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THE ROLE OF MEAT AND DAIRY PRODUCTS IN FOOD SAFETY AND HUMAN
HEALTH
Amangeldiyeva Albina Salamat qizi
3rd year student of Berdakh KSU.
https://doi.org/10.5281/zenodo.17191364
Abstract. This article discusses the role of meat and dairy products in the human div,
their significance in terms of food safety, and modern processing technologies. Meat products
are the main source of high-quality protein, iron, and B-group vitamins, while dairy products
are rich in calcium, phosphorus, and beneficial probiotic compounds found in fermented
products. Research shows that the safe production and proper storage of these products are
crucial for ensuring healthy nutrition for the population [1; 2].
Keywords: meat products, dairy products, protein, calcium, food safety, processing
technologies.
Importance of Meat Products
Meat is considered a complete source of eight essential amino acids necessary for the
human div. Studies show that the digestibility coefficient of meat proteins reaches 95–97% [3].
Furthermore, heme iron in meat is easily absorbed, helping to prevent anemia. Meat is
processed into a wide range of products, including sausages, semifinished goods, and canned
foods. In processing technologies, refrigeration, freezing, smoking, and sterilization are widely
applied. Recently, innovative methods such as vacuum packaging, high-pressure processing
(HPP), and modified atmosphere packaging (MAP) have been introduced to extend shelf life
while preserving nutritional value [4].
Importance of Dairy Products
Milk is the primary source of calcium for human health. Compared to other foods, the
bioavailability of calcium in milk and dairy products is relatively high (30–35%), which plays a
key role in the development of bones and teeth [5]. In addition, dairy products contain vitamins
A, D, and B2, which strengthen the immune system.
Fermented dairy products such as yogurt, kefir, buttermilk, and cheese are not only
nutritious but also provide probiotic effects. Probiotic bacteria improve intestinal microflora
balance, support digestion, and enhance immunity [6].
Food Safety Considerations
Despite their nutritional value, meat and dairy products are highly perishable and
microbiologically sensitive. Therefore, compliance with hygienic requirements and international
standards is essential during production. According to the World Health Organization (WHO),
more than 60% of foodborne infections are linked to meat and dairy products [7].
The implementation of the HACCP (Hazard Analysis and Critical Control Points)
system is recognized as one of the most effective measures for ensuring food safety in the
production chain.
Modern Research and Prospects
In recent years, special attention has been given to eco-friendly, energyefficient, and
innovative methods of processing meat and dairy products. For example, High Pressure
Processing (HPP) technology ensures the microbiological safety of foods while preserving their
natural taste and nutritional value. In addition, biotechnological advances have enabled the
development of probiotic-enriched dairy products with enhanced functional properties.
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Consumer demand is also shifting toward healthier options—low-fat, high-protein
products without artificial additives. As a result, producers are increasingly relying on certified
raw materials and adopting international standards to meet modern expectations. Looking ahead,
the introduction of smart packaging technologies in the food industry is anticipated. Such
packaging can monitor freshness, shelf-life, and quality indicators in real time. This approach
will further guarantee the reliability and safety of meat and dairy products for consumers
worldwide.
Conclusion
Meat and dairy products are an essential part of a balanced diet. Their proteins, fats,
minerals, and vitamins contribute to the proper growth and development of the human div. At
the same time, the introduction of modern technologies in processing and storage, strict
compliance with sanitation and hygiene requirements, and adherence to international quality
standards play a decisive role in ensuring food safety and public health.
References
1.
Mirzayeva, M. Meat Processing Technology. Tashkent, 2020.
2.
Qodirov, A. Fundamentals of Dairy Production. Samarkand, 2021.
3.
FAO/WHO. Protein Quality Evaluation. Rome, 2019.
4.
Fellows, P. Food Processing Technology. Woodhead Publishing, 2017.
5.
National Institutes of Health (NIH). Calcium Fact Sheet for Health Professionals. 2022.
6.
Sanders, M. “Probiotics and Health.” Nutrition Bulletin, 2018.
7.
World Health Organization (WHO). Foodborne Disease Burde
8.
Epidemiology. Geneva, 2020
