Journal Title
Title of Journal: Food Measure
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Abbravation: Journal of Food Measurement and Characterization
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Authors: Zhiyi Huang Jian Li Jianfeng Zhang Yuanyuan Gao Guohua Hui
Publish Date: 2016/07/26
Volume: 11, Issue: 1, Pages: 184-191
Abstract
Effect of chitosan CS enriched with salicylic acid SA treatment on physicochemical quality enhancement of Chinese kiwi fruit Actinidia chinensis Planch was evaluated during storage at room temperature for 14 days Preservative treatment samples were dipped by CS SA and their combination CS + SA compared with the control treated by distilled water Changes in texture weight loss surface colour pH vitamin C soluble solids content SSC and microbiology were synchronously examined Results demonstrated that chitosan with salicylic acid presented more effective preservative effect than sole chitosan or salicylic acid treatment This optimal treatment significantly maintained texture and colour inhibited moisture loss and acidity change and delayed the decomposition of vitamin C and soluble solids The optimal treatment efficiently maintained texture and surface colour inhibited weight loss percentage 260 and acidity change and delayed the decomposition of vitamin C maximal content 9793 mg/kg and soluble solids Therefore CS enriched with SA coating provides an efficient alternative for physicochemical quality enhancement of Chinese kiwi fruitsThis work is financially supported by National Natural Science Foundation of China Grant No 81000645 and Scientific Research Development Project of Zhejiang A F University Talent Startup Project 2015FR020 2014FR071 Zhiyi Huang received research grant from Scientific Research Development Project of Zhejiang A F University Talent Startup Project 2015FR020 Jian Li received research grant from Scientific Research Development Project of Zhejiang A F University Talent Startup Project 2015FR020 Jianfeng Zhang received research grant from Scientific Research Development Project of Zhejiang A F University Talent Startup Project 2014FR071 Yuanyuan Gao received research grant from Scientific Research Development Project of Zhejiang A F University Talent Startup Project 2015FR020 Guohua Hui received research grant from S National Natural Science Foundation of China Grant No 81000645 and Scientific Research Development Project of Zhejiang A F University Talent Startup Project 2015FR020
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