Fresh-cut cilantros were subjected to sodium hypochlorite dipping and modified atmosphere
packaging (MAP) treatments. Fresh-cut cilantros were stored at 5 8C up to 25 days.
Fresh-cut cilantro were dipped in a solution of 100 ppm sodium hypochlorite and packed in
an atmosphere of 5% v/v O2, 10% v/v CO2, 85% v/v N2. Headspace atmosphere, weight loss,
firmness, color, microbial quality as well as sensory analysis were assessed. The combina-
tion of dipping and MAP had a significant effect on the maintenance of good sensory and
microbiological qualities of fresh-cut cilantros. The combined treatment was more effective
than alone treatment for maintaining storage quality. The results of this study demonstrate
that a combination of sodium hypochlorite dipping and MAP treatment was the most
effective and promising approach for maintaining the quality of fresh-cut cilantros during
25 days of storage.
Fresh-cut cilantros were subjected to sodium hypochlorite dipping and modified atmospherepackaging (MAP) treatments. Fresh-cut cilantros were stored at 5 8C up to 25 days.Fresh-cut cilantro were dipped in a solution of 100 ppm sodium hypochlorite and packed inan atmosphere of 5% v/v O2, 10% v/v CO2, 85% v/v N2. Headspace atmosphere, weight loss,firmness, color, microbial quality as well as sensory analysis were assessed. The combina-tion of dipping and MAP had a significant effect on the maintenance of good sensory andmicrobiological qualities of fresh-cut cilantros. The combined treatment was more effectivethan alone treatment for maintaining storage quality. The results of this study demonstratethat a combination of sodium hypochlorite dipping and MAP treatment was the mosteffective and promising approach for maintaining the quality of fresh-cut cilantros during25 days of storage.
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