| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A1971 |
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| Symbol | mukB |
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| ID | 5800441 |
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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 | 2049784 |
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| End bp | 2054241 |
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| Gene Length | 4458 bp |
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| Protein Length | 1485 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 641339894 |
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| Product | cell division protein MukB |
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| Protein accession | YP_001606444 |
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| Protein GI | 162418388 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG3096] Uncharacterized protein involved in chromosome partitioning |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 40 |
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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 | ATGATTGAAC GCGGTAAATT TCGCTCACTG ACCTTGGTTA ACTGGAATGG TTTCTTTGCC
CGAACATTCG ATCTTGATGA GCTGGTAACA ACCCTCTCCG GCGGTAACGG TGCAGGTAAA
TCCACCACGA TGGCGGCCTT CGTCACTGCG CTTATCCCCG ATCTGACCTT GCTGCATTTT
CGTAACACCA CCGAAGCCGG GGCGACCAGT GGCTCCCGTG ATAAAGGGTT GCACGGTAAA
TTACGTGCCG GTGTGTGTTA TTCCACCTTA GATGTGGTGA ATTCTCGCCA CCAGCGGGTG
GTGGTAGGCG TGCGCTTGCA GCAAGTGGCC GGGCGTGATC GCAAAGTCGA TATCAAGCCA
TTCACCATTC AGGGGTTACC AACGGCGATC CAGCCAACCG AGATCCTCAC CGAATTGGTG
GCTGAACGTC AGGCGCGGGT GCTGTCGCTA CCAGAATTGA AAGAGCGCGT TGAAGCCATG
GAAGGGGTGC AGTTTAAGCA ATTTAACTCC ATCACTGATT ACCACTCCCT CATGTTTGAT
TTGGGGGTGA TTCCAAAGCG CTTACGCTCT TCTGCCGATC GCAGCAAATT CTATCGTTTG
ATTGAAGCAT CGCTGTACGG CGGTATTTCC AGCGCCATTA CTCGCTCGCT ACGCGATTAT
TTATTGCCAG AAAATAGCGG TGTACGTAAA GCGTTCCAGG ATATGGAAGC GGCGTTACGT
GAAAACCGTA TGACACTGGA AGCTATCCGT GTCACCCAGT CTGATCGTGA TCTCTTTAAG
CATTTGATCT CGGAAGCGAC CTCCTATGTG GCTGCCGACT ATATGCGCCA TGCCAATGAG
CGGCGGATTC ACCTCGACAG TGCGCTGGTA TTGCGTCGTG ATTTATTTTC CAGCCGTAAA
CAACTGGTCA CTGAACAGTA TCGCCATGTT GAAATGTCAC GGGAGTTGGC AGAACAAAGT
GGCGCGGAAT CCGATCTGGA AACCGATTAT CAAGCGGCCA GTGACCACCT GAATCTGGTG
CAAACGGCCA TGCGCCAGCA GGAAAAAATA GAGCGTTATC AAAGTGATTT GGAAGAGCTG
ACCTATCGGC TGGAAGAACA AAGTGAAGTG GTCTCTGAGG CCAGCGAACA GCAAGCAGAT
AACGAAGCTC GGGCGGAAGC CGCCGAGTTG GAAGTTGATG AGCTAAAAAG CCAACTGGCT
GATTATCAGC AAGCGTTGGA TGTGCAGCAA ACGCGAGCTA TTCAATATCA GCAAGCGTTG
CAGGCCTTGG AGCGCGCTCG TGCTCTGTGC CAACTGCCAG AGTTAACCGC CGATAACGCG
