| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A1000 |
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| Symbol | mrcB |
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| ID | 5799463 |
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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 | 1023848 |
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| End bp | 1026322 |
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| Gene Length | 2475 bp |
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| Protein Length | 824 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 641338989 |
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| Product | penicillin-binding protein 1b |
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| Protein accession | YP_001605561 |
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| Protein GI | 162418734 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0744] Membrane carboxypeptidase (penicillin-binding protein) |
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| TIGRFAM ID | [TIGR02071] penicillin-binding protein 1B |
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Plasmid Coverage information |
| Num covering plasmid clones | 33 |
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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 | 81 |
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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 | ATGTCTGGGG ACGATCGTGA GCCGATAGGG CGCAAGGGCA AGAAAGCCCA ACCCAAAGCA
GCACCAAAAC GTCCACTGCG CCGTCGGCGT GATGAAGATG AATACGAAGA AGATTATGAC
GAAGAACAAA ATGATTATGA TGACGAGGAG GAACCGATGC CAAGAAAAGT AGCATCACGC
CCACCTCGCA AGAAACGCCG TTGGCTCGGG TTGTTGATCA AACTGTTCCT GATTGGGGCC
GTGGCTTTGG CGATCTATGG GGTTTACCTC GATTCGCAAA TCCGCAGCCG TATTGATGGC
AAAGTCTGGC AATTACCGGC TGCCGTGTAT GGCCGCATGG TCAATCTTGA GCCGGGTATG
TCCTACAGCA AAAAAGAGAT GATCGCCTTG CTGGAAGGGA TGCAATACCG TCAGGTCAGT
CGCATGACCC GCCCTGGGGA GTTCACGGTT CAGAACGACA GTATCGATAT CTTGCGCCGG
CCGTTCGATT TCCCTGATGG TAAAGAAGGC CAAATTCGCG CCCGTTTACT GTTCAAAAAT
GATCGTCTGG CCCAGATTCA AAACCTGGAT AATCAGCGTG ATTTCGGGCT ATTCCGCCTC
GATCCCAAGT TGATTACCAT GCTGCAATCA CCTAACGGTG AACAGCGTCT GTTTGTTCCG
CGCGCCGGGT TCCCTGATTT GCTGGTGGAC ACCTTGCTGG CGACTGAAGA CCGCCATTTC
TATGAGCATG ATGGCGTCAG CCCGTATTCC ATTGCTCGAG CCGTGGTCGC TAACCTGACA
GCCGGTAAAG CGGTGCAGGG GGGCAGTACG CTGACGCAAC AGTTAGTGAA AAACCTGTTC
CTGACCAATG AACGTTCGCT GGTACGTAAA CTTAACGAGG CCTATATGGC CCTGTTGATG
GATTATCGCT ACAGCAAAGA TCGGATCTTG GAACTCTATC TGAACGAAGT CTATCTTGGT
CAGAGTGGTG GTGACCAAAT CCGTGGCTTC CCGCTGGGTA GCTTGTATTA CTTTGGCCGC
