Search results for "DIFFERENT TEXTURES"

showing 2 items of 2 documents

Understanding aroma release from model cheeses by a statistical multiblock approach on oral processing

2013

For human beings, the mouth is the first organ to perceive food and the different signalling events associated to food breakdown. These events are very complex and as such, their description necessitates combining different data sets. This study proposed an integrated approach to understand the relative contribution of main food oral processing events involved in aroma release during cheese consumption. In vivo aroma release was monitored on forty eight subjects who were asked to eat four different model cheeses varying in fat content and firmness and flavoured with ethyl propanoate and nonan-2-one. A multiblock partial least square regression was performed to explain aroma release from the…

MaleSalivaPolymersPARTIAL LEAST-SQUARES[ SDV.AEN ] Life Sciences [q-bio]/Food and NutritionFOOD BOLUS PROPERTIESStatistics as Topiclcsh:MedicineBiopolymersBolus (medicine)CheeseMaterials PhysicsSpreadabilityFood sciencelcsh:ScienceIN-VIVOHUMAN SALIVAMultidisciplinarybiologyChemistryPhysicsClassical Mechanicsfood and beveragesMiddle AgedChemical EngineeringIntegrated approachPhysical SciencesAlimentation et NutritionEngineering and TechnologyFemaleSensory PerceptionStatistics (Mathematics)BEHAVIORResearch ArticleAdultMaterials by StructureFat contentMaterials ScienceMaterial PropertiesFluid MechanicsPLSContinuum MechanicsDIFFERENT TEXTURESYoung AdultHumansMechanical PropertiesFood and NutritionLeast-Squares AnalysisStatistical MethodsAromaElectromyographylcsh:RBiology and Life SciencesEthyl propanoatebiology.organism_classificationMOUTHCHEWING ACTIVITYSaliva compositionOdorantslcsh:QFLAVOR RELEASE[SDV.AEN]Life Sciences [q-bio]/Food and NutritionMathematicsNeuroscience
researchProduct

In-mouth aroma compound release during cheese consumption: Relationship with food bolus formation

2011

International audience; The present study describes the changes in mechanical properties and saliva incorporation for cheese samples with different composition and texture, and their influence on the rate of aroma release. Chewing work per cycle, salivary flow rate and chewing rate varied highly among subjects. Despite the differences in cheese hardness, at the end of mastication, bolus texture was the same for cheeses with the same lipid content. Low-fat cheeses gave harder bolus than high fat ones, despite being chewed longer, with higher work per cycle and more moisture. Salivary flow rate did not vary among cheese samples but, at the end of mastication, the amount of saliva in boluses d…

[SDV.SA]Life Sciences [q-bio]/Agricultural sciencesSaliva030309 nutrition & dieteticsFLOWApplied Microbiology and BiotechnologyDIFFERENT TEXTURESSALIVA03 medical and health scienceschemistry.chemical_compound0404 agricultural biotechnologyBolus (medicine)MASTICATIONstomatognathic systemFood bolusHigh fatAroma compoundFood scienceMODEL CHEESESMasticationAroma0303 health sciencesPERCEPTIONbiology04 agricultural and veterinary sciencesbiology.organism_classification040401 food scienceCHEWING BEHAVIORstomatognathic diseasesSIZEchemistryMUSCLE-ACTIVITYLipid contentFLAVOR RELEASEFood Science
researchProduct