Publications by authors named "Emanuela Montepeloso"

Article Synopsis
  • - Ricotta cheese, a traditional Italian product, can be fraudulently made using cheaper cow whey instead of whey from sheep, goat, or buffalo.
  • - A new mass spectrometry method has been developed that identifies specific peptides from different whey sources, allowing for the detection of cow whey in ricotta cheese at levels as low as 0.5%.
  • - The method shows a strong correlation between the amount of cow whey and mass spectrometry results, making it a reliable tool for detecting and quantifying adulteration in ricotta cheese.
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Background: Prevention of food fraud in the dairy field is a difficult issue for researchers, industries and policy makers, both for commercial and health reasons. Currently, no analytical method allows detection of the addition of bovine whey to water buffalo ricotta, so this fraudulent practice cannot be prevented. The authors' aim was to develop such a method.

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Synopsis of recent research by authors named "Emanuela Montepeloso"

  • - Emanuela Montepeloso's research primarily focuses on the detection of food fraud in dairy products, specifically addressing the adulteration of ricotta cheese through the use of cheaper cow whey in place of whey from buffalo, sheep, or goat.
  • - Her 2016 study utilized mass spectrometry to develop a reliable analytical method for identifying fraudulent use of cow whey in ricotta cheese, highlighting the importance of trustworthy food authenticity methods in the industry.
  • - In a 2015 publication, Montepeloso created an isoelectric focusing method to detect the unauthorized addition of bovine whey in water buffalo ricotta cheese, aiming to assist in the prevention of food fraud in dairy products.