| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GBAA_pXO1_0019 |
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| Symbol | |
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| ID | 2820341 |
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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 | Bacillus anthracis str. 'Ames Ancestor' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007322 |
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| Strand | - |
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| Start bp | 15174 |
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| End bp | 19136 |
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| Gene Length | 3963 bp |
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| Protein Length | 1320 aa |
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| Translation table | 11 |
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| GC content | 28% |
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| IMG OID | 637682695 |
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| Product | hypothetical protein |
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| Protein accession | YP_016350 |
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| Protein GI | 47566341 |
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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 | 27 |
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| Plasmid unclonability p-value | 0.831079 |
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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 | ATGGCAAAAA AATTTGAAAT TCCGGATATT TACAAATACG AAGATATAAT AAAAGCTGCA
AAAACAGGTA ATCTTATAAT TTTTGTAGGG GCAGGTATTT CAATGTTGCT AGGATTGCCC
TCATGGAAAG GGTATGCACA AGAGATACTA GAAGATGCAA TCGAAAAAGG GGTTATAGAC
TCTGAATTGT ATGAGAAGTT GAAAGAAGAA GATCCCAAAA AAATATTAAC AATTTGTAAA
ATGCTGTTCG ATGAAAAAGA AATCATTCCT AAGTCGGCAA ATGAGATTTT TAAGTTTGAG
AAAAATGAGG AATATAAAGC AATATATGAG AAGCTATACT CAATGAATGC TATTTATATA
ACTACAAATT ATGATGAATG TTTAGATGTT TTAACTACAC CACAATCTGA TAATGAAAAA
GTTTCAAATA GTATGGATTT AAGTGAGGAA AATAAATTAA CAGAGCAGAG TTCTGAAACA
AAGGTATTTA TAGATCATAC AGAATTATTA GAAGCAGAAC TTAAAAATGG GAATGTAATT
CATATTCATG GTAGTGTAAA AAAAGAAGAA AGTATGTTAG TTACTGTACA AGATTATTTA
GAACGCTATG GGACTATTTC TAAACAGAGT CACCCAGAGG TTTCTGTATT CCTGGATCAA
GTATTTAATT CGAATTATGT CGTATTATTT ATGGGATATG GATTAGAAGA ATTTGAAATC
TTAGAATATA TGTTATCTAA AACTAAAAAC CCCAGCCATA CTATTTCACA TTATATGTTA
TTCTCAGAAA ATGAAGAAAA TCCACAAATG ACTAATTTAT ATAAAAAATA TTATAGTAAT
