Resultados de búsqueda - FOOD STORAGE

  1. Pérdida de peso y parámetros de calida en huevo fresco de gallina recubiertos a base de polímeros comestibles por Peralta, Milagros, Quinteros, Santiago, Lezcano, Liliana, Krämer, Carina Lorena, Vranic, Maria Laura, Ríos, Rosa Silvina, Rocha, Gabriela Fernanda

    Publicado 2024
    “…The results indicate that the coating that includes xanthan gum reduces the weight loss of the eggs until the third week of storage compared to the control. The applied coatings did not modify the internal quality of the eggs after 4 weeks of storage, so they could be used to incorporate antimicrobial compounds, improving food safety without modifying their quality.…”
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  2. Use of cheese whey for biomass production and spray drying of probiotic lactobacilli por Lavari, Luisina, Paez, Roxana Beatriz, Cuatrin, Alejandra, Reinheimer, Jorge Alberto, Vinderola, Celso Gabriel

    Publicado 2018
    “…The growth capacity, the resistance to spray drying in cheese whey-starch solution and the negligible lost in viability during the storage (2 months), makes Lb. rhamnosus 64 a promising candidate for further technological studies for developing a probiotic dehydrated culture for foods, utilising wastewaters of the dairy industry (as growth substrate and protectant) and spray drying (a low-cost widely-available technology).…”
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  3. Antifungal effects of low environmental risk compounds on development of pear postharvest diseases: Orchard and postharvest applications por Lutz, María Cecilia, Colodner, Adrian Dario, Tudela, Marisa Andrea Alumine, Carmona, Marcelo Anibal, Sosa, María Cristina

    Publicado 2022
    “…In the main productive area of Argentina, decays caused by Botrytis cinerea, Alternaria alternata, and Alternaria spp. lead to important postharvest losses in pears during medium- and long-term storage. In view of the problems associated with the use of chemical synthetic fungicides, and attending to current demands for global production of safe food, in this work we evaluated the antimicrobial effect of different low-toxicity compounds, also known as ‘biorationals’ in the control of B. cinerea, A alternata, and Alternaria spp, postharvest diseases in pear (Pyrus communis L.). …”
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