Xiaochen Chen’s scientific contributions

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Publications (5)


FIGURE 1 | Physical picture of films (a), WVP (b), OP (c), TS (d) and EAB (e) of different films; results with different letters are significantly different (p < 0.05).
FIGURE 2 | DPPH radical scavenging activity (a), ABTS radical scavenging activity (b), Staphylococcus aureus inhibition rate (c) and Escherichia coli inhibition rate (d) of different films; results with different letters are significantly different (p < 0.05).
FIGURE 3 | SEM images of surface and cross section of CS film, surface and cross section of CS-TFP-3 film.
FIGURE 4 | FTIR spectra of CS, TFP, CS-TFP-3 film (a); XRD spectra of CS film, CS-TFP-3 film (b); TG (c) and DSC (d) curves of CS and CS-TFP-3 film.
FIGURE 5 | Effect of different films on TVC (a), pH value (b) and TBARS value (c) on fresh chicken during storage at 4°C; results with different letters are significantly different (p < 0.05).

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Packaging Technology and Science Preparation and Characterization of Chitosan-Tremella fuciformis Polysaccharide Edible Films for Meat Preservation
  • Article
  • Full-text available

December 2024

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Packaging Technology and Science

Lin Lin

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Xu Liu

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Haiying Cui

The objective of this research was to develop and analyse a chitosan-Tremella fuciformis polysaccharide (CS-TFP) edible film using chitosan (CS) and Tremella fuciformis polysaccharide (TFP) as the primary raw materials. The findings revealed significant improvements in the thickness, solubility, opacity, mechanical properties and barrier properties (water vapour and oxygen permeability) of the chitosan film upon the addition of TFP, but water content and hydrophobicity were reduced. Moreover, TFP addition markedly enhanced the antibacterial and antioxidant activities of the chitosan films. Structural analysis of the CS films and CS-TFP edible films indicated that the formation of hydrogen bonds and high compatibility between CS and TFP. Specifically, TFP increased crystallinity, reduced roughness and improved the compactness of the edible film. This increase in compactness was directly linked to enhanced physical properties, whereas increased crystallinity contributed to better thermal stability. Furthermore, the application of CS-TFP-3 edible films in chicken preservation proved that they could significantly delay the deterioration of chicken. Findings in this study suggested that CS-TFP edible film as a bioactive packaging material showed great potential to preserve chicken meat and extend the shelf life.

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Citations (2)


... [9], 18.53% [10], 10.79% [11], and 23% [12]. The high pectin content makes red dragon fruit peels possible to develop as edible film [13]- [15]. The total phenolic content of RDFP was 7.95 (mg of GAE/gr of dm) in fresh peels and 7.84 dry peels [11], which showed high antioxidant activity [16]. ...

Reference:

Development of antioxidative edible film from red dragon fruit peel extract with the addition of CMC and soy protein isolate
Edible films of pectin extracted from dragon fruit peel: Effects of boiling water treatment on pectin and film properties
  • Citing Article
  • September 2023

Food Hydrocolloids

... The decrease in decay incidence was probably due to the effect of the coating on delaying senescence, which results in lower pathogenic infections [37]. Additionally, ZnO NPs have antimicrobial effects against several postharvest microbial infections [20][38] [39]. The presence of ZnO NPs within the coating solution serves as a physical barrier on the surface of mangoes. ...

Exploring the potential of zinc oxide nanoparticles against pathogenic multi-drug resistance Staphylococcus aureus from ready-to-eat meat and its proposed mechanism
  • Citing Article
  • September 2023

Food Control