Four randomly selected strawberries (95±10 g) were put into a
sterile 600 mL beaker with the aid of sterile forceps. The EO water
prepared from 0.05% or 0.10% (w/v) NaCl solution or DW (control)
was added into the beaker. A fruit-to-treatment solution ratio of 1:3
by weight and contact time of 5, 10, and 15 min were applied. During
the test, the strawberries–sanitizer mixture was agitated on a rotary
shaker (Environ shaker, Lab-Line, Melrose Park, Ill., U.S.A.) at 150
rpmto facilitate the exposure between fruit and treatment solutions.
Immediately after reaching the contact time, EO water solution was
decanted from the strawberries, and the same amount of DW was
then added to the treated fruit to inactivate the bactericidal activity of EO water.
Four randomly selected strawberries (95±10 g) were put into asterile 600 mL beaker with the aid of sterile forceps. The EO waterprepared from 0.05% or 0.10% (w/v) NaCl solution or DW (control)was added into the beaker. A fruit-to-treatment solution ratio of 1:3by weight and contact time of 5, 10, and 15 min were applied. Duringthe test, the strawberries–sanitizer mixture was agitated on a rotaryshaker (Environ shaker, Lab-Line, Melrose Park, Ill., U.S.A.) at 150rpmto facilitate the exposure between fruit and treatment solutions.Immediately after reaching the contact time, EO water solution wasdecanted from the strawberries, and the same amount of DW wasthen added to the treated fruit to inactivate the bactericidal activity of EO water.
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