Food Chemistry and Safety: Processing, Storage, and Its Impact on Public Health

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Autori principali: Abdusamatova, Maftuna, Misirova, Sojida, Suyunova, Lola, Umurqulova, Feruza
Natura: Recurso digital
Pubblicazione: Zenodo 2026
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author Abdusamatova, Maftuna
Misirova, Sojida
Suyunova, Lola
Umurqulova, Feruza
author_facet Abdusamatova, Maftuna
Misirova, Sojida
Suyunova, Lola
Umurqulova, Feruza
contents <p><span lang="EN-US">This article provides a comprehensive analysis of the scientific significance of food chemistry in ensuring food safety, as well as in fermentation, storage, and packaging processes. The effects of chemical and microbiological changes occurring during food processing on product quality, biological value, and nutritional value are discussed. The study was conducted using dairy products, particularly yogurt, as an example, evaluating the impact of probiotic microorganisms on microflora stability, pH levels, and organoleptic properties during the fermentation process. The role of bio-based packaging materials in protecting products from environmental factors and in preserving nutritional components was determined. The results demonstrate that scientifically optimized fermentation and storage technologies reduce the risk of harmful chemical compound formation and enhance food safety and quality.</span></p>
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spellingShingle Food Chemistry and Safety: Processing, Storage, and Its Impact on Public Health
Abdusamatova, Maftuna
Misirova, Sojida
Suyunova, Lola
Umurqulova, Feruza
Food chemistry, food safety, fermentation, storage technologies, harmful substances, bio-based packaging, probiotics, microflora monitoring, public health, organoleptic quality.
<p><span lang="EN-US">This article provides a comprehensive analysis of the scientific significance of food chemistry in ensuring food safety, as well as in fermentation, storage, and packaging processes. The effects of chemical and microbiological changes occurring during food processing on product quality, biological value, and nutritional value are discussed. The study was conducted using dairy products, particularly yogurt, as an example, evaluating the impact of probiotic microorganisms on microflora stability, pH levels, and organoleptic properties during the fermentation process. The role of bio-based packaging materials in protecting products from environmental factors and in preserving nutritional components was determined. The results demonstrate that scientifically optimized fermentation and storage technologies reduce the risk of harmful chemical compound formation and enhance food safety and quality.</span></p>
title Food Chemistry and Safety: Processing, Storage, and Its Impact on Public Health
topic Food chemistry, food safety, fermentation, storage technologies, harmful substances, bio-based packaging, probiotics, microflora monitoring, public health, organoleptic quality.
url https://doi.org/10.5281/zenodo.18404661