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The Influence of Cold Plasma Treatment on Lipid Oxidation in Fish Protein Powder

Bojun Guan

Abstract


This paper studies the effect of cold plasma treatment on lipid oxidation in fish protein powder and its mechanism of action.
Through a single-factor experimental design, the effects of treatment voltage, treatment time and gas type on lipid oxidation of fish
protein powder were investigated. The results indicated that with the increase of treatment voltage and time, the peroxide value and
malondialdehyde content of fish protein powder significantly increased, suggesting that cold plasma treatment intensified the lipid oxidation reaction. The influence of different gas types indicates that oxygen plays a key role in cold plasma treatment. In addition, the
increase in the degree of lipid oxidation leads to a decrease in the emulsifying and gelling properties of fish protein powder, indicating
that cold plasma treatment, while improving the stability of lipid oxidation, may have a negative impact on functional properties. This
study provides a theoretical basis for the application of cold plasma technology in food processing and offers new ideas for the quality
improvement of fish protein powder.

Keywords


Cold plasma treatment; Fish protein powder; Lipid oxidation; Peroxide value; Functional features

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References


[1] Wan Sheng, Zhou Xuxia, Ding Yuting, et al. The effect of cold plasma co-treatment on the storage quality of heat pump dried mussels [J/

OL]. Food and fermentation industry, 1-10 [2025-06-30]. https://doi.org/10.13995/j.cnki.11-1802/ts.043059.

[2] Cao Panpan, Liu Shulai, Zhou Xuxia, et al. Cold plasma devices for treatment on YanLa grass carp storage quality research [J/OL]. The

influence of food and fermentation industry, 1-14 [2025-06-30]. HTTP: / / https://doi.org/10.13995/j.cnki.11-1802/ts.042661.

[3] Han Xiping, Ji Hongfang, Zhang Ying, et al. The effect of gluten protein treated by cold plasma on the gel quality characteristics of

chicken mince [J]. Science and Technology of Food Industry, 24, 45(06):84-90.

[4] Yan Xinyi, Li Jinjing, Li Chiling, et al. The influence of cold plasma technology on food components and its mechanism of action [J].

Food Industry Science and Technology, 2023, 44(12):445-454.

[5] Fan Runze, Qi Miao, Zhang Xinying, et al. Research Progress on the Influence of Cold Plasma on Meat Protein and Its Application in

Meat Preservation and Processing [J]. Food Science, 2023, 44(07):250-259.

[6] Chen Yue, Li Shuhong, Meng Wanxing, et al. Study on the Inactivation Mechanism of Atmospheric Pressure Cold Plasma on Foodborne

Spoilage bacteria [J]. Food Research and Development, 2021, 42(05):71-76.

[7] Wang Junpeng, He Zhifei, Li Minhan, et al. Research Progress on the Application of Cold Plasma Technology in Protein Modification [J].

Food Science, 2021, 42(21):299-307.




DOI: http://dx.doi.org/10.70711/frim.v3i10.7514

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