CCGGTTGATG AATTGAGTCT CGATCAGCAA GCCATGTTGG TTGGCATGGT GAAAGGGGCC
TCACTGTATA ACCCGTGGCG TAATCCTAAG CTGGCACTTG AGCGGCGTAA TTTGGTCCTG
CGCTTGTTGC AGAATCAAGG GATTATCGAT GCTGAGCTTT ACACTATGCT CAGTGCCCGT
CCGCTGGGGG TGCAGCCGAA AGGCGGAGTC ATCACACCTC AACCTGCTTT TATGCAGATG
GTGCGCCAGG AGTTGCAACA GAAGTTGGGT AACAAGGTCA ATGATCTGTC TGGCGTGAAG
ATCTTCACCA CCTTGGATCC GGTTTCACAA GATGCCGCAG AAAAAGCCAT CGAAGACGGT
GTTCCGGCGC TGAGAGCCGC CCGTAATATG AATGACCTGG AAGCGGCGAT GGTGGTGGTT
GACCGTTTCA GTGGCGAAGT GCGTGCCATG GTGGGCGGTT CACAGCCACA ATTTGCCGGT
TTTAACCGTG CGATGCAGGC CCGCCGTTTG GTGGGGTCAC TTGCCAAACC ACCAACCTAT
CTGGCCGCGT TGAGTGAGCC GGATAAGTAC CGCCTCAATA CCTGGCTTTC GGACCAACCG
CTGTCGCTTA AATTGTCGAA CGGTTCATTG TGGCAGCCGA AAAACTATGA TCGCCAGTTC
CGTGGTCAGG TCATGTTGAT GGATGCGTTG GTGAACTCAC TGAACATCCC AACAGTCAAT
TTGGGGATGT CAGTGGGCTT AGATCAGATC AGCGCCACAC TGCAACGCCT TGGGATCCCG
AAATCAGTCA TTAATCCGGT CCCAGCCATG TTATTGGGGG CGATTGACCT GACTCCGGTT
GAAGTTGCGC AGGAGTATCA GACAATCGCC AGTGGTGGCA ACCGTGCACC GTTGTCGGCT
GTGCGTTCGG TTATTGCTGA GGATGGGACC GTGCTGTATC AGAGCTTCCC ACAGGCAGAA
CGTATGGTGC CTGCACAAGC TTCTTACCTG ACGCTGTATG CGATGCAGCA AGGGGTTGTC
CGTGGTACAT CACGCTCTCT CTCGGCGAAG TTCGGCAAAT ATAATCTGGC GGCCAAAACC
GGGACAACCA ACGATCTGCG TGACAGTTGG TTTGCCGGTA TTGATGGCAA AGAAGTGACC
ATTGCCTGGA TTGGGCGCGA CAATAACGGC CCGACTAAGC TGACCGGGGC CAGCGGCGCG
CTAACCTTGT ATCGCCGCTA TCTGGAAAAC CAAACGCCGT TGCCGCTGAT TCTGCAACCG
CCAGAAGGCA TTAGCCAAAT GAACATTGAT TCGGCGGGGA ACTTCGTCTG TGGTGAAGGG
AGCGGGATGC GCGTCATTCC TGTTTGGACC GAAAATCCGC AAGCTTTGTG TCAGGGATCA
ACACCCACTC AAGACCCCAC AAAACCTAAC GATGATGGTG TTGCCGATTG GATCAAAGAG
ATGTTTGGCC AATAA
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| Protein sequence | MSGDDREPIG RKGKKAQPKA APKRPLRRRR DEDEYEEDYD EEQNDYDDEE EPMPRKVASR
PPRKKRRWLG LLIKLFLIGA VALAIYGVYL DSQIRSRIDG KVWQLPAAVY GRMVNLEPGM
SYSKKEMIAL LEGMQYRQVS RMTRPGEFTV QNDSIDILRR PFDFPDGKEG QIRARLLFKN
DRLAQIQNLD NQRDFGLFRL DPKLITMLQS PNGEQRLFVP RAGFPDLLVD TLLATEDRHF
YEHDGVSPYS IARAVVANLT AGKAVQGGST LTQQLVKNLF LTNERSLVRK LNEAYMALLM
DYRYSKDRIL ELYLNEVYLG QSGGDQIRGF PLGSLYYFGR PVDELSLDQQ AMLVGMVKGA
SLYNPWRNPK LALERRNLVL RLLQNQGIID AELYTMLSAR PLGVQPKGGV ITPQPAFMQM
VRQELQQKLG NKVNDLSGVK IFTTLDPVSQ DAAEKAIEDG VPALRAARNM NDLEAAMVVV
DRFSGEVRAM VGGSQPQFAG FNRAMQARRL VGSLAKPPTY LAALSEPDKY RLNTWLSDQP
LSLKLSNGSL WQPKNYDRQF RGQVMLMDAL VNSLNIPTVN LGMSVGLDQI SATLQRLGIP
KSVINPVPAM LLGAIDLTPV EVAQEYQTIA SGGNRAPLSA VRSVIAEDGT VLYQSFPQAE
RMVPAQASYL TLYAMQQGVV RGTSRSLSAK FGKYNLAAKT GTTNDLRDSW FAGIDGKEVT
IAWIGRDNNG PTKLTGASGA LTLYRRYLEN QTPLPLILQP PEGISQMNID SAGNFVCGEG
SGMRVIPVWT ENPQALCQGS TPTQDPTKPN DDGVADWIKE MFGQ
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