| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | YpAngola_A3922 |
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| Symbol | |
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| ID | 5802400 |
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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 | 4165886 |
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| End bp | 4170793 |
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| Gene Length | 4908 bp |
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| Protein Length | 1635 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641341711 |
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| Product | hemagglutination activity domain-containing protein |
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| Protein accession | YP_001608221 |
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| Protein GI | 162418196 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01901] filamentous haemagglutinin family N-terminal domain |
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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 | 49 |
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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 | ATGAAGAAAC ACACCTTTAA GCTCTCACCG GCAGGGAAAT TGGCGGCGGC GGTAACCATT
ATTTCGGTTT CTGTTGCCAC CTGTTATGCC GCCGGTATTG TCGGAGCAGG CGATTCTGCA
CATAAACCGG ATGTTAGCTC GGTAAATGGC ACATCGGTAA TTAATATCGT GCAACCGTCA
GCCTCCGGCT TATCACATAA CCAATTTCAG GATTTTAATG TTGGCGAAAA GGGGGCGGTA
CTGAATAACG CCACCAGTGC AGGTAACTCA ATACTTGCCG GGCAGTTAGC CGCTAACCAA
AATTTAAACG GTCAAGCGGC CAGTATTATT CTTAATGAAG TCATCAGCCG TAATCCTTCT
CTGTTATTGG GCCAACAAGA AATTTTTGGT ATGACGGCGG ATTATATTCT GGCCAACCCA
AATGGCATCA CCTGTAATGG CTGTGGTTTT ATGAATACCA ACCGCGAGTC ACTGGTCGTG
GGTAATCCCT TGATTGAACA AGGATCGCTG AAGGGTTTTG AAACTTTCAA TAACAATAAT
TGGTTGATAA TTCAAGATAA GGGGCTAACT GCTAATAAAA TATTGGATCT GATCGCACCC
AGAATTGAGG TCACAGGTAT GGTCACCTCA ACGGAAGCCA TTAATGCCTT ATCAGGTAAT
AACCAAATTT CAACTGATGG GCAAATATTA GAGTCTCGCC AAGAAGATCA TCCAAATCGT
CCAACCAGTT TGGGGGGATG GTTTAGCAGT TTGTTTTCAA GTGAAAGTGA AGAATCTATT
GATGGTAAAT ATCTTGGCAG TATGCAATCA GGCCGGATTA ATTTAGTCAG CACTCGGGAA