GAAGAGTGGC TGGAAACGTT CCACGCGAAA GAGCAAGAGG CGACCGAATC GCTGTTGCAG
CTTGAGCAGA AATTAAGTGT TGCTGATGCG GCTCACAGCC AATTTGAACA GGCTTATCAA
CTGGTGGTGA ATATCGCCGG TGAAGTCAGC CGCAGTGAGG CTTGGCAAAC CGCCCGTGAA
CTGTTACGCG ATTGGCCTTC CCAACAACAT CTGGCCGAGC GGGTGCAGCC TTTGCGGATG
CGTTTGTCAG AGCTGGAGCA GCGCTTACGT GCCCAGCAGG ATGCGGAACG CTTGTTGCAG
GAGTTCTGTA AACGCCAGGG GAATGCCTAC CAGCCGGAAG AGTTAGAAGC GTTACAGCGA
GAGCTGGAAT CACAGGTCGA AGAATTGTCT CTCAGCGTCA GTGACGCAGG TGAGCGGCGG
ATGGCGATGC GTCAGGAACT GGAACAGCTG AAGCTGAAGA TTCAGGAACT GACCGCTCGT
GCGCCGGTTT GGTTGGCCGC TCAGGATGCA CTGAGCCAGC TTAGCGAACA GAGCGGTGAA
GCGTTGGAAG ACAGCCGTCA GGTGACGGAG TATATGCAGC AGTTGCTGGA GCGTGAGCGT
GAAACGACGG TTGAGCGCGA TGAAATCGCG GCCAGCAAGC GCGCCATCGA GGCACAAATC
GAACGTTTGA GCCAACCGAG CGGGGCTGAA GATGCCCGCT TAATCGCGCT GGCTGAACGT
TTTGGCGGTG TGTTGCTCTC CGAAATTTAT GACGATGTCA CCATTGACGA TGCGCCTTAC
TTCTCCGCGT TGTATGGCCC ATCCCGCCAC GGTATCGTGG TGCCTGATCT GTCATTGGTC
CGTGAGCACC TGCAGGGGCT GGATGATTGC CCAGAAGATC TCTATCTCAT CGAAGGGGAC
CCGCAGTCAT TTGATGACAG TGTGTTTGCT GTCGAAGAGC ATGAAAAAGC CGTTGTAGTG
AAAATTGCTG ATCGGCAATG GCGCTATTCT CGTTACCCTG AAGTCCCGTT ATTTGGCCGT
GCGGCGCGTG AGAACCGGCT GGAAACGCTA TATCAGGAAC GTGACCGTCT GGCCGAACGC
TATGCCACGT TGTCATTTGA TGTGCAAAAG ACTCAACGTA CCCATCAGGC ATTCAGCCGC
TTTATTGGCT CTCATCTGGC GGTGGCATTT GATGCCGATC CAGAGGCTGA AATTCGTTTG
TTGAATACCC GCCGTGGTGA AATTGAACGA GCTCTAAACG CACATGAAGA TCAGAACCAG
CAGCAGCGTC AGCAATTTGA TCAGGCTAAA GAGGGGATAT CTGCTCTTAA CCGATTGATA
CCACTGGTTT CCCTGCTATT GGATGAGACA CTGACTGACC GAGTAGAAGA GATCACTGAA
GAGCTTGCGG AAGCGCAAGA AGCGGCTCGT TATATTCAGC AGCATGGTGT CTCCCTAACC
AAACTGGAGC CGTTGTTATC GGTATTGCAA AGTGATCCAC AGCAGCATGA GCAGTTGCAG
GAAAGCTATG TACTGGCCCA AAACAGCCAG CGTTTAGCGA AACAGCAAGC CTTTGCACTG
ACTGAAGTGG TTCAACGACG TGCTCACTTC AGTTACACCG ATTCGGCTGG CATGTTGACT
GAAAATTCTG ATTTGAATGA CAAACTGCGC CAGCGTCTGG AACAAGCAGA GGCGGAGCGT
ACCCGCGCCC GTGAGCAGCT ACGTCAGTAT CAAAGCCAAT TTACTCAGTA CAGCCAGGTA
TTAGCTTCGC TGAAAAGCTC TTATGACGCC AAACGCGACA TGCTTAAAGA GCTGAGCCAA
GAGCTGGTGG ATATTGGTGT TCCGGCGGAT GCTAATGCCG AGGCGCGTGC GCGTGCACGC
CGCGATGAGT TACATGCCGC GCTAAGCACT AACCGTTCAC GACGTAATCA GTTAGAGAAA
CAACTGACCT TCTGTGAAGC AGAAATGGAC AGCTTGCAGA AGAAATTGCG TAAGCTGGAG
CGTGATTATC ATCAGATTCG CGAGCAGGTG GTCAATGCTA AAGCGGGCTG GTGTGCCGTG
ATGCGAATGG TGAAAGATAA CGGCGTTGAG CGCCGCTTGC ACCGCCGTGA ACTGGCTTAT
ATGGATGGTG ACGAACTGCG TTCAATGTCG GATAAAGCCT TGGGCGCATT GCGCCTTGCC
GTCGCGGATA ATGAACATCT GCGCGATGTG CTGCGTTTGT CTGAAGATCC GAAACGGCCA
GAGCGTAAAA TTCAGTTCTA TATCGCCGTC TATCAACATC TGCGTGAACG TATTCGTCAG
GATATTATTC GTACAGATGA TCCGGTTGAA GCCATCGAAC AGATGGAGAT CGAACTGGGC
