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. 2001 Mar 30;1:2. doi: 10.1186/1471-2180-1-2

Table 3.

Correspondence between B. anthracis allele sizes and allele numbering

allele nb
marker name 1 2 3 4 5 6 7 8 9 10
Ceb-Bams1 ~ 410 ~ 430 ~ 450 ~ 480 ~ 520
Ceb-Bams3 484 514 544 559 574 589 704 734 857
Ceb-Bams5 307 346 385
Ceb-Bams7 603 1017 1305 1503 1557 1647 1809 1899 1953
Ceb-Bams13 328 382 454 481 490 652 742 787 814 850
Ceb-Bams15 409 535 571 589 607
Ceb-Bams21 541 631 676
Ceb-Bams22 591 627 699 735 ~ 900 ~ 950
Ceb-Bams23 569 611 653 821
Ceb-Bams24 336 420 462 504 630 672
Ceb-Bams25 376 391
Ceb-Bams28 ~ 300 ~ 375 ~ 400
Ceb-Bams30 266 375 500 660 695 730 760 850 to
900
Ceb-Bams31 304 700 772 853
vrrA 289 301 313 325 337
vrrB1 184 193 220 229 256 ~ 280 ~ 290
vrrB2 ~ 135 153 162 171 ~ 180
vrrC1 400 502 520 538 583 613 685
vrrC2 532 568 607 660
CG3 153 158

Alleles have been numbered in increasing size order. When the allele size (in base-pairs) observed in the Ames strain was in agreement with the size expected according to Ames sequence data, the values indicated in the table assume that alleles differ in size by a multiple of the motif length. These likely values will have to be confirmed by more accurate size estimation tools and allele sequencing. When the allele size in Ames is not as expected (Ceb-Bams1 and Ceb-Bams28), the estimated values are preceded by a ~. The Vrr and CG3 allele sizes were described in [2]; new alleles are indicated by a ~.