GGCAGTGGGG TAAAAATTGC CGGGAGTCTA AACGGTAGCG AAGAAATAAA CGCCACTATC
AAAGGAAAGC TGCAATTAGA AGCCGCCAAA TTAGGGGGTA ATGATATCAA CATCAACGCC
AATAGCATCC AGGCATTCGG TAATCTTCAT AAAAATGAAG ACAATGGGGG TGTTACGCAG
AGTCTGGAAC GCACTCAGTT AAAAGGCAAA AATATTGCTA TCGTTGCCAA TAAAAAGAAT
CAGCTTTCCG CAGTAAAAAT CGATGCTGAC AATGTGACGT TGAGAGGAGG TGAATTGGTA
TTGGATGAGA GAATCCTCAC CAAGACAGAA CAAGAATCTT CATCAGACGG TGGAAATGGG
GTGCTGGGCC TTGGTAAGTG GAATTGGTCT GAAAATAAAG AGGAGAAACA ACAAACCAGT
ATTGGCACCA CCATTACAGC GAAAAATAAT GCCTCTCTTA AATCAACTCA AGATGATATT
AAACTGTCGG CTGCCACAAT AACCGCGGGT AAAAATCTTG CCATCAAAGC CAAAAAAGAT
TTACACATAG ACGGTGCTAT TGAAGAGAAT TCAATTCACG ACTACGGCCA TAATTATAAA
CATATGGTCA AAGATGAATC TTGGAATAAT AAAACCACCA AACAAACACT CAATAAAACC
ACACTTGAGG CCGGTAAGAA TTTGGGCCTC ACCGCAGAAA ATAAAATCAC GACTCAGGGA
ATCAAAGCTT CTGCGGGGGG TGACGTCGTA ATCGATGCCA ACGACGTTAA GATTGGGGTA
CAAAAAACCA GTAATCAGGA AACAACCGAC GGTAAACATG AAAGAAACTT GGGACTCGGT
GGTGTCGATC ACAATAATAA CGATAAGTAT GCGGAAACCA GCCATAGCTC AGAAATAACC
GCTGACGGTA ATATACTCAT CAGCGTGAAA GATGACGTTG CTATTACTGG CAGTAAAGTA
AAAGCAACTA AAGATGGTTT TGTTCAAGCT AAAGAGGGTG GGATCAAAAT CGATAACGCC
ATCAGTACCA CAACCAATAA AGTTGATGAG CGTACGGGGG TAGCATTTGA TATTACCGGC
AGTTCCAAAA AAGCCAATAA CAGTGAAGAA AAATCTACCG GTAGCGAAGT CGTCTCTGAA
GCAAACCTGA AAATCATCAG TAAAAAAGAT GTCGATGTGA TTGGCAGCTT GGTAAAAAGC
GCCGGTGAAT TAGGCATTGA GACCTTAGGC GATATCAATG TCGCCGCTGC GCAGGAAAAA
CAAAAGATCG ATGAACAAAA AACCCTACTG ACAATTGATG GTTTTACCAG TGATGACGGT
AAAAATCAGT ATCAAGCGGG GCTAAAAGTG GAACACACCA GCGAGAGTGA AAAAACGGAG
AAAGTGATAA ATCACGGCTC TACTCTCGAG GGGGGCACCG TCAAACTGGA GGCAGACAAA
GATGTGACAT TCACTGGGTC ACAACTCAAT ACCACCAAAG GCGATGCGGA TATCACTGCT
GAAAACGTCT CTTTTGTCGC TGCACAAGAC ACCACCACCA GCAATAAAGA AAAAGAGACC
GTGGGTGTGA ATGCTCACTA TACCGGTGGG ATGGATAAAG CGGGTAGCGG TGCGGGGGTG
AGTTATGAAG AGACGAAGAC GGACAGCGAG AAATCAACTG CGGTCGTTTC CCATACTGAC
GTGAAAGGCG ATCTGAATCT CAACGCCAAA CAAGAGATAA CTAACCAAGG CACCGATCAT
AACGTCGAAG GCAGTTACGC GGCGAATGCA ACTAACGTTA ACAATTTAGC CGCAGAAAAC
AGTGAAACCA CCACCACAAC CACCAACACT GTCGATGTTA AATATGGTGG TAATATCGCT
TATGACGGTG TTACTCGTCC TGTCGAAAAG ACGATAGAAA GTGGTAAAAA ATTGGATGTT
