Aroma profile
Derived from flavor compounds · verified measured labels + GNN ensemble predictions
Flavor compounds
60 compounds identified — FoodAtlas / FooDB verified
Molecular pairings
Pairs well with — computed from shared flavor compounds
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Ingredient
Derived from flavor compounds · verified measured labels + GNN ensemble predictions
60 compounds identified — FoodAtlas / FooDB verified
Pairs well with — computed from shared flavor compounds
Highlighted compounds are flavor-active · click to view molecular profile
Based on shared molecular compounds · click to explore
“Acerola pulps were shear thinning and thermal conductivity increases with viscosity decreasing with increasing temperature.”
acerola pulp → decreases → viscosity
“The rheological behavior, specifically apparent viscosity versus shear rate, was influenced by both the soluble solids content and the temperature.”
acerola pulp → affects → rheological behavior
“This study aimed to evaluate the thermal conductivity and rheological behavior of acerola pulp at concentrations of 5.5, 7.5, 9.5, 11.5 and 13.5 °Brix and temperatures of 20, 30, 40, 50 and 60 °C.”
acerola pulp → affects → thermal conductivity
“Acerola pulps were shear thinning and thermal conductivity increases with viscosity decreasing with increasing temperature.”
acerola pulp → increases → thermal conductivity
“The overall acceptance of nectars of different formulations varied from 5 ('neither liked nor disliked') to more than 7 ('liked moderately'), showing that some products can be considered adequate to consumers, like the nectar produced with 37.5% papaya pulp, 7.5% passion fruit juice, and 5.0% acerola pulp, added of 15% sucrose.”
papaya pulp, passion fruit juice, and acerola pulp → combined in → nectar