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Lycopersicon pennellii , a wild relative of the tomato,  L. esculentum , is resistant to a number of important pests of cultivated tomato due to the accumulation of acylsugars, which constitute 90% of  L. pennellii  LA716 type IV trichome exudate. An interspecific F 2  population created by crossing  L. esculentum  ×  L. pennellii  was surveyed for acylsugar accumulation and subjected to RFLP analysis to determine the genomic regions associated with the levels of acylglucoses, acylsucroses, and total acylsugars accumulated, and glucose as a percentage of total acylsugars. Data was analyzed using MAPMAKER with and without log 10  transformation and using a threshold of either 2.4 (default value for MAPMAKER) or ones calculated according to the Permutation-based Estimated Threshold (PET) method. Genomic regions were identified for each of the traits studied. Effects of analytical method on identification of QTLs, similarities between these results and results published for the genus  Solanum , and similarities between these results and the regions transferred by a breeding program selecting for acylsugar production are discussed.

QTL Analysis of the Production of Acylsugars Responsible for Pest Resistance in the Wild Tomato, Lycopersicon pennellii