Gene BAS3868 details

Gene Information

• Locus tag: BAS3868
• ID: 2851735
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Bacillus anthracis str. Sterne
• Kingdom: Bacteria
• Replicon accession: NC_005945
• Strand: -
• Start bp: 3818689
• End bp: 3820533
• Gene Length: 1845 bp
• Protein Length: 614 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 637507105
• Product: GTP-binding protein TypA
• Protein accession: YP_030118
• Protein GI: 49186866
• COG category: [T] Signal transduction mechanisms
• COG ID: [COG1217] Predicted membrane GTPase involved in stress response
• TIGRFAM ID: [TIGR00231] small GTP-binding protein domain; [TIGR00485] translation elongation factor TU; [TIGR01394] GTP-binding protein TypA/BipA

Plasmid Coverage information

• Num covering plasmid clones: 14
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGTTGAAAA AACGACAAGA TTTACGTAAT ATAGCAATTA TTGCCCACGT TGACCATGGT 
AAAACAACAC TTGTTGACCA GTTATTACGT CAAGCGGGGA CTTTCCGTGC GAACGAACAC 
GTTGAAGAAC GCGCAATGGA TTCAAATGAT CTAGAAAGAG AACGCGGTAT TACAATTTTA 
GCGAAAAATA CTGCGATTCA CTATGAAGAT AAAAGAATTA ACATTTTAGA TACACCAGGT 
CACGCTGACT TCGGTGGAGA AGTAGAACGT ATTATGAAAA TGGTTGATGG TGTATTACTT 
GTTGTTGATG CATATGAAGG TTGTATGCCA CAAACACGAT TTGTTTTAAA GAAAGCTCTT 
GAGCAAAACT TAACTCCAAT CGTAGTTGTA AATAAAATTG ACCGTGACTT CGCTCGTCCT 
GATGAAGTAG TTGATGAAGT AATCGACTTA TTCATCGAAC TTGGTGCAAA CGAAGATCAA 
TTAGAGTTCC CAGTTGTATT TGCATCAGCA ATGAACGGAA CAGCAAGCTT AGATTCAAAC 
CCAGCAAATC AAGAAGAGAA TATGAAATCA TTATTTGATA CAATTATTGA ACATATTCCT 
GCACCAATTG ATAACAGCGA AGAGCCACTT CAATTCCAAG TAGCACTTCT TGATTACAAC 
GACTATGTTG GACGTATCGG GGTTGGACGC GTATTCCGCG GTACAATGAA GGTTGGACAA 
CAAGTTGCTT TAATGAAAGT AGACGGAAGT GTAAAACAAT TCCGCGTAAC GAAACTATTT 
GGTTATATGG GATTAAAACG TCAAGAAATT GAAGAAGCAA AAGCTGGAGA CTTAGTAGCT 
GTTTCTGGTA TGGAAGACAT TAACGTAGGT GAAACAGTAT GTCCAGTTGA ACATCAAGAT 
GCGTTACCAT TATTACGTAT TGATGAGCCA ACACTACAAA TGACATTCCT TGTAAATAAC 
AGCCCATTTG CAGGTCGTGA AGGTAAATAC ATTACATCTC GTAAAATTGA AGAGCGTCTT 
CGTTCACAAT TAGAAACAGA TGTAAGTTTA CGCGTAGATA ATACAGAATC TCCTGATGCG 
TGGATCGTAT CTGGACGTGG GGAACTACAT TTATCTATCT TAATCGAAAA CATGCGTCGT 
GAAGGTTATG AACTACAAGT ATCTAAACCA GAAGTAATCA TTAAAGAAGT TGATGGCGTA 
AGATGTGAGC CTGTAGAGCG TGTGCAAATT GATGTACCTG AAGAATACAC TGGTTCTATT 
ATGGAATCTA TGGGTGCACG TAAAGGTGAA ATGTTAGATA TGGTGAATAA CGGAAACGGT 
CAAGTTCGCC TTACTTTCAT GGTTCCAGCA CGTGGTTTAA TTGGTTACAC AACAGAATTC 
TTAACATTAA CTCGTGGTTA CGGTATTTTA AACCATACAT TCGATTGCTA CCAACCAGTA 
CACGCTGGAC AAGTTGGTGG ACGTCGTCAA GGTGTTCTAG TTTCACTTGA AACAGGAAAA 
GCATCACAAT ACGGTATTAT GCAAGTTGAA GACCGTGGTG TAATCTTCGT TGAACCAGGT 
ACAGAAGTAT ATGCTGGTAT GATTGTTGGA GAACACACTC GTGAGAATGA CTTAACAGTT 
AACGTTGTGA AAATGAAACA ACAAACTAAC ATTCGTTCTG CGACAAAAGA TCAAACTTCA 
ACAATGAAAA AACCACGCTT AATGACTTTA GAAGAGTCAT TAGAGTACTT AAACGATGAC 
GAGTTCTGTG AAGTAACTCC AGAATCAATT CGTTTACGTA AAAAGATTCT TGATAAGAGC 
GAACGTGAAA GAGCTGCTAA GAAAAAGAAA TCTGTAGAAG CGTAA 

 

Protein sequence

MLKKRQDLRN IAIIAHVDHG KTTLVDQLLR QAGTFRANEH VEERAMDSND LERERGITIL 
AKNTAIHYED KRINILDTPG HADFGGEVER IMKMVDGVLL VVDAYEGCMP QTRFVLKKAL 
EQNLTPIVVV NKIDRDFARP DEVVDEVIDL FIELGANEDQ LEFPVVFASA MNGTASLDSN 
PANQEENMKS LFDTIIEHIP APIDNSEEPL QFQVALLDYN DYVGRIGVGR VFRGTMKVGQ 
QVALMKVDGS VKQFRVTKLF GYMGLKRQEI EEAKAGDLVA VSGMEDINVG ETVCPVEHQD 
ALPLLRIDEP TLQMTFLVNN SPFAGREGKY ITSRKIEERL RSQLETDVSL RVDNTESPDA 
WIVSGRGELH LSILIENMRR EGYELQVSKP EVIIKEVDGV RCEPVERVQI DVPEEYTGSI 
MESMGARKGE MLDMVNNGNG QVRLTFMVPA RGLIGYTTEF LTLTRGYGIL NHTFDCYQPV 
HAGQVGGRRQ GVLVSLETGK ASQYGIMQVE DRGVIFVEPG TEVYAGMIVG EHTRENDLTV 
NVVKMKQQTN IRSATKDQTS TMKKPRLMTL EESLEYLNDD EFCEVTPESI RLRKKILDKS 
ERERAAKKKK SVEA