| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ECD_00928 |
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| Symbol | mukB |
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| ID | 0 |
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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 | Escherichia coli BL21(DE3) |
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| Kingdom | Bacteria |
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| Replicon accession | CP001509 |
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| Strand | + |
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| Start bp | 981416 |
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| End bp | 985876 |
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| Gene Length | 4461 bp |
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| Protein Length | 1486 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | |
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| Product | cell division protein MukB |
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| Protein accession | ACT42823 |
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| Protein GI | 253977153 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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| Plasmid unclonability p-value | 0.517636 |
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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 | ATGATTGAAC GCGGTAAATT TCGCTCACTG ACGCTGATTA ACTGGAACGG CTTTTTTGCC
CGAACTTTTG ACCTTGACGA GCTGGTCACG ACGCTTTCTG GCGGTAACGG GGCGGGTAAA
TCCACCACCA TGGCGGCGTT CGTTACGGCG CTGATCCCCG ACCTGACCCT GTTGCATTTC
CGTAACACTA CGGAAGCCGG GGCCACCAGC GGTTCGCGCG ATAAAGGTCT GCACGGTAAG
CTGAAAGCGG GTGTCTGTTA TTCGATGCTC GACACCATTA ACTCGCGCCA CCAGCGCGTG
GTGGTCGGTG TGCGTCTGCA ACAGGTTGCC GGACGCGATC GTAAAGTGGA TATCAAACCA
TTTGCCATTC AGGGACTGCC GATGTCGGTG CAGCCGACAC AGCTGGTGAC CGAAACCCTG
AACGAACGCC AGGCGCGCGT GCTGCCGCTT AACGAGCTGA AAGACAAGCT CGAGGCGATG
GAAGGCGTGC AGTTTAAACA GTTCAACTCC ATTACCGATT ACCACTCGCT GATGTTCGAT
CTGGGCATCA TCGCGCGTCG TCTGCGCTCC GCATCTGACC GTAGCAAATT CTATCGTCTG
ATCGAAGCTT CGCTGTATGG CGGGATCTCC AGTGCCATTA CCCGTTCTCT GCGCGACTAC
CTGTTGCCGG AAAACAGCGG CGTGCGTAAA GCGTTCCAGG ACATGGAAGC GGCGCTGCGT
GAAAACCGCA TGACGCTGGA AGCGATTCGT GTCACCCAGT CGGACCGTGA CCTGTTTAAG
CATCTGATCA GCGAAGCTAC CAACTACGTG GCGGCGGACT ACATGCGTCA CGCCAACGAG
CGCCGTGTCC ATCTCGACAA AGCCCTGGAG TTTCGTCGCG AGTTACATAC TTCGCGTCAG
CAACTGGCGG CTGAGCAGTA CAAACACGTC GATATGGCGC GTGAGCTGGC AGAGCACAAC
GGTGCCGAAG GCGATCTGGA AGCGGATTAT CAGGCGGCCA GCGATCACCT GAACCTGGTG
CAAACCGCAC TGCGTCAGCA GGAGAAGATC GAACGCTACG AAGCGGATCT CGATGAGCTG
CAGATCCGTC TGGAAGAGCA AAACGAAGTG GTGGCAGAAG CCATCGAACG CCAGGAAGAG
