Should we fail to observe any modulation of the size of the standard Simon effect, this would suggest that, in Experiment 1, aromas affected specifically self-other integration.
Six QTLs designated as qARM1.1, qARM2.1, qARM8.1, qARM8.2, qARM8.3 and qARM12.1 influencing aroma were identified.
Chemists have identified at least 400 aroma compounds that work on their own and with others to create complex flavours – some appearing immediately on first sniffing, others emerging only as an aftertaste.
Descriptive analysis (DA) was used to asses 16 aroma, 4 mouthfeel, and 3 taste attributes.
The HRD was 2 aroma × 5 NaCl × 5 lactic acid levels.
The evaluated factors showed no impact on the 16 aroma descriptors.
This assessment consisted of 8 aroma descriptors (toasted, muttony, medicinal, fatty, milky, earthy, sour and waxy).
According to sensory analysis, the relative aroma strengths of the 8 aroma categories varied somewhat between the 19 CCA samples.
An additional 18 samples were produced using a mixture of all 5 tastes with the 3 aroma levels.
A total of 46 and 42 aroma compounds, including esters, alcohols, terpenes, lactones, acids, carbonyl compounds, and volatile phenols were identified in the Sel-42 and Tainung, respectively.
