA TTTATCCCGC
GACTTAGCCC GCTCTTTATC GGCTATCGCG GTACGTGTCG TGGAGGTTAT CCCTGGTAAA
CCTTACGTCG GCTTAGAGCT ACCTAACAAA CATCGGCAAA CCGTTTACCT GCGGGAAGTT
CTGGATTGCG CCAAGTTCCG TGAGAACCCA TCGCCATTAG CGATTGTGCT AGGTAAAGAT
ATTGCCGGGC AACCCGTGGT GGCTGATTTA GCTAAAATGC CTCACTTACT GGTTGCAGGT
ACCACCGGCT CGGGTAAATC TGTTGGGGTG AATGCGATGA TCCTCAGCAT CTTGTATAAA
GCTACGCCAG ATGACGTGCG CTTTATCATG ATTGACCCGA AAATGTTGGA GCTGTCAGTG
TATGAAGGTA TTCCTCATTT GTTAACCGGG GTAGTTACCG ATATGAAGGA TGCCGCAAAT
GCATTGCGTT GGTGTGTCGG TGAGATGGAA CGCCGCTATA AATTGATGTC TGCTTTAGGT
GTGCGTAATT TGGCAGGCTA CAACGAGCGA GTGGCTCAAG CTGAGGCCAT GGGGCGTCCA
ATCCCGGATC CGTTCTGGAA ACCCTCTGAC AGTATGGATA TCTCACCACC AATGTTGGTA
AAACTGCCAT ACATCGTGGT GATGGTTGAT GAATTTGCTG ACCTGATGAT GACGGTGGGT
AAAAAGGTAG AGGAGTTGAT TGCCCGTTTG GCTCAAAAAG CCCGTGCTGC CGGTATCCAT
CTGGTTTTGG CAACACAGCG CCCGTCAGTG GATGTGATTA CTGGTTTGAT TAAAGCCAAT
ATTCCAACGC GTATTGCATT TACGGTATCG AGTAAAATTG ACTCGCGTAC CATCCTTGAT
CAAGGTGGTG CCGAATCACT GCTGGGGATG GGGGATATGC TGTATATGGC CCCTAACTCC
TCAATTCCGG TACGTGTCCA TGGTGCGTTT GTCCGTGATC AGGAAGTGCA TGCTGTGGTG
AATGACTGGA AAGCCCGTGG TCGTCCGCAA TATATTGATA GTATCCTCAG TGGCGGTGAA
GAGGGCGAAG GCGGTGGCCT TGGTCTGGAC AGCGATGAAG AGCTGGATCC ATTGTTTGAT
CAAGCCGTGA ACTTTGTGCT GGAAAAACGC CGGGCCTCTA TCTCAGGTGT ACAGCGCCAG
TTCCGTATCG GTTATAACCG GGCCGCGCGT ATTATCGAGC AGATGGAAGC TCAGCAGATT
GTGAGTACAC CGGGCCATAA TGGTAATCGT GAGGTTCTGG CACCACCACC CCATGAGTAA
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| Protein sequence | MSQEYTEDKE VTLKKLSNGR RLLEAVLIVV TILAAYLMVA LVSFNPSDPS WSQTAWHEPI
HNLGGSIGAW MADTLFSTFG VLAYAIPPIM VIFCWTAFRQ RDASEYLDYF ALSLRLIGTL
ALILTSCGLA ALNIDDLYYF ASGGVIGSLF SNAMLPWFNG VGATLTLLCI WAVGLTLFTG
WSWLVIAEKI GAAVLGSLTF ITNRSRREER YDDEDSYHDD DHADGRDITG QEKGVVSNNA
VVGAGVAASS ALAHGDDDVL FSAPSVTDSI VEHGSVVATG TETTDTKATD TNDEYDPLLS
PLRATDYSVQ DATSSPIADV AVEPVLNHDA AAIYGTTPVM TNTATPPLYS FELPEESLPI
QTHAAPTERP EPKLGAWDMS PTPVSHSPFD FSAIQRPVGQ LESRQPGSNQ SGSHQIHSAQ
SSHISVGNTP YMNPGLDAQI DGLSTTSLTN KPVLASGTVA AATAAAAFMP AFTATSDSSS
QIKQGIGPEL PRPNPVRIPT RRELASFGIK LPSQRMAEQE LRERDGDETQ NPQMAASSYG
TEITSDEDAA LQQAILRKAF ADQQSERYAL STLAEQSSIT ERSPAAEMPT TPSQVSDLED
EQALQEAELR QAFAAQQQHR YGATGDTDNA VDNIRSVDTS TAFTFSPIAD LVDDSPREPL
FTLSPYVDET DVDEPVQLEG KEESLLQDYP EQVPTYQPPV QQAHLGQSAP TQPSHTQSTY
GQSTYGQSTY GQSTPAPVSQ PVVTSASAIS TSVTPASIAS LNTAPVSAAP VAPSPQPPAF
SQPTAAMDSL IHPFLMRNDQ PLQKPTTPLP TLDLLSSPPA EEEPVDMFAL EQTARLVEAR
LGDYRVKAEV VGISPGPVIT RFELDLAPGV KASRISNLSR DLARSLSAIA VRVVEVIPGK
PYVGLELPNK HRQTVYLREV LDCAKFRENP SPLAIVLGKD IAGQPVVADL AKMPHLLVAG
TTGSGKSVGV NAMILSILYK ATPDDVRFIM IDPKMLELSV YEGIPHLLTG VVTDMKDAAN
ALRWCVGEME RRYKLMSALG VRNLAGYNER VAQAEAMGRP IPDPFWKPSD SMDISPPMLV
KLPYIVVMVD EFADLMMTVG KKVEELIARL AQKARAAGIH LVLATQRPSV DVITGLIKAN
IPTRIAFTVS SKIDSRTILD QGGAESLLGM GDMLYMAPNS SIPVRVHGAF VRDQEVHAVV
NDWKARGRPQ YIDSILSGGE EGEGGGLGLD SDEELDPLFD QAVNFVLEKR RASISGVQRQ
FRIGYNRAAR IIEQMEAQQI VSTPGHNGNR EVLAPPPHE
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