AACGAGGCTC GCGCGGAAGC TGCCGAACTG GAAGTGGACG AGCTGAAAAG CCAGCTTGCT
GACTACCAGC AGGCGCTGGA CGTCCAGCAA ACGCGCGCGA TCCAGTATAA CCAGGCGATT
GCTGCACTTA ATCGTGCCAA AGAACTGTGC CATCTGCCGG ACTTAACCGC CGACAGCGCC
GCCGAATGGC TGGAAACCTT CCAGGCGAAA GAGCTGGAAG CGACTGAAAA AATGCTCTCT
CTTGAGCAGA AAATGAGCAT GGCGCAAACC GCGCACAGCC AGTTTGAGCA GGCTTATCAG
CTGGTGGTGG CAATCAACGG CCCACTGGCG CGTAACGAGG CGTGGGATGT CGCTCGCGAA
CTATTGCGCG AAGGGGTCGA TCAGCGTCAC CTGGCAGAGC AGGTTCAGCC GCTGCGGATG
CGATTAAGCG AACTGGAACA GCGTCTACGC GAGCAGCAAG AAGCTGAGCG TCTGCTGGCA
GATTTCTGCA AACGTCAGGG CAAGAATTTT GATATCGACG AACTGGAAGC CCTGCATCAG
GAACTGGAAG CACGCATTGC CTCTCTTTCC GATAGCGTGT CTAACGCCCG TGAAGAGCGC
ATGGCACTGC GCCAGGAGCA GGAACAGCTG CAGTCTCGCA TTCAGAGTTT GATGCAGCGT
GCGCCGGTTT GGCTGGCAGC GCAAAACAGT CTCAACCAGT TGAGCGAACA GTGCGGCGAA
GAGTTTACCT CCAGCCAGGA CGTCACCGAA TATCTGCAAC AGTTGCTGGA GCGTGAGCGA
GAGGCGATTG TTGAACGCGA TGAAGTGGGC GCGCGCAAAA ACGCCGTCGA TGAAGAGATC
GAACGTTTAA GCCAGCCTGG CGGCTCTGAA GATCAGCGTC TGAACGCGCT GGCGGAGCGT
TTTGGTGGTG TGCTGCTGTC AGAAATTTAT GACGACGTTA GCCTGGAAGA TGCGCCGTAC
TTCTCAGCGC TGTATGGCCC GTCACGCCAC GCCATCGTGG TGCCAGATCT GTCACAGGTA
ACTGAACACC TGGAAGGCTT GACCGATTGC CCGGAAGATC TCTATCTGAT CGAAGGAGAT
CCGCAGTCAT TCGATGACAG CGTGTTCAGC GTTGATGAGC TGGAAAAAGC GGTAGTGGTG
AAAATCGCCG ATCGTCAGTG GCGTTATTCA CGTTTCCCGG AAGTGCCGCT GTTTGGTCGT
GCTGCGCGTG AAAGCCGTAT TGAAAGCCTC CATGCCGAGC GTGAAGTGCT TTCCGAACGC
TTCGCCACGC TCTCCTTTGA TGTACAGAAA ACTCAGCGTC TGCATCAGGC GTTCAGCCGC
TTTATCGGCA GTCATCTGGC GGTTGCGTTT GAGTCTGACC CGGAAGCAGA AATCCGTCAA
CTGAACAGCC GTCGCGTCGA ACTGGAGCGG GCGTTAAGTA ATCATGAAAA TGATAACCAG
CAGCAGCGTA TTCAGTTTGA GCAGGCGAAA GAGGGCGTTA CGGCGCTGAA CCGCATTCTG
CCGCGTCTCA ACCTGTTGGC TGATGACAGC CTGGCGGATC GCGTCGATGA AATCCGCGAA
CGTCTGGATG AAGCCCAGGA AGCCGCGCGT TTTGTTCAGC AGTTTGGCAA TCAACTGGCG
AAACTGGAAC CGATTGTTTC GGTATTGCAG AGCGACCCGG AACAGTTCGA ACAGTTAAAA
GAAGATTACG CGTACTCTCA GCAGATGCAG CGCGATGCCC GTCAGCAGGC GTTTGCCCTG
ACGGAAGTGG TGCAGCGTCG TGCGCACTTT AGCTATTCTG ACTCGGCAGA AATGCTTAGC
GGTAACAGCG ATCTCAACGA AAAACTGCGT GAACGTCTGG AACAGGCGGA AGCGGAGCGT
ACCCGCGCTC GCGAAGCGTT GCGCGGTCAC GCAGCGCAGT TGAGTCAGTA CAACCAGGTG
CTGGCTTCGC TGAAAAGTTC TTACGACACC AAAAAAGAGC TACTCAACGA TCTGCAACGT
GAATTGCAGG ATATCGGCGT GCGTGCTGAT AGCGGGGCAG AAGAGCGGGC GCGTATTCGC
CGTGACGAGC TGCATGCGCA ACTGAGCAAT AACCGTTCAC GCCGCAATCA ACTGGAAAAA
GCGCTTACCT TCTGCGAAGC GGAGATGGAC AACCTGACCC GCAAACTGCG CAAGCTGGAG
CGGGATTACT TTGAGATGCG CGAGCAGGTA GTGACCGCCA AAGCGGGCTG GTGTGCGGTG
ATGCGCATGG TGAAAGATAA CGGCGTTGAG CGCCGCTTAC ACCGTCGTGA GCTGGCTTAT
CTCTCCGCTG ATGATTTGCG TTCCATGTCG GATAAGGCGT TAGGTGCGCT GCGTCTGGCG
GTGGCGGATA ACGAACATCT GCGCGACGTG CTGCGCATGT CGGAAGATCC GAAACGTCCG
GAGCGTAAAA TTCAGTTCTT CGTGGCGGTT TATCAGCATC TGCGTGAACG TATTCGTCAG
