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Tag: Oleogustus

Explore our comprehensive collection of health articles in this category.

What is the sixth taste? The science behind new flavor discoveries

4 min read
For over a century, scientists believed our tongues could detect only five basic tastes: sweet, sour, salty, bitter, and umami. However, new research suggests that our palate is far more complex, begging the question: what is the sixth taste and what does it mean for our understanding of flavor?

How Does Fat Affect the Taste of Food? The Science of Flavor

5 min read
A Purdue University study found that oral stimulation with fatty food significantly elevates blood fat levels, providing evidence for a physiological "fat taste" component. Beyond simple hedonics, understanding how does fat affect the taste of food reveals a complex interplay of aroma, texture, and brain chemistry that profoundly impacts our eating experience.

What is the Flavour of Fat? Exploring Oleogustus and Beyond

5 min read
In 2015, researchers at Purdue University named the distinct taste sensation of fatty acids 'oleogustus,' formally identifying fat as a potential sixth basic taste, alongside sweet, sour, salty, bitter, and umami. This groundbreaking discovery fundamentally changed our understanding of the true flavour of fat, which is far more complex than just its texture.

What is the 6th type of taste? Breaking Down the Scientific Debate

4 min read
According to research published in the journal *Nature Communications*, humans possess a specific receptor that detects ammonium chloride, suggesting it could be the newest addition to the taste family. The scientific discovery adds a new chapter to the ongoing quest to answer the question: what is the 6th type of taste, expanding beyond the five well-established senses of sweet, sour, salty, bitter, and umami.

What is the taste of fat called? The scientific explanation of Oleogustus

4 min read
In 2015, researchers at Purdue University proposed that fat should be considered the sixth basic taste, naming it 'oleogustus'. This discovery provides a long-awaited scientific answer to the question, "What is the taste of fat called?" and distinguishes the unique flavor of fatty acids from the familiar sensation of creaminess or richness.