2017
DOI: 10.25186/cs.v12i2.1168
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Perfil sensorial de cultivares de café processados por via seca e via úmida após armazenamento

Abstract: RESUMO:Os diferentes tipos de processamentos pós-colheita empregados nos frutos de café podem originar diferentes bebidas, cujo perfil sensorial depende de fatores ambientais e do manejo no processo de produção. Todos os processos envolvidos na produção de café, desde as características edafoclimáticas da área de cultivo até o sistema de armazenamento adotado, interferem na qualidade de bebida do café. Objetivou-se neste trabalho descrever o perfil sensorial de diferentes cultivares de café processados por via… Show more

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Cited by 3 publications
(3 citation statements)
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“…This answer may be related to the greater capacity of natural coffees (dry) to express their sensory characteristics. In a study aiming to observe the sensory analysis of the beverage in rust-resistant Arabica coffee cultivars according to postharvest processing, Pereira [45] highlights that the studied genotypes presented different sensory behavior among themselves and between different post-harvest models, harvest, highlighting, as in this study, the gain in aroma, flavor and acidity of coffees that were subjected to post-harvest processing by the dry route in relation to the wet process [46,47].…”
Section: Discussionmentioning
confidence: 83%
“…This answer may be related to the greater capacity of natural coffees (dry) to express their sensory characteristics. In a study aiming to observe the sensory analysis of the beverage in rust-resistant Arabica coffee cultivars according to postharvest processing, Pereira [45] highlights that the studied genotypes presented different sensory behavior among themselves and between different post-harvest models, harvest, highlighting, as in this study, the gain in aroma, flavor and acidity of coffees that were subjected to post-harvest processing by the dry route in relation to the wet process [46,47].…”
Section: Discussionmentioning
confidence: 83%
“…Variations in the addition of yeast and variations in the alarm time have no significant effect on the coffee aroma. [25] mentioned, the decomposition of complex compounds contained in coffee beans will be maximized as time is increased, this is due to yeast activity during the pause, producing enzymes to catalyse the process of degrading carbohydrates, lipids, proteins and acids present in coffee which are converted into alcohol. acids, esters and ketones.…”
Section: Organoleptic Preference Score (Cupping-form Sca)mentioning
confidence: 99%
“…acids, esters and ketones. According to [25] added, the degradation of complex compounds contained in coffee produces simple compounds, namely free glucose and fructose from the breakdown of polysaccharide compounds, and quinine from the breakdown of chlorogenic compounds acid and phosphoric acid from the degradation of phospholipids to produce aroma precursor compounds. The highest level of preference for fragrance is A2B2 with a score of 7.20. from the table.5 above show that the length of time of fermentation did not significantly affect the taste or flavour.…”
Section: Organoleptic Preference Score (Cupping-form Sca)mentioning
confidence: 99%