GGTGGCGTTA TTGAAAACGT AGGAAATGTC GCGCCAGATT CAGTCAATGC CGGCGTAGAC
CTCTCCGTTA ATGTTGGCGA AAAAGAGAAT AAATCCAGTA ATTCTCAAGC GGTAGTGACA
TCAATAAAAA GTGGTGATAT CAGCATCACA GCAAAAGAGG ATGTCAAGGA TCAAGGAACT
CACTACCAAG CTGACAAAGG TGGAATAAAG ATTGATGCTG CCAACCACAC TTTTGAATCT
GCGGTTAATC GTGCTGAAGA ATCAGAAAAA GTCGTATCGG GCGGCGTAGA TATGCGAATT
TATACCACTA CGGGCGAAGA CATCAATGTT GATGCAAAAG GTAAGGGTGA AAATAAACAG
CAAGAGGTTA AGGCCGAGCA GGCTCAAACT GGCAGCATGA AAGCTGTTGG CGATATTATT
ATCAACGTAC AAGAAAACGC CCGTTATCAA GGGACTGATC TTGATTCTGG TGATGGAAAA
ATCGCTATCA CAGCAGGCGA AGAGATTAAA TTTGAACAAG CAACCAGCCA CCTCAGTGAA
AACCACAATA AGATTGATGC AAACGCCAAA GCAAACTTCG GTACTAAGCC GAACAGTAAA
GACTTTGGCG GCGGCTTGGG CGGCGGCCAT AGTCAAGGCA GCACCAGTGC CGATATTGCC
CAAGTCAGCC ATCTACACGG TAAGCAAGGC ATCGAGCTGA ACGCTGGAAA AGATTTAACA
CTGCAAGGTA CCGAGTTTGG CAGTAAAAAT GCCGCTACCG GTGATGTTCA ACTTACCGCC
GGTGGAAAAG TAGACTTCCA AGCGGCACAG TCACAAAGTT CTAAGCAAGA TATGACCTGG
TCTGCCAGCG TCAAGGCAGG AAAAAGCAAA AGTAACAGCA CCAGTGAAAA TGATGATGGC
ACAAAAACGC ATACTAACAA CAAAGGGTTC AGCGCAGGAG CAGAAGCCAA CGTTAAAAAC
ACTGATGAGA CCAGTCTTAC ACATCAGGGC GGCATTATTA ACAGTAATGG CGCGGTGACC
ATTAAGGCAG ACGGTAAAGA TCAGCAAGCC ATCCATCTGC AAAATACCAA CATCATCAGT
CAAGAGACCA TTCTGAACGC GGATAATGGC GGGATCGTAA TGGAATCGGC TCAGGATAAA
GAGCACAAAA ATAACTGGAA TGTTAACACC AACCTCAATG GCAGCCAGAA AAACACCATT
AAAAGCGATG ATCAAGGTGT TGTAGATAAA GATAGCGCCA AGAAAATCCA TAATGCGGCC
ATCAAACTCG ATGGCGGTGT TGATAAACTG GACTCTGTGA CGCAACAAAA CACCCATATC
AACAGTGATA AGGTGACCCT GAACAGCGCT AAAAATACCG AATTGGCAGG CGCAGTACTC
CAGGCTAACC AGATTAGTGG GCAAATCGGT GGGGATCTAA ACGTCATTAG CCGCGAAAAC
AGACTCAATA AAGTCAATGT TTCTGCCGCA CTTGGCGGCA GCCACAGTAA TGCAAAACAA
GACAGTTTGA TCAGCCAGGT AGCGAATGCC AGCCCAATTA TGTCTGATAA AATCAAGAAT
AAACTGGAAG AGAAATCTAC CAAGATCTTC GACAAAGTCG AAAATAAATT CAACACCTTA
GGAAAAGAAA AGGACGATAG CGTCCAGACC ATCAGCTATA CCAAAGACGG TCAAACAGTG
AAGATCAGCG AAGCCGATGA GAAGAAGGAA ACCAAAGATA AATGGTGGCA GAAAGGGGCT
AAATCTGTCG GTAAGAAAAT CAAAAGCGCG GTACAGGATG AACAAGTCGT CGGGGGTAAC
GGCAGCGTCA AAGCGAACGT AGAGGTTGTC GAGAGCCAAG GGGTTGAGGA GCAATCAGCT
ATCCGGGGTA CACAGAATGT GGATCTGACC GTTAAGGGTA AAACTGACCT GGTTGGCGGG
AAAATATCCA GTAAAAATTC GGATGTTAAG CTAAAAACCA ATGGGTTAGA GACGCAGGAT
