| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A0734 |
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| Symbol | |
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| ID | 5799196 |
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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 | 746063 |
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| End bp | 748618 |
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| Gene Length | 2556 bp |
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| Protein Length | 851 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 641338732 |
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| Product | enhancing factor |
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| Protein accession | YP_001605310 |
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| Protein GI | 162418142 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.0100783 |
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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 | 22 |
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| Fosmid unclonability p-value | 0.00177255 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAGACAAG TAACGAAATC AAAGAAAATT AAAATCTTGC CATACCCAGA ATGGTTAGTT
AAGGCCGGGA TGTCAAAAGG TATAGATCAT GATAGGCAAC ATTTAGGCAT TATTCTTGCT
GCAGGTGAAA TGATTAAAGT CAGACAAGTC AATGCTGAAT ATAAGGAAAA ACTTAAATTA
TATTTACTCA ATGATAATAA AAATACTCAA CGATCGATAA GTTTTAATAC TGATTGGATA
GAGCTGAGTG TCGATGCTAT TTCAGTACCC TTTATTAATA CCCCATATAG TGATGGGATT
ATTCCTGAGA TTGTTTTTGA GTATCCGGAT ACTTCTAAAT TACTGCCAGT TTATGAAAAA
GGAGAGGATG AGAGCATCTT CTTTGAAAGT TGGGATAAAC AGAATGCCGA GTTTGGCGTG
GTAGAATCAG AATATGTAAT AATTCTGATC CCGGAAGTTA GTAAGGACAG GCTAAAATCT
TTCAGTACGA GTGGCGGTAT TGATACAGTT TTGGGGTTTT ATCAAGATAT TTTTTCTTTC
AATAATTCTC TGGCTGGCTT GTCTTTTGAA CCGCAAAGAT ATTCTGACGG AAACACACGA
AATCGTTACT TTGCTAAAGC AGATAAAGGG GGCGGTGGGG CAGCATATTA TTCTAATAAT
TGGATTGCCT CATCCTCTGG TTCTATAAAT ACATTTTGGC TTTCTCCCAA TGCTACTAAC
TGGGGCTGCC TACATGAAAT TGCGCATGGT TATCAGGGCG GGTTTATTGA TGATAAATAT
TTTTCCACAA GAGAAGTATG GAATAATATT TATGCTGCCT GCTACCAAGA TGTTATGTTA
GGTGCTGAAA AGTTTAATAA AGGGTGGCTA TATAATTTCG GTAAGCAAAA AGAGGTTGAA
AAAAGTATTT TAAATAACAT TAATAATGGT AAAGAAGTAA ATGCTTGGGG GGAACGTAGC
AAATTATATT TTATCATGCT GATGCTGGAA AAAGCGGGGG TAAATTGTTT TACTCATTTC
AACCAGATAT ATCGTGAGCG TAAAAATACT GATCAAAGCG TAGGCTCGGT GTTAGATATG
CTCTCAAATA GTTTCGCAAC TGTTGAAAAT CGAGTTGATG TTACACTATT TTTACAAATG
GTTGGGGGAC ATATATCTAA AAATCAATAT CAACGTAACT TATTTAGCCA TGCAAAGGCG