CGCCTGACTG AAGAACTGAC CGCCCGTGAG CAGAAGCTGG CCATCAGTTC GAAAAGCGTA
TCAAATATTA TCCGTAAAAC TATTCACCGC GAACAGAACC GTATCCGTAT GCTGAATCAG
GGCCTACAAG CGGTTTCCTT TGGTCAGGTA AAAAGTGTGC GGCTGAATGT TAACGTGCGC
GAAGCCCATG CGACGTTGCT TGATGTATTG TCCGAGCAGC AAGAGCAACA TCAGGATCTG
TTCAACAGTA ACCGGCTGAC CTTCTCTGAA GCGCTGGCAA AACTGTATCA GCGTCTGAAT
CCTCAAATGG ATATGGGGCA ACGGTTGCCA CAAACCATTG GTGAGGAGTT ACTCGATTAC
CGTAACTACC TTGAATTAGA AGTCGAGGTT TATCGCGGTG CTGATGGTTG GTTGCGTGCG
GAGAGTGGGG CGTTATCAAC CGGTGAAGCT ATTGGTACGG GTATGTCGAT TCTGGTCATG
GTGGTGCAAA GTTGGGAAGA GGAGTCACGG CGCTTACGGG GTAAAGATAT TTCCCCTTGC
CGCTTACTCT TCCTTGATGA GGCCGCTCGT CTGGATGCGA AATCTATTGC GACATTATTT
GAGCTATGTG AACGGTTGGA AATGCAATTA ATTATTGCCG CACCAGAAAA TATTAGTCCA
GAAAAAGGGA CAACCTATAA GCTGGTACGA AAAGTCTTCC AAAATCATGA GCATGTACAT
GTGGTTGGCT TGCGAGGCTT TGCAAATGAA ATGCCTTCAT TGCCACCAAT AGCCGCTGAA
TTGCAACAAG GCGGTTAA
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| Protein sequence | MIERGKFRSL TLVNWNGFFA RTFDLDELVT TLSGGNGAGK STTMAAFVTA LIPDLTLLHF
RNTTEAGATS GSRDKGLHGK LRAGVCYSTL DVVNSRHQRV VVGVRLQQVA GRDRKVDIKP
FTIQGLPTAI QPTEILTELV AERQARVLSL PELKERVEAM EGVQFKQFNS ITDYHSLMFD
LGVIPKRLRS SADRSKFYRL IEASLYGGIS SAITRSLRDY LLPENSGVRK AFQDMEAALR
ENRMTLEAIR VTQSDRDLFK HLISEATSYV AADYMRHANE RRIHLDSALV LRRDLFSSRK
QLVTEQYRHV EMSRELAEQS GAESDLETDY QAASDHLNLV QTAMRQQEKI ERYQSDLEEL
TYRLEEQSEV VSEASEQQAD NEARAEAAEL EVDELKSQLA DYQQALDVQQ TRAIQYQQAL
QALERARALC QLPELTADNA EEWLETFHAK EQEATESLLQ LEQKLSVADA AHSQFEQAYQ
LVVNIAGEVS RSEAWQTARE LLRDWPSQQH LAERVQPLRM RLSELEQRLR AQQDAERLLQ
EFCKRQGNAY QPEELEALQR ELESQVEELS LSVSDAGERR MAMRQELEQL KLKIQELTAR
APVWLAAQDA LSQLSEQSGE ALEDSRQVTE YMQQLLERER ETTVERDEIA ASKRAIEAQI
ERLSQPSGAE DARLIALAER FGGVLLSEIY DDVTIDDAPY FSALYGPSRH GIVVPDLSLV
REHLQGLDDC PEDLYLIEGD PQSFDDSVFA VEEHEKAVVV KIADRQWRYS RYPEVPLFGR
AARENRLETL YQERDRLAER YATLSFDVQK TQRTHQAFSR FIGSHLAVAF DADPEAEIRL
LNTRRGEIER ALNAHEDQNQ QQRQQFDQAK EGISALNRLI PLVSLLLDET LTDRVEEITE
ELAEAQEAAR YIQQHGVSLT KLEPLLSVLQ SDPQQHEQLQ ESYVLAQNSQ RLAKQQAFAL
TEVVQRRAHF SYTDSAGMLT ENSDLNDKLR QRLEQAEAER TRAREQLRQY QSQFTQYSQV
LASLKSSYDA KRDMLKELSQ ELVDIGVPAD ANAEARARAR RDELHAALST NRSRRNQLEK
QLTFCEAEMD SLQKKLRKLE RDYHQIREQV VNAKAGWCAV MRMVKDNGVE RRLHRRELAY
MDGDELRSMS DKALGALRLA VADNEHLRDV LRLSEDPKRP ERKIQFYIAV YQHLRERIRQ
DIIRTDDPVE AIEQMEIELG RLTEELTARE QKLAISSKSV SNIIRKTIHR EQNRIRMLNQ
GLQAVSFGQV KSVRLNVNVR EAHATLLDVL SEQQEQHQDL FNSNRLTFSE ALAKLYQRLN
PQMDMGQRLP QTIGEELLDY RNYLELEVEV YRGADGWLRA ESGALSTGEA IGTGMSILVM
VVQSWEEESR RLRGKDISPC RLLFLDEAAR LDAKSIATLF ELCERLEMQL IIAAPENISP
EKGTTYKLVR KVFQNHEHVH VVGLRGFANE MPSLPPIAAE LQQGG
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