ATCAACGGGA AATATACCGA AGGGGGTGCA CGATTGAACG CTTCTTCATC GGTTATGGAT
ATGATTAGCG ATGGCGCTAA GGATGTAATG GATGGCAAGG CACCGCTGGT CAGTGGACAT
GGTAAATCTG AACAGAAAAA TGCAACGGGT GGTATCACCA GAGAATGA
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| Protein sequence | MKKHTFKLSP AGKLAAAVTI ISVSVATCYA AGIVGAGDSA HKPDVSSVNG TSVINIVQPS
ASGLSHNQFQ DFNVGEKGAV LNNATSAGNS ILAGQLAANQ NLNGQAASII LNEVISRNPS
LLLGQQEIFG MTADYILANP NGITCNGCGF MNTNRESLVV GNPLIEQGSL KGFETFNNNN
WLIIQDKGLT ANKILDLIAP RIEVTGMVTS TEAINALSGN NQISTDGQIL ESRQEDHPNR
PTSLGGWFSS LFSSESEESI DGKYLGSMQS GRINLVSTRE GSGVKIAGSL NGSEEINATI
KGKLQLEAAK LGGNDININA NSIQAFGNLH KNEDNGGVTQ SLERTQLKGK NIAIVANKKN
QLSAVKIDAD NVTLRGGELV LDERILTKTE QESSSDGGNG VLGLGKWNWS ENKEEKQQTS
IGTTITAKNN ASLKSTQDDI KLSAATITAG KNLAIKAKKD LHIDGAIEEN SIHDYGHNYK
HMVKDESWNN KTTKQTLNKT TLEAGKNLGL TAENKITTQG IKASAGGDVV IDANDVKIGV
QKTSNQETTD GKHERNLGLG GVDHNNNDKY AETSHSSEIT ADGNILISVK DDVAITGSKV
KATKDGFVQA KEGGIKIDNA ISTTTNKVDE RTGVAFDITG SSKKANNSEE KSTGSEVVSE
ANLKIISKKD VDVIGSLVKS AGELGIETLG DINVAAAQEK QKIDEQKTLL TIDGFTSDDG
KNQYQAGLKV EHTSESEKTE KVINHGSTLE GGTVKLEADK DVTFTGSQLN TTKGDADITA
ENVSFVAAQD TTTSNKEKET VGVNAHYTGG MDKAGSGAGV SYEETKTDSE KSTAVVSHTD
VKGDLNLNAK QEITNQGTDH NVEGSYAANA TNVNNLAAEN SETTTTTTNT VDVKYGGNIA
YDGVTRPVEK TIESGKKLDV GGVIENVGNV APDSVNAGVD LSVNVGEKEN KSSNSQAVVT
SIKSGDISIT AKEDVKDQGT HYQADKGGIK IDAANHTFES AVNRAEESEK VVSGGVDMRI
YTTTGEDINV DAKGKGENKQ QEVKAEQAQT GSMKAVGDII INVQENARYQ GTDLDSGDGK
IAITAGEEIK FEQATSHLSE NHNKIDANAK ANFGTKPNSK DFGGGLGGGH SQGSTSADIA
QVSHLHGKQG IELNAGKDLT LQGTEFGSKN AATGDVQLTA GGKVDFQAAQ SQSSKQDMTW
SASVKAGKSK SNSTSENDDG TKTHTNNKGF SAGAEANVKN TDETSLTHQG GIINSNGAVT
IKADGKDQQA IHLQNTNIIS QETILNADNG GIVMESAQDK EHKNNWNVNT NLNGSQKNTI
KSDDQGVVDK DSAKKIHNAA IKLDGGVDKL DSVTQQNTHI NSDKVTLNSA KNTELAGAVL
QANQISGQIG GDLNVISREN RLNKVNVSAA LGGSHSNAKQ DSLISQVANA SPIMSDKIKN
KLEEKSTKIF DKVENKFNTL GKEKDDSVQT ISYTKDGQTV KISEADEKKE TKDKWWQKGA
KSVGKKIKSA VQDEQVVGGN GSVKANVEVV ESQGVEEQSA IRGTQNVDLT VKGKTDLVGG
KISSKNSDVK LKTNGLETQD INGKYTEGGA RLNASSSVMD MISDGAKDVM DGKAPLVSGH
GKSEQKNATG GITRE
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