Production of starch nanoparticles from agricultural byproducts and their applications in food industry
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Date
2024
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Publisher
UMT, Lhr
Abstract
New research proves that quinoa starch nanoparticles help enhance multiple food product developments. The research develops methods for making and evaluating QSNPs as it proves their utility in food products. We made QSNPs effective by adding acid hydrolysis and sound waves then adjusted their shape distribution. The test shows nanoparticle starch from quinoa helps make low-fat ice cream more flow able and stays stable longer. Our research discovered that QSNPs handle vitamin E very strongly while steadily releasing it to protect nutrients during digestion. Bioplastic products gained both strength and better environmental benefits when the scientists added QSNPs to the systems. Techniques of characterization such as “Scanning Electron Microscopy” (SEM), Energy Dispersive X-ray Spectroscopy (EDX) “X-ray Diffraction” (XRD) were engaged to investigate the field properties and behavior of physical of QSNPs. Further testing demonstrated that the incorporation of QSNPS dramatically enhanced the thermal stability of food products. The nanoparticles were also found to have better emulsification properties which makes them applicable in sauces and dairy substitutes. Beyond food applications, QSNPS showed potential in biodegradable packaging materials. Their Nano scale size allows greater interaction with other biopolymers, improving mechanical integrity. There was an observed increase in the shelf-life of perishable goods due to the retention of antioxidant activity. Furthermore, QSNPS could provide a cheaper and environmentally friendly solution for large-scale food industries. Using quinoa as a starch source diversifies agriculture while providing value to crops that are not fully utilized. The development of functional foods also requires active compounds to be encapsulated more efficiently which these nanoparticles offer. Future research plans aim to investigate their application in drug delivery systems and edible coatings