2016
DOI: 10.15587/1729-4061.2016.69838
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The effect of grape seed powder on the quality of butter biscuits

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Cited by 16 publications
(26 citation statements)
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“…The increase of hardness with GSF concentration is marginally significant (P≤0.05) for Carlos seed cookies and smaller particle GSF fractions of GSF (104 um) had larger impact on the hardness of cookie in general with exception of Noble GSF at 5% inclusion level. The findings in this research are in good agreement with the findings of Samohvalova et al (2016) who found that addition of grape seed powder strengthened wheat flour gluten in the dough and increased the hardness of butter biscuit. Similar results were also obtained in the studies of bread fortification using grape pomace and GSF (Smith & Yu, 2015;Hoye, 2009).…”
Section: Effects Of Particle Size and Gsf Level On The Physical Propesupporting
confidence: 92%
See 1 more Smart Citation
“…The increase of hardness with GSF concentration is marginally significant (P≤0.05) for Carlos seed cookies and smaller particle GSF fractions of GSF (104 um) had larger impact on the hardness of cookie in general with exception of Noble GSF at 5% inclusion level. The findings in this research are in good agreement with the findings of Samohvalova et al (2016) who found that addition of grape seed powder strengthened wheat flour gluten in the dough and increased the hardness of butter biscuit. Similar results were also obtained in the studies of bread fortification using grape pomace and GSF (Smith & Yu, 2015;Hoye, 2009).…”
Section: Effects Of Particle Size and Gsf Level On The Physical Propesupporting
confidence: 92%
“…It was reported that the cookies containing 5% GSF (red) was most appreciated in terms of sensorial properties and purchasing intent but the general acceptability significantly decreased as the level of GSF exceeded 10% (Acun & Gul, 2014). Although another study found that adding up to 15.0 % (on the weight of flour) of GSF did not reduce organoleptic properties of butter biscuit comparing with reference (Samohvalova et al, 2016), it is unknown whether the GSF used in that study was from red or white grapes. Therefore, 5% GSF might be the highest inclusion level and the fraction with average 209 µm might be the best for cookie making if the GSF is from red grapes.…”
Section: Consumer Acceptance Of Cookiesmentioning
confidence: 83%
“…Thus, it is recommended to use grape pomace powders in the technologies of flour confectionery products [17]. An undoubted advantage of this approach is that grape powder, unlike cocoa, is the raw material of local origin and has a significantly lower cost.…”
Section: Literature Review and Problem Statementmentioning
confidence: 99%
“…A farinha de uva é obtida do bagaço da uva, composto de sementes, pele e ráquis da uva, que se caracteriza como uma importante fonte de fibra dietética (celulose, hemicelulose, substâncias pectínicas e lignina), polifenóis (antocianinas, leucocianinas, catequinas, flavonóis, etc. ), macro e micronutrientes (potássio, cálcio, magnésio, fósforo, ferro, zinco, silício e cobre) e vitaminas (PP, C e colina) (Samohvalova et al, 2016). O bagaço da uva, por ser abundante em compostos fenólicos, contém uma alta capacidade antioxidante, que inibe a ação dos radicais livres e, conjuntamente com o resveratrol, trazem como benefícios, a partir de estudos já comprovados, a diminuição da pressão arterial e da agregação plaquetária, a melhora na diabetes, nas doenças cardiovasculares, a proteção contra oxidação do LDL, além de possuir atividades antiinflamatória, anticarcinogênica, anti-idade e antimicrobiana, e prevenir doenças neurológicas, dentre outros efeitos benéficos para a saúde humana (Rasines-Perea & Teissedre, 2017;Urquiaga et al, 2015;Georgiev et al, 2014;Sousa et al, 2014;Xia et al, 2010).…”
Section: Introductionunclassified
“…Assim, a farinha de uva, por conter compostos fenólicos, ter atividade antioxidante e boa aceitação sensorial pelos consumidores, como já estudado por outros autores (Samohvalova et al, 2016;Karnopp et al, 2015;Piovesana et al, 2013), faz com que possa ser incorporada em produtos de panificação, segmento que encontra ampla concordância pela população, uma vez que, nos últimos anos, há uma crescente demanda por alimentos ricos nutricionalmente (Sant'Anna et al, 2014). Tais características apresentam-se como uma nova opção para o estudo de diferentes tipos de farinhas e suas propriedades físicas, químicas e sensoriais, possibilitando o aumento das propriedades tecnológicas e funcionais (Dias et al, 2016).…”
Section: Introductionunclassified