0000000000683953

AUTHOR

Maria Cristina Messia

showing 7 related works from this author

Microencapsulation of Phenolic Extracts from Cocoa Shells to Enrich Chocolate Bars

2021

AbstractCocoa bean shells were subjected to green extraction technologies, based on the absence of toxic organic solvents, to recover polyphenols; the extract was then encapsulated using a spray dryer and maltodextrin as coating agent. The best conditions observed in the spray drying tests (core-to-coating ratio 1:5; inlet temperature 150 °C; flow rate 6 ml min−1) were applied to produce the microcapsules used to enrich the same cocoa mass as the shells and processed for the preparation of the chocolate bars. Sensory analysis showed no significant differences between enriched chocolate bar and the unenriched reference one, except for the appearance. Both samples were then subjected to accel…

PolyphenolShelf lifeShelf lifeSensory analysisPlant Extractchemistry.chemical_compoundCocoafoodPhenolsFood scienceChocolateCacaoOriginal PaperInlet temperaturePhenolPlant ExtractsChemistrySpray dryingExtraction (chemistry)PolyphenolsCOCOA BEANMaltodextrinfood.foodCocoa; Encapsulation; Polyphenols; Shelf life; Spray dryingChemistry (miscellaneous)PolyphenolSpray dryingEncapsulationFood SciencePlant Foods for Human Nutrition
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Kinetics of carotenoids degradation and furosine formation in dried apricots (Prunus armeniaca L.)

2017

Abstract The kinetics of carotenoid and color degradation, as well as furosine formation, were investigated in apricot fruits during convective heating at 50, 60 and 70 °C. Degradation of carotenoids and color, expressed as total color difference (TCD), followed a first and zero order kinetic, respectively. The activation energy (Ea) for carotenoids degradation ranged from 73.7 kJ/mol for 13- cis -β-carotene to 120.7 kJ/mol for lutein, being about 91 kJ/mol for all- trans -β-carotene. Violaxanthin and anteraxanthin were the most susceptible to thermal treatment. The furosine evolution was fitted at zero order kinetic model. The Ea for furosine formation was found to be 83.3 kJ/mol and the Q…

LuteinHot TemperatureFood HandlingPrunus armeniacaApricotKineticsColorThermal treatmentActivation energyXanthophylls01 natural scienceschemistry.chemical_compound0404 agricultural biotechnologyApricot; Carotenoids; Color; Drying; Furosine; Kinetics; Food ScienceFurosineDesiccationCarotenoidDryingchemistry.chemical_classificationCarotenoidKineticChromatographybiologyChemistryLysine010401 analytical chemistry04 agricultural and veterinary sciencesSettore AGR/15 - Scienze E Tecnologie Alimentaribiology.organism_classification040401 food sciencePrunus armeniacaCarotenoids0104 chemical sciencesKineticsBiochemistryModels ChemicalFruitDegradation (geology)Nutritive ValueViolaxanthinFood Science
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Evolution of Free Amino Acids, Histamine and Volatile Compounds in the Italian Anchovies (Engraulis encrasicolus L.) Sauce at Different Ripening Times

2022

In this study, the evolution of the safety, nutritional, and volatile profile of a traditional Italian anchovy sauce with protected designation of origin (PDO), called “colatura di alici di Cetara”, is investigated after 12, 24, and 48 months of aging in wooden barrels. Some physicochemical parameters, free amino acids, volatile compounds, and histamine contents were evaluated during the aging of the samples. Glutamate, which together with aspartate is responsible for the umami taste, was the predominant free amino acid in the tested fish sauce, with a significant increase during the 48 months of maturation. The total amino acid content of the anchovy sauce increased from 24 to …

fermented seasoningfood safetybiogenic amines fermented seasoning fish sauce food safety nutritional qualityHealth (social science)fish sauce; food safety; nutritional quality; biogenic amines; fermented seasoningfish saucenutritional qualitybiogenic aminesPlant ScienceHealth Professions (miscellaneous)Microbiologybiogenic amines; fermented seasoning; fish sauce; food safety; nutritional qualityFood ScienceFoods; Volume 12; Issue 1; Pages: 126
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Evaluation of carotenoids and furosine content in air dried carrots and parsnips pre-treated with pulsed electric field (PEF)

2019

Carrot and parsnip slices were subjected to hot drying at 50, 60 and 70 °C with or without pulsed electric field (PEF) pre-treatment at 0.9 kV/cm and 1000 and 10,000 pulses. The effect of drying on processed samples was assessed by analysis of carotenoids, the furosine value, total phenols and the Whiteness Index (WI). PEF pre-treatment is effective in reducing drying times, but the degree of cellular breakdown makes the compounds more susceptible to chemical and enzymatic reactions. In our condition PEF pre-treatment increased the carotenoid degradation and promoted the Maillard reaction above all at the highest temperature of 70 °C. The assessment of carotenoid stability, together with th…

Pre treatment030309 nutrition & dieteticsCarotenoid degradationBiochemistryIndustrial and Manufacturing Engineering03 medical and health sciencessymbols.namesake0404 agricultural biotechnologyCarrotElectric fieldFood scienceParsnipCarotenoidchemistry.chemical_classification0303 health sciencesDried foodCarotenoids; Carrot; Maillard reaction; Parsnip; PEF; Pre-treatment04 agricultural and veterinary sciencesGeneral ChemistryPEFPre-treatmentCarotenoids040401 food scienceMaillard reactionMaillard reactionchemistryPre-treatment PEF Carotenoids Maillard reaction Carrot ParsnipsymbolsThermal damageCellular breakdownFood ScienceBiotechnologyEuropean Food Research and Technology
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Produzione di concentrati proteici da siero di latte bufalino

2008

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Ultrafiltration of water buffalo whey: peformance and modeling of a tubular ceramic module

2007

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Produzione di concentrati proteici da siero di latte bufalino/Water buffalo whey protein concentrate production

2008

The technical feasibility of the recovery of whey protein from water buffalo whey via spiralwound microfiltration (MF) and ultrafiltration (UF) membranes was assessed in the pilot-plant scale. The process tested consisted of preliminary whey centrifugation to remove fat and minimise membrane reversible fouling. By combining a UF step with two subsequent diafiltration cycles, it was possible to obtain buffalo whey protein concentrates with a total protein content of 67.5% (w/w).

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