Matches in SemOpenAlex for { <https://semopenalex.org/work/W1963757910> ?p ?o ?g. }
- W1963757910 endingPage "226" @default.
- W1963757910 startingPage "219" @default.
- W1963757910 abstract "Despite a few relationships between fungiform papillae (FP) density and 6-n-propylthiouracil (PROP) taster status have been reported for sensory qualities within foods, the impact on preferences remains relatively unclear. The present study investigated responses of FP number and PROP taster groups to different bitter compounds and how these affect coffee perception, consumption and liking. Subjects (Ss) with higher FP numbers (HFP) gave higher liking ratings to coffee samples than those with lower FP numbers (LFP), but only for sweetened coffee. Moreover, HFP Ss added more sugar to the samples than LFP Ss. Significant differences between FP groups were also found for the sourness of the coffee samples, but not for bitterness and astringency. However, HFP Ss rated bitter taste stimuli as stronger than did LFP Ss. While coffee liking was unrelated to PROP status, PROP non-tasters (NTs) added more sugar to the coffee samples than did super-tasters (STs). In addition, STs rated sourness, bitterness and astringency as stronger than NTs, both in coffee and standard solutions. These results confirm that FP density and PROP status play a significant role in taste sensitivity for bitter compounds in general and also demonstrate that sugar use is partly a function of fundamental individual differences in physiology." @default.
- W1963757910 created "2016-06-24" @default.
- W1963757910 creator A5025230119 @default.
- W1963757910 creator A5030527565 @default.
- W1963757910 creator A5047510067 @default.
- W1963757910 creator A5083018336 @default.
- W1963757910 date "2015-01-01" @default.
- W1963757910 modified "2023-09-27" @default.
- W1963757910 title "The impact of individual variations in taste sensitivity on coffee perceptions and preferences" @default.
- W1963757910 cites W1589514954 @default.
- W1963757910 cites W1950482308 @default.
- W1963757910 cites W1967667197 @default.
- W1963757910 cites W1969766614 @default.
- W1963757910 cites W1971085806 @default.
- W1963757910 cites W1971958281 @default.
- W1963757910 cites W1972714448 @default.
- W1963757910 cites W1981521751 @default.
- W1963757910 cites W1985101496 @default.
- W1963757910 cites W1989523005 @default.
- W1963757910 cites W1989575442 @default.
- W1963757910 cites W1990604388 @default.
- W1963757910 cites W1991825477 @default.
- W1963757910 cites W1994413660 @default.
- W1963757910 cites W1994809468 @default.
- W1963757910 cites W1996937324 @default.
- W1963757910 cites W2001793881 @default.
- W1963757910 cites W2007639310 @default.
- W1963757910 cites W2011300027 @default.
- W1963757910 cites W2012085532 @default.
- W1963757910 cites W2017173374 @default.
- W1963757910 cites W2017909010 @default.
- W1963757910 cites W2021052261 @default.
- W1963757910 cites W2041623224 @default.
- W1963757910 cites W2041951571 @default.
- W1963757910 cites W2043102247 @default.
- W1963757910 cites W2045075225 @default.
- W1963757910 cites W2047073571 @default.
- W1963757910 cites W2048786655 @default.
- W1963757910 cites W2048880049 @default.
- W1963757910 cites W2051034239 @default.
- W1963757910 cites W2052499700 @default.
- W1963757910 cites W2052750032 @default.
- W1963757910 cites W2053081183 @default.
- W1963757910 cites W2063950856 @default.
- W1963757910 cites W2064148653 @default.
- W1963757910 cites W2066084411 @default.
- W1963757910 cites W2066381476 @default.
- W1963757910 cites W2066595449 @default.
- W1963757910 cites W2068566319 @default.
- W1963757910 cites W2071425858 @default.
- W1963757910 cites W2079573200 @default.
- W1963757910 cites W2080601196 @default.
- W1963757910 cites W2080609696 @default.
- W1963757910 cites W2081867396 @default.
- W1963757910 cites W2083010381 @default.
- W1963757910 cites W2085231284 @default.
- W1963757910 cites W2087633187 @default.
- W1963757910 cites W2088085162 @default.
- W1963757910 cites W2089135923 @default.
- W1963757910 cites W2094710909 @default.
- W1963757910 cites W2098431483 @default.
- W1963757910 cites W2108797147 @default.
- W1963757910 cites W2110949192 @default.
- W1963757910 cites W2113687113 @default.
- W1963757910 cites W2115380406 @default.
- W1963757910 cites W2121567272 @default.
- W1963757910 cites W2126841892 @default.
- W1963757910 cites W2128467049 @default.
- W1963757910 cites W2133142569 @default.
- W1963757910 cites W2134226467 @default.
- W1963757910 cites W2136344152 @default.
- W1963757910 cites W2139752415 @default.
- W1963757910 cites W2142554957 @default.
- W1963757910 cites W2148447544 @default.
- W1963757910 cites W2150521533 @default.
- W1963757910 cites W2154241399 @default.
- W1963757910 cites W2157288105 @default.
- W1963757910 cites W2161832180 @default.
- W1963757910 cites W2167448414 @default.
- W1963757910 cites W2187657294 @default.
- W1963757910 cites W31510190 @default.
- W1963757910 doi "https://doi.org/10.1016/j.physbeh.2014.10.031" @default.
- W1963757910 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25446205" @default.
- W1963757910 hasPublicationYear "2015" @default.
- W1963757910 type Work @default.
- W1963757910 sameAs 1963757910 @default.
- W1963757910 citedByCount "86" @default.
- W1963757910 countsByYear W19637579102016 @default.
- W1963757910 countsByYear W19637579102017 @default.
- W1963757910 countsByYear W19637579102018 @default.
- W1963757910 countsByYear W19637579102019 @default.
- W1963757910 countsByYear W19637579102020 @default.
- W1963757910 countsByYear W19637579102021 @default.
- W1963757910 countsByYear W19637579102022 @default.
- W1963757910 countsByYear W19637579102023 @default.
- W1963757910 crossrefType "journal-article" @default.
- W1963757910 hasAuthorship W1963757910A5025230119 @default.
- W1963757910 hasAuthorship W1963757910A5030527565 @default.