Temperature fluctuations found to harm fish quality in cold chain logistics, according to Chinese researchers

Published 2024년 9월 16일

Tridge summary

A study by Zhejiang Gongshang University reveals the importance of consistent temperature in the cold chain logistics of seafood, particularly large yellow croaker, to prevent quality deterioration. The research, published in Food Science of Animal Products, found that fluctuating temperatures can lead to microbial growth and chemical changes, indicating spoilage. The study identified 81 volatile compounds that significantly varied with temperature changes, with 2-pentanone and ethyl acetate being potential quality markers. Lead author Dr. Yanbo Wang emphasized the need for better cold chain management to minimize quality loss and ensure food safety. The findings could help improve seafood industry practices and possibly influence future regulations on cold chain logistics.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

A recent study has revealed how temperature fluctuations during cold chain logistics can significantly impact the quality of seafood, particularly large yellow croaker (Pseudosciaena crocea), a valuable and highly nutritious fish. Conducted by researchers from Zhejiang Gongshang University, the study shows that inconsistent temperatures lead to the breakdown of fish quality, posing challenges for both producers and consumers. The research, published in Food Science of Animal Products, explored the effects of varying temperatures on large yellow croaker, a species widely farmed in mariculture. Despite its high nutritional value, yellow croaker is highly perishable, making its storage and transport particularly difficult. Temperature control during transport is crucial to maintain its freshness, yet this research shows how even minor fluctuations can trigger spoilage. Through a carefully designed cold chain simulation model, the research team tested temperature variations from 4°C ...

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