TTTGGAGTAG AATTAATCCC TTTTAATATA TATAAGAACA AATACGATAA TTTAATTCCT
ATAATTGATG AATGGTCAAA GGTGTTAGGG GAAGTGAGTG GAGAAAGAGA TTTTATCAGT
AAAACAATAT CCATAGATAA TGTGATGAAA TGTGATGATA CAGCTTTTGA AGTAAGGTCT
AGATCAGTAA TAAAAGAAAT TGGAAAAAGT GAATCTTTAG CATTGTACTT TTTCAAAGAA
GTTAATGGAA AGAGATGGCT AAAAAAGTTA GCAAATGCTG GTTTCTTTGA TCCTGAAGAT
GTTCCACAAC CGAAAAAAGT TGAGAACGGA TATAGAATCC CGTATTGGGA ACAAGGTGAA
TACTTAAGGA AAGTAGTAAA TCAACATGAT TTAACTGATG AAGATATAAA TGATATTTTA
GGAATAGTAA AATCTATTTC TTTCTATAAA AATAAAGAGG AAATGTATAT AGATAATTAT
CGTGTTTGGA ATCAGTTTGT TGAGGTGTTA GAACAAATCC CAAATAAATA TATTAATCTA
GAATTTCTTG ATACGATTAA CATATGGATA AAATCAATGT TTTCCGTAGA TTATATTTCT
TATAATATTG GGGAAAAGTT AGTACCTAAG TTTTTAAATT CTTCGGAACC AGAAGATATA
AAGAAGGCAG AAAAAATTAT TGAATGTTTA GTAATCCTTG ATTTTGAAAA AAATCAAGTC
AAACTTGGAA AAAATTATTT TTACAAAATA TTCACTAATG ATACAGTAAA AAAAATTGCG
GAAAAATGTT CGATGCAGTT ATTAGAGAAG ATTATGCAAC AGCTTAAAGA GTATCTTGGT
AAAGCGGAAA GAGAAATTGA GTTTGAATAT GGTGAGAAAC CATACACACT TGAAATAGCT
AAAATAAAAA AGGAATATAT TACTCGAATA GTTGAACATG GGATAATTAA ACATGAGAAT
ACAATGGAAG AAAACGGGAT AGAGAGTTTT ATGGAGCAAG TTACTAAATG GATATATACT
AAGTTTAGTA AAGATAAATT GCAGACGAAG ATAGAAGATT CTGTTAAATC TATATATATT
GATATAAACT ATAAGGAAAT GTTGAGCTTA CAGTATGAAA CTAGGAACTC ATATAATAAT
GGTTTTGAGT TAATCCTTTA TTTATTTAAA GACTTATGTA ATTACAAAAA AGGGTCACAA
ATGCAGCCGT TTCTAATTAA TCTAAAAAAT CAGGAATATC TTTTATTCAC AAAAATATTA
TTAGATGTCA TAGGAAATGA TTTTGTGAAC TATAATGATA TATTTTGGAG CACACTTGAA
CAAAGAGAAG GAACTATTGT TTTTCAAGAG TATTATTTAG AATCGGAATT AAAATTAATA
CTAGAGCAAT TAGAAACTCT AAATAATGAT CAAGAAAGTT TATTATTATA TTTAATAGAA
AAAGTATCTA ATGAAATAAC AGCTCAGGAT ATAAATGTAT GGAAACAAAA AAGGCTGAAA
GCGTTAAGGC ATATTCCTTT ATTTGAAAAA AGATATTTAA AATTAAAAGA GATAACAAAA
GTGGACCCTG AATTAAGCTC GAAAGCAAAA GTGATAGGAT CAAAATTCGT TCGAATTGTA
TCTCCAGTAA GCCAAGCTGA GCTTTTAAAT ATGAGCAACA AGGAAATCGC GAAATATTTA
AGGGAGTATG TTGAAAGCAA ACATGAGAGC ATAACAACTG TTTATTCATT GGGACAAGCG
ATTAGAGAGC TTTCTAGGGA GAACCCAGCT AAAATGGTAG AGGGCTTAAA ACAATTTATT
AATACTGATT ATTACTATAT TCATCAAATA ATACTTGGCT TGTGTGATGT TTGGAAAGAA
CAAAAAACTA TGGATTGGGA TAAATTATTG AATTTTATTA TAAGTTATAT AAACAGAACA
GAATTTTGGC AAGGTAAGTT ACTAATTAAT AAGAATAAAA GAGATTATGA TTGTAAAGTC
GTTATAAGTA TTATTTGCAA GTTATTTGTT ACAGGATCTG AAAATAAAGA ACAGGCATTT
AATCGCAAAC ATTACAATAA GGCAAAGCAG ATATTATTGT TGGTATTTAA AAAAATTATA
GATTTAGAAG AATGTAATTC AAACGATAAT AGTATTTCAT ATTTTTTAAA TTCAGTTAAA
GGAAATGTGT TAGAGGCACT GTTAAAAATG TCGGTATTAA ATAAAAATAT GGAATGGGAA
AATAAATGGG ATAATGATTT TAAAGCACTT TATAACGAGT ATTTAGAACT TAATGTTGGA
