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Table 2 Verification of in silico results for 28 DcSto insertion sites in the carrot genome by DcS-ILP

From: Stowaway miniature inverted repeat transposable elements are important agents driving recent genomic diversity in wild and cultivated carrot

Comparison of in silico / DcS-ILP results

Accession / insertion site combinations

number

%

empty / homozygous empty

541

64.4%

occupied / homozygous occupied

128

15.2%

occupied / heterozygous (empty + occupied)

94

11.2%

empty / homozygous variant of different size (‘empty’ for DcSto)

30

3.6%

empty / heterozygous (empty + variant of different size)

13

1.6%

occupied / heterozygous (occupied + variant of different size)

1

0.1%

Total correct calls

807

96.1%

 empty / heterozygous (empty + occupied)

11

1.3%

 empty / homozygous occupied

8

1.0%

 occupied / homozygous empty

1

0.1%

Total incorrect calls

20

2.4%

No amplification

13

1.5%

Total

840

100%