GTATATCCAT TAAATCAACT CTTGCAAGGT GATGAACTCA CTGCTGTTAA GAAAACGCTA
GATTTGAATA GTGAACTCAG TCTTGTTGAT GTGGATAGTA TTGAATTTAC AGATATAAAA
AGTAATTTGA CATTGCAATT TTCTATAGAT GATTTCGCTC AGATATATGG CGAAGAATTG
CTTATACTGA ATGGTGACAA CTATGTGTAT AATCAATCTA TTATGGATAA AAAACAAACT
TTATATAATC TCCCCGTTGG TGCTTATACA TTGCGAATTC CAACAGGAAG AAATAAAAAA
TATGCACCAC AAATTAATTA TCTGATAGTG AAAAATGAAG ATAGCCAAAC ACAAGTTGAT
TTTGTCCACA GAATAGGATC TCCAATTGTT TCACAAAAAA TTTCTTTGCA GGGACTAAAT
GATTATACAT TTGCAACTAT ATTTTTTGAT CAAGAAAATG ATACTGTCAG CGTTGATATT
ACTAAGACTA AACCACATTA TCATTTCCCT GGCATGTATG CGAGAATAAG AATAAAAGAC
AAAGATAATA ATGAGCTACT CAATGAAGTT ATTACAGGAA CTAATCAATC GCTGAGTAAA
AATGATTTTC CACTATCTTC TTGTTATGTT ATTGATATCT TTCACAAAGA GCCTGGTAGG
GTAAAGCTAA CTCCGGCATA TAAAGGTGTG ATTGATAATA AATCCAGTTA CAATGAATTT
ATTATCACGC CTTATGGTTT GCAAAACATC AAATTGAATA ATGATCCAAA GGTTTTTTTA
TTGGAAAATA TAAAATCGGC AGCAGAAATG CTGCGTAGTC ACCCTATAAT GTGGCATGCG
AATTTTTCAG AAGCTAAAGA TAATATATAT TTGGCAATCG ATATCTTTCC TAGCCCACAA
AAGGAAGGTT TACTAGAGCA ATATGCTGAT TGTATTTCTT CCTACTATGA AAAGCCAAAT
GAAGACTTGG GTAATGCATT TAGTTTTATC TTTAAAGGAA TTAATGACCG AGAATTTTTG
ACAACTAAGC TTAATTTAGT GACAAAAAAA CTTGAAGTTA AAATTGTAAG TGGTACTCCA
CATAGTGGAT TCAAAAGGAC TTACGCTGTA CTACGTTATT TTAATGCTGA TGGAAATGAA
CTCCTTAATC TGGATATTAT TGGTAGTAAA AAACAGGCTG GACAAGAATG GGTATTCCCT
ATATCAGGTT ATGGTGGAGA AAAACTCTAT CTTCAACATG TGGAACCTAA AAATAGATTA
GTGATTACCA ATATTATGCA AGGAATCAGA TTATCATCGC GCACAAGCAT ACAAACCTAT
GAAATAGAAT CTTTGGGGTT GAGTCGTTGC ACCTGA
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| Protein sequence | MRQVTKSKKI KILPYPEWLV KAGMSKGIDH DRQHLGIILA AGEMIKVRQV NAEYKEKLKL
YLLNDNKNTQ RSISFNTDWI ELSVDAISVP FINTPYSDGI IPEIVFEYPD TSKLLPVYEK
GEDESIFFES WDKQNAEFGV VESEYVIILI PEVSKDRLKS FSTSGGIDTV LGFYQDIFSF
NNSLAGLSFE PQRYSDGNTR NRYFAKADKG GGGAAYYSNN WIASSSGSIN TFWLSPNATN
WGCLHEIAHG YQGGFIDDKY FSTREVWNNI YAACYQDVML GAEKFNKGWL YNFGKQKEVE
KSILNNINNG KEVNAWGERS KLYFIMLMLE KAGVNCFTHF NQIYRERKNT DQSVGSVLDM
LSNSFATVEN RVDVTLFLQM VGGHISKNQY QRNLFSHAKA VYPLNQLLQG DELTAVKKTL
DLNSELSLVD VDSIEFTDIK SNLTLQFSID DFAQIYGEEL LILNGDNYVY NQSIMDKKQT
LYNLPVGAYT LRIPTGRNKK YAPQINYLIV KNEDSQTQVD FVHRIGSPIV SQKISLQGLN
DYTFATIFFD QENDTVSVDI TKTKPHYHFP GMYARIRIKD KDNNELLNEV ITGTNQSLSK
NDFPLSSCYV IDIFHKEPGR VKLTPAYKGV IDNKSSYNEF IITPYGLQNI KLNNDPKVFL
LENIKSAAEM LRSHPIMWHA NFSEAKDNIY LAIDIFPSPQ KEGLLEQYAD CISSYYEKPN
EDLGNAFSFI FKGINDREFL TTKLNLVTKK LEVKIVSGTP HSGFKRTYAV LRYFNADGNE
LLNLDIIGSK KQAGQEWVFP ISGYGGEKLY LQHVEPKNRL VITNIMQGIR LSSRTSIQTY
EIESLGLSRC T
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