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. Author manuscript; available in PMC: 2012 Jul 1.
Published in final edited form as: Genomics. 2011 Apr 5;98(1):26–39. doi: 10.1016/j.ygeno.2011.03.008

Table 2.

Comparative sequence analysis summary of B. cereus novel sequences found from gene discovery.

B. cereus strains: AH819 AH607 AH535 AH1123 AH812 AH1143 AH259
Total bases sequenced / strain: 1,076,892 bp 1,237,775 bp 1,500,190 bp 443,218 bp 104,276 bp 1,422,879 bp 177,983 bp
Fraction relative to the size of an average B. cereus genome: 20% 23% 28% 8% 2% 27% 3%
Total number of annotated features: 2,041 2,204 3,138 871 200 2,874 383
Species matches
B. anthracis 43 2% a 122 6% a 132 4% a 52 6% a 7 4% a 92 3% a 11 3% a
B. anthracis pXO1 & pXO2 4 0% a 0 0% a 0 0% a 0 0% a 1 1% 2 0% a 0 0% a
B. cereus 10987 503 25% a 510 23% a 431 14% a 85 10% a 34 17% 373 13% a 4 1% a
pBc10987 121 6% a 3 0% a 1 0% a 1 0% a 17 9% 0 0% a 0 0% a
B. cereus ATCC14579 143 7% a 183 8% a 427 14% a 64 7% a 15 8% 394 14% a 271 71% a
B. cereus (other strain genomes) 200 10% a 275 12% a 284 9% a 192 22% a 21 11% 227 8% a 12 3% a
B. cereus (other strain plasmids) 49 2% a 70 3% a 112 4% a 18 2% a 12 6% 73 3% a 0 0% a
B. thuringiensis 97 5% a 245 11% a 490 16% a 52 6% a 7 4% 474 16% a 40 10% a
B. thuringiensis plasmids 0 0% a 6 0% a 3 0% a 0 0% a 0 0% 0 0% a 0 0% a
Bacillus spp. 1 0.05% a 1 0.05% a 5 0.16% a 0 0.00% a 0 0.00% 6 0.21% a 0 0.00% a
Bacillus spp. plasmids 0 0% a 2 0% a 0 0% a 0 0% a 0 0% 1 0% a 0 0% a
Bacillus spp. phages 0 0% a 0 0% a 0 0% 0 0% a 0 0% 0 0% a 0 0% a
Overall Number of features similar to Bacillus species by BlastN: 1,161 57% a 1,417 64% a 1,885 60% a 464 53% a 114 57% a 1,642 57% a 338 88% a
Remaining relatively novel features (by BlastN): 880 43% a 787 36% a 1,253 40% a 407 47% a 86 43% a 1,232 43% a 45 12% a
Truly unique features from the relatively novel gene set c: 452 22% a 312 14% a 887 28% a 324 37% a 71 36% a 1,054 37% a 19 5% a
a

Fraction from the total number of annotated features in the corresponding strain.

b

Remaining pORFs whose amino acid sequence shows no significant homology to proteins in databases by BlastP.