Abstract
Abstract: Breakfast holds significant importance as it constitutes a vital component of daily nutrition. With the rising demand for nutritious and convenient food choices, there has been an emergence of premixes tailored for traditional recipes. This project specifically targets the creation of a Ragi Dosa Premix—a dry mix designed for effortless dosa preparation using ragi (finger millet), renowned for its nutritional richness and gluten-free properties. The objective of the premix is to offer a wholesome and convenient solution for health-conscious consumers. Enriched with fiber and protein, the premix is associated with positive effects on various aspects of health including appetite regulation, weight management, body composition, and overall well-being. Additionally, it aids in mitigating the risk of developing common conditions such as heart disease and diabetes, while also promoting lower blood pressure, improved weight control, and reduced instances of constipation. Combining the nutritional benefits of three different flours—ragi, urad dal, and rice—the product is further fortified with calcium and iron compounds. Sensory and microbial analyses were conducted to evaluate the product's attributes and safety. The proximate analysis revealed key nutritional parameters such as moisture content (8.8%), total fats (2.69g/100g), protein (14.19g/100g), carbohydrates (70.27g/100g), crude fiber (2.59g/100g), ash content (1.26), calcium (190.16mg/100g), and iron (3.02mg/100g). The microbial load was found to be within acceptable limits. Organoleptic assessment, encompassing attributes like color, flavor, texture, taste, and odor, indicated favorable reception by panelists, garnering a high rating score of 8. A packaging solution was chosen based on considerations of product properties and shelf-life requirements, with the product exhibiting a shelf life of 2 months from the manufacturing date. In conclusion, the developed product offers a nutrient-rich, fiber- and protein-packed breakfast alternative, catering to health-conscious consumers.
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More From: International Journal for Research in Applied Science and Engineering Technology
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