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Article
Effect of Transport Vibration on Quality of Minimally Processed and Packaged Fresh-Cut Cantaloupe
Journal of Applied Packaging Research
  • Koushik Saha, Michigan State University
  • S. Paul Singh, Michigan State University
  • Bruce Harte, Michigan State University
Publication Date
3-1-2009
Abstract
This study was undertaken to determine the quality of packaged fresh cut cantaloupe subjected to transport vibration after treating with various anti-browning agents. Cantaloupe (Cucumis melo) pieces were dipped in two anti-browning solutions: Treatment- A (2% ascorbic acid + 1% calcium chloride + 0.5% citric acid) and Treatment-B (3% NatureSeal™) for 2 minutes and packaged in bio-based clamshell containers and vibrated for 60 minutes (ASTM 4169, Truck assurance level II). Vibration of cut-cantaloupe packaged in sample containers had a positive effect on the flavor and overall liking. The overall liking scores were higher than 6(slightly like) on a hedonic scale of 1–9 for all samples except for vibrated-Treatment-A. The texture of vibrated cut-cantaloupe deteriorated with time, which was partially supported by firmness values obtained using a Kramer shear press. Treatment-B cut-cantaloupe subjected to vibration performed better than Treatment-A for appearance, flavor, texture and overall acceptability. No off-odor, sliminess or mold growth was observed in any of the samples during 10-day storage at 5°C ± 0.3°C. The sensory panel examined the final quality of fresh-cut fruit for several quality parameters at day 1, 4, 7 and 10 after being vibrated and stored in bio-based packaging made from Poly (lactide) (PLA) polymer. These findings are significant for quality preservation of cut-cantaloupe during transportation and distribution channels.
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Citation Information
Koushik Saha, S. Paul Singh and Bruce Harte. "Effect of Transport Vibration on Quality of Minimally Processed and Packaged Fresh-Cut Cantaloupe" Journal of Applied Packaging Research Vol. 3 Iss. 1 (2009) p. 15 - 26
Available at: http://works.bepress.com/ksaha/1/