The problem of complete extraction of @entity3323 from @entity415 chips was investigated. A method was developed based on the Soxhlet extraction technique. A defatted sample was extracted continuously with @entity1042 , for 10 days, in a Soxhlet extractor. After about 7 days, a constant concentration of @entity3323 was reached. This indicates that all the @entity3323 that could be removed from the sample had been extracted. @entity3323 was identified in the extract using GC- @entity15 and scan mode. Total concentration was 14500 microg kg(-1) using GC-FID and standard additions. @entity204 , using an external standard (GC-FID and GC- @entity15 ) and an internal standard (GC-FID), showed results within +/- 5%. A previously published study, using a static extraction method and GC- @entity15 and LC- @entity15 - @entity15 , showed concentrations of 2287 and 1993 microg kg(-1), respectively. The results are discussed in relation to a recent model and analogous experiments. The extracted amount of @entity3323 is affected by several parameters: solvent properties, solvent volume, extraction time, temperature, particle size, and the microstructure of the sample.

Soxhlet extraction of @entity3323 from XXXX chips.

@entity1042 :: ('MESH:D000432', 'Chemical') :: ['methanol'] @entity415 :: ('4113', 'Species') :: ['potato'] @entity3323 :: ('MESH:D020106', 'Chemical') :: ['Acrylamide', 'acrylamide'] @entity204 :: ('MESH:D003643', 'Disease') :: ['Complementary determinations'] @entity15 :: ('MESH:D009103', 'Disease') :: ['MS']
@entity415 :: (4113,Species) :: ['potato']