GAGGCATATA GCTTATTGGG AATGGAGCTG GCAAACTTCC TAGATTTGGA TAGGGAATGG
ACAATTGATA GAATCAATTC TATTAAATTA AAAAGTAAAT CCTGGGAAGC TTTTTTTGAA
GGGTACAGTA ACAATCTAAT TATTAATGAA GATATCTATA TTTTAATGAA AAGACAATAT
GAATCCGCTA TTGATTATAA CTTTAAAGAA AAAGAAATTA AAACAAGATT ATCAAAGGTT
TTAGTTGAAA TATATTTAAG AGGTTATGAG AAAGAGGTTG AAAAGACCCT TTATCGTAAA
GTCATGGATT CATGGAATTA TAATTTTATA AAGGAATTTA TTGATGTATT TTGTTTCATA
GAAAATGAAA AGTTAAAAGT AGATGAGAAA CAGAAGATAA TTGATTTTTG GAAGGAAATT
CACAATAAAT ATAATGGGTA TGAAACTGAA GATTTTAGCC AAGAAGATAA GAAGCTTTTA
TCAAAAATAA TATTATTAAC AAGTAAATTA GATGATATTG ATGAAACAAA TTGTGATTTA
ATTAAACGAG CAATCCCTTT TGTTGATAAT TATTTTGATG TAGTTATTGA ACTGTTATAT
GTGAAAATTA AAGAAACTGA TAATATTGGT AAAAGGAAAA TTATTGGAGA ATTAGTGGAT
GTTTGGGTGA GTGATCTAAC GCCACATAAA TACTGCCCTG AAGAAGAAAT GCTATACATA
ATAAAATATT TATATGCTGC TCAGGATAAA GAACTATTCG AATTGGCGAA CCGGGTTTGT
AATAAATTCG TGGAAAATGA CTTTATTTTT TTAAGGGATT TATTTTTAGC GCAAAATCAG
TAA
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| Protein sequence | MAKKFEIPDI YKYEDIIKAA KTGNLIIFVG AGISMLLGLP SWKGYAQEIL EDAIEKGVID
SELYEKLKEE DPKKILTICK MLFDEKEIIP KSANEIFKFE KNEEYKAIYE KLYSMNAIYI
TTNYDECLDV LTTPQSDNEK VSNSMDLSEE NKLTEQSSET KVFIDHTELL EAELKNGNVI
HIHGSVKKEE SMLVTVQDYL ERYGTISKQS HPEVSVFLDQ VFNSNYVVLF MGYGLEEFEI
LEYMLSKTKN PSHTISHYML FSENEENPQM TNLYKKYYSN FGVELIPFNI YKNKYDNLIP
IIDEWSKVLG EVSGERDFIS KTISIDNVMK CDDTAFEVRS RSVIKEIGKS ESLALYFFKE
VNGKRWLKKL ANAGFFDPED VPQPKKVENG YRIPYWEQGE YLRKVVNQHD LTDEDINDIL
GIVKSISFYK NKEEMYIDNY RVWNQFVEVL EQIPNKYINL EFLDTINIWI KSMFSVDYIS
YNIGEKLVPK FLNSSEPEDI KKAEKIIECL VILDFEKNQV KLGKNYFYKI FTNDTVKKIA
EKCSMQLLEK IMQQLKEYLG KAEREIEFEY GEKPYTLEIA KIKKEYITRI VEHGIIKHEN
TMEENGIESF MEQVTKWIYT KFSKDKLQTK IEDSVKSIYI DINYKEMLSL QYETRNSYNN
GFELILYLFK DLCNYKKGSQ MQPFLINLKN QEYLLFTKIL LDVIGNDFVN YNDIFWSTLE
QREGTIVFQE YYLESELKLI LEQLETLNND QESLLLYLIE KVSNEITAQD INVWKQKRLK
ALRHIPLFEK RYLKLKEITK VDPELSSKAK VIGSKFVRIV SPVSQAELLN MSNKEIAKYL
REYVESKHES ITTVYSLGQA IRELSRENPA KMVEGLKQFI NTDYYYIHQI ILGLCDVWKE
QKTMDWDKLL NFIISYINRT EFWQGKLLIN KNKRDYDCKV VISIICKLFV TGSENKEQAF
NRKHYNKAKQ ILLLVFKKII DLEECNSNDN SISYFLNSVK GNVLEALLKM SVLNKNMEWE
NKWDNDFKAL YNEYLELNVG EAYSLLGMEL ANFLDLDREW TIDRINSIKL KSKSWEAFFE
GYSNNLIINE DIYILMKRQY ESAIDYNFKE KEIKTRLSKV LVEIYLRGYE KEVEKTLYRK
VMDSWNYNFI KEFIDVFCFI ENEKLKVDEK QKIIDFWKEI HNKYNGYETE DFSQEDKKLL
SKIILLTSKL DDIDETNCDL IKRAIPFVDN YFDVVIELLY VKIKETDNIG KRKIIGELVD
VWVSDLTPHK YCPEEEMLYI IKYLYAAQDK ELFELANRVC NKFVENDFIF LRDLFLAQNQ
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