Plant-based milk substitutes have become increasingly popular as a healthy and sustainable alternative to cow's milk. Soy milk and rice milk are among the most widely consumed plant-based milk substitutes. This comparative analysis of protein profiles in commercial soymilk and rice milk provides insight into their nutritional composition, allergenic potential, and market trends. The study highlights the importance of understanding the protein composition of plant-based dairy replacers, as it can affect their nutritional value and allergenic potential. In addition, the analysis provides valuable information for manufacturers and consumers to make informed decisions about their milk replacer options. An interesting aspect of this study is the use of proteomic analysis techniques, including liquid chromatography-tandem mass spectrometry (LC-MS/MS), to identify and analyze the protein composition of milk replacers. The comparative analysis between soy milk and rice milk also offers insight into the similarities and differences between these popular plant-based milk substitutes. Overall, this study contributes to a better understanding of the nutritional composition and allergenic potential of commercial soy milk and rice milk, while providing valuable information for the plant-based milk industry and consumers.
I sostituti del latte a base vegetale sono diventati sempre più popolari come alternativa sana e sostenibile al latte vaccino. Il latte di soia e il latte di riso sono tra i sostituti del latte a base vegetale più consumati. Questa analisi comparativa dei profili proteici nel latte di soia commerciale e nel latte di riso fornisce informazioni sulla loro composizione nutrizionale, sul potenziale allergenico e sulle tendenze del mercato. Lo studio sottolinea l'importanza di comprendere la composizione proteica dei sostituti del latte a base vegetale, in quanto può influire sul loro valore nutrizionale e sul potenziale allergenico. Inoltre, l'analisi fornisce preziose informazioni ai produttori e ai consumatori per prendere decisioni informate sulle loro opzioni di sostituto del latte. Un aspetto interessante di questo studio è l'uso di tecniche di analisi proteomica, inclusa la cromatografia liquida-spettrometria di massa tandem (LC-MS/MS), per identificare e analizzare la composizione proteica dei sostituti del latte. L'analisi comparativa tra latte di soia e latte di riso offre anche informazioni sulle somiglianze e le differenze tra questi popolari sostituti del latte a base vegetale. Nel complesso, questo studio contribuisce a una migliore comprensione della composizione nutrizionale e del potenziale allergenico del latte di soia commerciale e del latte di riso, fornendo allo stesso tempo preziose informazioni per l'industria del latte vegetale e per i consumatori.
Comparative Analysis of Protein Profiles in Commercial Soy Milk and Rice Milk: Insights into Nutritional Composition, Allergenic Potential, and Market Trends
MOLINA VARGAS, KAROL ALEXANDRA
2022/2023
Abstract
Plant-based milk substitutes have become increasingly popular as a healthy and sustainable alternative to cow's milk. Soy milk and rice milk are among the most widely consumed plant-based milk substitutes. This comparative analysis of protein profiles in commercial soymilk and rice milk provides insight into their nutritional composition, allergenic potential, and market trends. The study highlights the importance of understanding the protein composition of plant-based dairy replacers, as it can affect their nutritional value and allergenic potential. In addition, the analysis provides valuable information for manufacturers and consumers to make informed decisions about their milk replacer options. An interesting aspect of this study is the use of proteomic analysis techniques, including liquid chromatography-tandem mass spectrometry (LC-MS/MS), to identify and analyze the protein composition of milk replacers. The comparative analysis between soy milk and rice milk also offers insight into the similarities and differences between these popular plant-based milk substitutes. Overall, this study contributes to a better understanding of the nutritional composition and allergenic potential of commercial soy milk and rice milk, while providing valuable information for the plant-based milk industry and consumers.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/55536