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Guggisberg D., Loosli S., Blaser C., Badertscher R., Schmidt R.

Impact of cheese milk cold storage on milk coagulation properties, calcium contents, and cheese yield.

International Dairy Journal, 134, 2022, 1-9.

This study evaluated the impact of storage conditions (time, 0-48 h; temperature, 4-16°C) of raw cheese milk on coagulation properties using diffusion wave spectroscopy. Specifically, rennet coagulation time (RCT) and curd firmness were affected by storage time and temperature. At 4-8°C, the RCT increased with the storage time 24-48 h compared with the control, while curd firmness decreased. Cheese yield decreased remarkably at 8°C and 24 h. At 12°C, only the RCT increased at 48 h, while curd firmness decreased remarkably. A different finding was discovered at 16°C: after a small RCT increase at 24 h, a significant decrease at 48 h was found, even though the pH was constant. Conversely, curd firmness was not significantly affected. Parallel to this study, free Ca2+ was analysed during cold storage, and the results were compared with total calcium analysis in whey.

ISSN Print: 0958-6946
ISSN Online: 0958-6946
Digital Object Identifier (DOI): https://doi.org/10.1016/j.idairyj.2022.105465
Publikations-ID (Webcode): 50097 Per E-Mail versenden

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Impact of cheese milk cold storage on milk coagulation properties, calcium contents, and cheese yield.

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