| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A3894 |
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| Symbol | hasR |
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| ID | 5802372 |
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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 | 4132539 |
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| End bp | 4135031 |
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| Gene Length | 2493 bp |
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| Protein Length | 830 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641341685 |
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| Product | TonB-dependent heme receptor HasR |
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| Protein accession | YP_001608195 |
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| Protein GI | 162420956 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | [TIGR01785] TonB-dependent heme/hemoglobin receptor family protein
[TIGR01786] TonB-dependent hemoglobin/transferrin/lactoferrin receptor family protein |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | ATGGATAATA TAATTAGAGA TAAAAAAACA ATAATTTCAG TGAATAAAAT TACAACTTGT
ATATTATTCG CATTGGTAAC GCAAGGATAT TCAGGGCAGC TAGCGGCAAA TACAGCCGAA
ACCCCCACTA ATAATAACGA TATGGCGTTG GATAAATTAA ACGTCGAAGG TAAAGGGAAT
GCCCATGATA GCGATTGGAT ATATGACGAA CCCCGCTCGG TCAGTGAAAT TACGCGGGAA
CAACTTGATA ACCGGCCCGC TCGCCACGCT GCAGATATTT TAGAACAAAC TCCCGGTGTC
TATTCCAGCG TTAGCCAACA AGACCCTGGG CTTTCAATAA ATATTCGCGG CATACAAGAT
TATGGCCGTG TAAATATGAA TATTGACGGT ATGCGTCAGA ACTTTATGAA AAGCGGTCAT
GGTCAGCGCA ATGGGTCGAT GTATATTGAC CCAGAAATTT TAAGCAATGT GGTGATTGAA
CGGGGCATTT TCAACGGTAT TGGTGGGGCG GGAGCCATTG GCGGTATCGC CACCTTTAAT
ACCATCAATG CCAGTGATTT TTTGGCCCCA GAGAAAGAGC TGGGCGGGCA TATCCGGGCA
ATGACCGGGG ATAACGGCAC CCGCTTTATT GGCAGCGGTG CGTTGGCGCT GGGCAACCCA
AATGGCGATA TATTACTTGC TGTTAGTGAA CGTAACCTGA AGGATTATTG GCCGGGGAAT
AAAGGCGTTT TGGCCGGGTT GCGTCTCTAT AGCCCTACCA GAAACGTCGG CGATGACTTA
AAGAATACCA AGACATTGTT TACAGGCTAT AAAATGCGTT CGCAGCTCGC TAAAGTCGGT
TGGAATTTTG AGGCCGGCCA GCGTTTGGAG TTCAGCTATT TACAAACACA AATCGCCAGC
CCCAATGCCA GTATGCTGTC AGAAGTTCTG GCATTGTCGC CATCAGGGAA AGAGATAACA
AAGATTGGCT GGAGGAACAC AAGTTTTACT AACGTGGAAA ACCGTAATAT TGCGTTAGAT
TACCGCCTGA ATCCTGAGCA TATTAGTTGG CTGGATGCAA CGGCAAAGAT CTATTACGTT
GATACCAATG ATGAAACTGA TAATGCTAAT TCCCTTTTCA AGGAATATTT CTGGACTCAA
ACACGCCTGA AAACCCGTGG CTTACAATTG CAAAACACCA ATACCTTTAC CCCATCGGAT
