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1.
Hig. aliment ; 33(288/289): 1324-1328, abr.-maio 2019. ilus, tab
Article in Portuguese | LILACS, VETINDEX | ID: biblio-1482154

ABSTRACT

O trabalho consistiu na elaboração de uma bebida alcoólica fermentada de muruci, e caracterizar os seus parâmetros físico-químicos. Para isso foram elaboradas três formulações com concentrações de polpas a 5, 15 e 25%. A fermentação foi conduzida à temperatura ambiente com acompanhamento diário da acidez e pH durante 15 dias, sendo o teor alcoólico analisado ao término da fermentação. Nos produtos finais foram analisados: pH (3,33; 3,42; 3,1); glicídios totais (57,87; 48,14; 41,20%); acidez total (33,97; 40,18; 95,39 meq/L); extrato seco (77,37; 57,65; 49,29%); densidade (1,017; 1,010; 1,005) e teor alcoólico (7,6; 8,9; 9,7 %v/v). Os resultados obtidos mostraram boa adequação do fruto para a produção de bebida alcoólica fermentada.


Subject(s)
Fermented Foods/analysis , Alcoholic Beverages/analysis , Chemical Phenomena , Malpighiaceae , Food Production , Saccharomyces cerevisiae
2.
Food Sci. Technol (SBCTA, Impr.) ; 38(1): 172-179, Jan.-Mar. 2018. tab, graf
Article in English | LILACS | ID: biblio-892252

ABSTRACT

Abstract These researches aimed determine the quality parameters, the nutritional profile, and the thermogravimetric and oxidative behavior of Muruci (Byrsonima crassifolia L .) oil obtained by supercritical CO2 extraction. The results showed an average oil yield of 5.50%. The acidity and peroxide values show good quality and conservation standards, according to the Brazilian legislation. The fatty acid profile indicates a predominance of unsaturated fatty acids with levels above 60%, highlighting the presence of fatty acids omega-6 and omega-9. The thermogravimetric curves showed oil stability at temperatures around 200 °C and exothermic peaks characteristic of mass loss close to 250 °C. The data of oxidative induction time determined by the Rancimat method showed thermal oxidative stability of 20.85 h for the oil obtained. The Fourier transform infrared (FTIR) spectroscopic profile evidenced chemical compounds with predominantly unsaturated structures, confirming its fatty acid profile. Based on the results of the oil analysis, it is possible to recognize the potential of this species in terms of nutritional, functional, and thermo-oxidative stability aspects.

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