GATATTATTC GTACCGATGA TCCGGTGGAA GCTATCGAAC AGATGGAGAT TGAACTTAGC
CGTCTGACCG AAGAATTAAC CTCCCGTGAA CAGAAACTGG CGATCAGTTC CCGCAGCGTG
GCGAACATCA TTCGCAAAAC CATTCAGCGC GAGCAGAACC GTATCCGTAT GCTCAACCAG
GGGTTGCAGA ACGTATCGTT TGGTCAGGTG AACAGCGTGC GTCTCAACGT GAACGTGCGT
GAAACGCACG CCATGCTACT GGATGTGCTC TCTGAACAGC ACGAGCAGCA TCAGGATCTG
TTTAACAGCA ACCGTTTGAC CTTCTCGGAA GCGCTGGCGA AACTGTATCA ACGTCTTAAC
CCGCAGATTG ATATGGGGCA GCGCACGCCG CAGACCATCG GTGAAGAACT GCTGGATTAC
CGCAACTATC TGGAAATGGA AGTTGAGGTT AACCGTGGTT CCGATGGCTG GCTGCGCGCA
GAGTCTGGTG CATTGTCGAC CGGTGAGGCG ATTGGTACCG GTATGTCGAT TCTGGTGATG
GTGGTACAAA GCTGGGAAGA TGAATCTCGC CGCCTGCGCG GTAAAGATAT CTCTCCTTGC
CGCCTGCTGT TCCTCGATGA AGCAGCGCGA CTGGATGCTC GTTCTATCGC CACGCTGTTT
GAATTGTGTG AGCGTTTGCA AATGCAACTC ATCATCGCAG CGCCGGAAAA TATCAGCCCG
GAGAAAGGCA CCACCTATAA ACTGGTGCGT AAAGTCTTCC AGAATACCGA ACACGTTCAT
GTCGTCGGCC TGCGAGGATT TGCGCCGCAA CTCCCTGAAA CGCTTCCAGG AACTGACGAA
GCGCCTTCTC AGGCGAGTTA A
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| Protein sequence | MIERGKFRSL TLINWNGFFA RTFDLDELVT TLSGGNGAGK STTMAAFVTA LIPDLTLLHF
RNTTEAGATS GSRDKGLHGK LKAGVCYSML DTINSRHQRV VVGVRLQQVA GRDRKVDIKP
FAIQGLPMSV QPTQLVTETL NERQARVLPL NELKDKLEAM EGVQFKQFNS ITDYHSLMFD
LGIIARRLRS ASDRSKFYRL IEASLYGGIS SAITRSLRDY LLPENSGVRK AFQDMEAALR
ENRMTLEAIR VTQSDRDLFK HLISEATNYV AADYMRHANE RRVHLDKALE FRRELHTSRQ
QLAAEQYKHV DMARELAEHN GAEGDLEADY QAASDHLNLV QTALRQQEKI ERYEADLDEL
QIRLEEQNEV VAEAIERQEE NEARAEAAEL EVDELKSQLA DYQQALDVQQ TRAIQYNQAI
AALNRAKELC HLPDLTADSA AEWLETFQAK ELEATEKMLS LEQKMSMAQT AHSQFEQAYQ
LVVAINGPLA RNEAWDVARE LLREGVDQRH LAEQVQPLRM RLSELEQRLR EQQEAERLLA
DFCKRQGKNF DIDELEALHQ ELEARIASLS DSVSNAREER MALRQEQEQL QSRIQSLMQR
APVWLAAQNS LNQLSEQCGE EFTSSQDVTE YLQQLLERER EAIVERDEVG ARKNAVDEEI
ERLSQPGGSE DQRLNALAER FGGVLLSEIY DDVSLEDAPY FSALYGPSRH AIVVPDLSQV
TEHLEGLTDC PEDLYLIEGD PQSFDDSVFS VDELEKAVVV KIADRQWRYS RFPEVPLFGR
AARESRIESL HAEREVLSER FATLSFDVQK TQRLHQAFSR FIGSHLAVAF ESDPEAEIRQ
LNSRRVELER ALSNHENDNQ QQRIQFEQAK EGVTALNRIL PRLNLLADDS LADRVDEIRE
RLDEAQEAAR FVQQFGNQLA KLEPIVSVLQ SDPEQFEQLK EDYAYSQQMQ RDARQQAFAL
TEVVQRRAHF SYSDSAEMLS GNSDLNEKLR ERLEQAEAER TRAREALRGH AAQLSQYNQV
LASLKSSYDT KKELLNDLQR ELQDIGVRAD SGAEERARIR RDELHAQLSN NRSRRNQLEK
ALTFCEAEMD NLTRKLRKLE RDYFEMREQV VTAKAGWCAV MRMVKDNGVE RRLHRRELAY
LSADDLRSMS DKALGALRLA VADNEHLRDV LRMSEDPKRP ERKIQFFVAV YQHLRERIRQ
DIIRTDDPVE AIEQMEIELS RLTEELTSRE QKLAISSRSV ANIIRKTIQR EQNRIRMLNQ
GLQNVSFGQV NSVRLNVNVR ETHAMLLDVL SEQHEQHQDL FNSNRLTFSE ALAKLYQRLN
PQIDMGQRTP QTIGEELLDY RNYLEMEVEV NRGSDGWLRA ESGALSTGEA IGTGMSILVM
VVQSWEDESR RLRGKDISPC RLLFLDEAAR LDARSIATLF ELCERLQMQL IIAAPENISP
EKGTTYKLVR KVFQNTEHVH VVGLRGFAPQ LPETLPGTDE APSQAS
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