The use of non-traditional plant raw materials for the recipe composition of chips

The production of multicomponent chips is currently relevant, since the combination in the formulation of various plant ingredients rich in physiologically active substances can ensure that the finished product contains a complex of functional components. The article investigates the possibility of using plant materials such as apple pomace puree, pumpkin puree, corn flour and calendula powder when creating a recipe composition for new types of chips for healthy diet. The choice of apple pomace is due to the need for their processing due to the transfer of some of the beneficial nutrients of the original apples into them. According to the results of a tasting assessment on a 10-point scale, taking into account the weight coefficients of organoleptic indicators, the maximum number of points of 9.5 and 10 was scored by samples of chips, where the ratio of apple pomace puree and pumpkin puree was 70:30, and the proportion of corn flour and calendula powder to fruit vegetable mass was 5, 10 and 1%, respectively. The influence of different ratios of plant ingredients in the chips formulation on their organoleptic, calorimetric characteristics, as well as antioxidant value was analyzed. The dependence of the color indicators of chips on the total content of water-soluble antioxidants, in particular the flavonoid group, was established, namely, the higher the antioxidant value, the greater the concentration of flavonoids in the chips and, accordingly, the higher the concentration of red, yellow and blue pigments. On the basis of a comprehensive quality assessment, a sample of chips with a rational combination of recipe ingredients was selected: 70% of apple pomace puree, 30% of pumpkin puree, 1% of calendula powder, 10% of corn flour, providing an antioxidant content of 226.61 mg/100 g, bright and rich almond color.

1. Tutelyan V.A. [et al.] Scientific foundations of healthy eating. M.: Panorama, 2010.

2. Perfilova O.V. [et al.] Use of vegetable and fruit powder in the production technology of functional food snacks. IOP Conference Series: Earth and Environmental Science. 2020; 548: 082071.

3. Yashonkov A.A., Kurdoglo M.E. Investigation of the influence of preliminary pore formation on the kinetics of the drying process when producing carrot snacks. Polzunovsky Bulletin. 2018; 4: 64–67.

4. Kalashnikov G.V., Litvinov E.V. Assessment of the thermal efficiency of the technological scheme for the production of apple chips and dried fruits. Bulletin of VSUIT. 2014; 3: 11–17.

5. Perfilova O.V., Babushkin V.A., Bryksina K.V. The effect of microwave heating of fruit and vegetable raw materials on the water-soluble antioxidants content. Journal of Physics: Conference Series. 2020: 42055.

6. Perfilova O.V. [et al.] Puree from apple and carrot refuse, boiled with starch syrup, in marshmallow technology. IOP Conference Series: Earth and Environmental Science. 2021: 012071.

7. Skurikhin I.M. Chemical composition of Russian food products. M.: Kolos, 2000.

8. Yashin A.Ya., Chernousova N.I. Methodology for measuring the content of antioxidants in drinks and food products, dietary supplements, extracts of medicinal plants using the amperometric method. M.: Khimavtomatika, 2007.

9. Karanyan I.K. Sensory analysis of food quality. Michurinsk: Naukograd; 2004.

10. Ayrumyan V.Yu., Sokol N.V., Olkhovatov E.A. Chemical composition of rice and corn grain processing products to increase the nutritional and biological value of bakery products. Polzunovsky Bulletin. 2020; 3: 3–10.

11. Rodionova N.S. [et al.] Investigation of the antioxidant properties of extracts of ginger root and calendula flowers. Food industry. 2018; 8: 58–60.

12. Myakinkov A.G. The role of chemical elements of subtropical and medicinal plant materials in nutrition. Food and processing industry. 2000; 3: 783.

13. Ivanova M.I. [et al.] Edible flowers are a new promising source of phytonutrients in human nutrition. Food industry. 2016; 9: 30–32.

14. Voskanyan O.S. [et al.] Pumpkin puree is a source for increasing the nutritional value of curd products. Food industry. 2018; 5: 22–25.