GCGCATCAAA TACGGTTGAA ATATGGTTTG GAATGGTTTA GCGATAAATC TGAGGGGTAC
TCAACACGCA AACTTATTGA AAGGACGACC CCCCCCGGCA AGCGCGCTAT CACCAGTACC
TTTGCTCAAC TTAACTACGA ATATGATGAT TGGCTGCGGT TGGAAGGAGG GCTGCGTTAT
GATCAATTCC GTTTGAAAGG CAATACCTGG CTCCATACCC GCTCTTTCCT GCAGCCCTAT
ACTTTTGAGA ACCCCTGTGA CCGAAGGATA CATGAGCAGT CTGAAAAGCC TGGATCGCGG
TGTTCATCTA GGAGACCCGC AACAATGAGG TGGGATGTTG ACCGCTGTGA ACAGCAACTC
TCGCCAACGT TGGCGATGGG GGTCAAGCCT GGCCTCGAAT GGCTGGAGTT TTTTGGCAGC
TACGGTAAAT CCTGGCGGCC ACCGGCAATG ACAGAAGTGT TAGCAACCGG CACCGCCCAT
GGTTACAGTT GGGTCTTACC TAATCCTTTC GTGGCCGCCG AACGTGCCAG AACGTGGGAG
GCGGGGTTTA ATATTCAGCA GTCCAATTTA TTTATCGAAG ACGATCACTT TGCCGCGAAG
GTCGCTTATT TTGATACCCG TATTGCCAAC TATATTAACC TTGAATTAGG TAAGGCCAAA
CCCAAGTTTG GGGGGGATTC TTTTACTGAT GTAGCTTATG TCAATAATTT ACTCAAAACC
CGTTTCCGTG GCTTAGAATA TCAATTAAGT TATGATGCTG GCACATTTTA TACCAATATT
AATTACACCA GAATGATTGG TGTAAATAAT GTTTGTTCAC CATATGCTTG GTTAGGCGGC
TTACAGTCAG TAAAATATAA GTACGTTGGA AAGGTAGAGC AAATTTATGC CGTTGAAAAT
GAGGTGGCCA ATAATTATGT AACCTGTATG AATGCCAATG TGTTATTTGG CTCATCGGCT
TATTTACCGG GTGATCGCGG TAGTTTAACT TTGGGGAGTA GAATATTTGA TAGAAGGCTA
GATTTTGGTA CTGTTATCCG TTATAACAAA GGGTATCAGG ATCGTTCAGC GCAAGATGAA
AATGGTAATC CACTGACGGC TTATGTTGCC GATTGGCCGA AGTATATCGT ATATGATCTT
TATGCCAGTT ATAAGGTAAC GAATAATTTA ATATTGCGTA GTTCAATAGA AAATATAACT
AACCGTGCAT ATTTAGTTAA TTATGGCGAT ACACTTTCAT TCGCCCCTAG TCGCGGTAGG
ACTATTCAGG GTGGATTTGA ATATAAATTC TAA
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| Protein sequence | MDNIIRDKKT IISVNKITTC ILFALVTQGY SGQLAANTAE TPTNNNDMAL DKLNVEGKGN
AHDSDWIYDE PRSVSEITRE QLDNRPARHA ADILEQTPGV YSSVSQQDPG LSINIRGIQD
YGRVNMNIDG MRQNFMKSGH GQRNGSMYID PEILSNVVIE RGIFNGIGGA GAIGGIATFN
TINASDFLAP EKELGGHIRA MTGDNGTRFI GSGALALGNP NGDILLAVSE RNLKDYWPGN
KGVLAGLRLY SPTRNVGDDL KNTKTLFTGY KMRSQLAKVG WNFEAGQRLE FSYLQTQIAS
PNASMLSEVL ALSPSGKEIT KIGWRNTSFT NVENRNIALD YRLNPEHISW LDATAKIYYV
DTNDETDNAN SLFKEYFWTQ TRLKTRGLQL QNTNTFTPSD AHQIRLKYGL EWFSDKSEGY
STRKLIERTT PPGKRAITST FAQLNYEYDD WLRLEGGLRY DQFRLKGNTW LHTRSFLQPY
TFENPCDRRI HEQSEKPGSR CSSRRPATMR WDVDRCEQQL SPTLAMGVKP GLEWLEFFGS
YGKSWRPPAM TEVLATGTAH GYSWVLPNPF VAAERARTWE AGFNIQQSNL FIEDDHFAAK
VAYFDTRIAN YINLELGKAK PKFGGDSFTD VAYVNNLLKT RFRGLEYQLS YDAGTFYTNI
NYTRMIGVNN VCSPYAWLGG LQSVKYKYVG KVEQIYAVEN EVANNYVTCM NANVLFGSSA
YLPGDRGSLT LGSRIFDRRL DFGTVIRYNK GYQDRSAQDE NGNPLTAYVA DWPKYIVYDL
YASYKVTNNL ILRSSIENIT NRAYLVNYGD TLSFAPSRGR TIQGGFEYKF
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