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1.
Shokuhin Eiseigaku Zasshi ; 63(2): 51-61, 2022.
Article in Japanese | MEDLINE | ID: mdl-35650029

ABSTRACT

Migration test of food utensils, containers, and packaging is an important test method for confirming the safety and their compliance to the standards. However, there is little report on inter-laboratory study which was performed to evaluate the entire migration test, including migration operations and quantification. An interlaboratory study was performed participating 22 laboratories using 8 types of model synthetic resin samples containing 10 substances with a wide range of Log Pow values to evaluate the accuracy of the entire migration test. As a result, most of HorRat (r) values met the target criteria (0.3

Subject(s)
Food Contamination , Plastics , Food Contamination/analysis , Food Packaging , Laboratories
2.
Shokuhin Eiseigaku Zasshi ; 58(1): 49-58, 2017.
Article in Japanese | MEDLINE | ID: mdl-28260733

ABSTRACT

A survey of nitrate-ion concentrations in plant-factory-cultured leafy vegetables was conducted. 344 samples of twenty-one varieties of raw leafy vegetables were examined using HPLC. The nitrate-ion concentrations in plant-factory-cultured leafy vegetables were found to be LOD-6,800 mg/kg. Furthermore, the average concentration values varied among different leafy vegetables. The average values for plant-factory-cultured leafy vegetables were higher than those of open-cultured leafy vegetables reported in previous studies, such as the values listed in the Standard Tables of Food Composition in Japan- 2015 - (Seventh revised edition). For some plant-factory-cultured leafy vegetables, such as salad spinach, the average values were above the maximum permissible levels of nitrate concentration in EC No 1258/2011; however, even when these plant-factory-cultured vegetables were routinely eaten, the intake of nitrate ions in humans did not exceed the ADI.


Subject(s)
Agriculture/methods , Food Analysis/methods , Nitrates/analysis , Vegetables/chemistry , Chromatography, High Pressure Liquid , Ions
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