Bio-Nose Technology: Conferring a Sense of Smell | UMD Department of Computer Science
The phrase “got your nose,” often accompanied by the pretend seizing of the nose, is part of a quaint childhood game. But wouldn’t it be quite useful if we really could transport our sense of smell elsewhere to help recognize different fragrances or even odors that we do not typically detect?
Americans love bread, but unfortunately, the bread sold by stores in the U.S. is not that fresh or nutritious. Find out how America has completely ruined bread.
New taste: Sweet, salty, bitter, sour, umami and … ammonium chloride?
Researchers have uncovered the mechanism by which our taste buds detect ammonium chloride, exemplified by the distinct taste of salty licorice, popular in Scandinavia and the Netherlands. They say the discovery provides evidence for the existence of a sixth basic taste.
Flavor optimization in dairy fermentation: From strain screening and metabolic diversity to aroma regulation - ScienceDirect
Currently, fermented dairy products whose flavor enhancement directly arises from biochemical reactions by microorganisms are becoming more meaningful…
Can AI crave a favorite food? | Penn State University
An electronic gustatory circuit that can "taste" may open the door to artificial emotional intelligence, according to the Penn State research team that developed the device.
Choosing the best raspberries is complicated enough without having to worry about all those little hairs. Luckily, they're perfectly natural and harmless.
Eau de AI – how Artificial Intelligence can help explore your perfume personality - The Perfume Society
In the ‘Fashion, Fragrance & the Future‘ edition of The Scented Letter magazine [sign up for the FREE online edition here] we explore the myriad ways that Artificial Intelligence is impacting the world of perfumery – from allowing the perfumers to come up with never before dreamed of compositions, building brand new aroma molecules (and...
UK government looks to bring ‘alcohol-free’ definition in line with US and Germany
England currently considers an ‘alcohol-free’ drink as one containing less than 0.05% ABV – differing from a number of other countries that use 0.5% ABV as the definition. A public consultation is now seeking views on whether to raise the threshold for 'alcohol free' to 0.5% ABV.
Coca-Cola's Beverly Aperitif That You've Probably Never Heard Of
You've no doubt tried Diet Coke and heard of the likes of Fanta and Dasani. But you've likely never even heard of, let alone tried, Beverly. Here's why.
Thailand may be a relatively small country in terms of geography, but it's a worldwide culinary force. Surprisingly, Thai cuisine's rise was largely by design.
How Altering Noise Can Actually Change The Way Our Palates Taste Food
You're probably aware our sense of smell can impact how we taste food. But did you know that our sense of hearing, and altering noise, can also have an effect?
Explore the intriguing world of grapes (Vinis Vinifera), a rarely used but captivating ingredient in perfumery. Discover how this versatile fruit, often viewed as a complex addition, can be transformed into a hidden gem in the hands of a skilled perfumer. Scentspiracy presents two distinct grape-bas
Study on the Sweetening Mechanism of Aroma Compounds in Yangshan Peach Using Sensory Analysis, Molecular Docking, and Molecular Dynamics Simulation Techniques by Zuobing Xiao, HuiLei Qu, ChengTing Mao, yunwei niu :: SSRN
The demand for sugar reduction in food continues to rise, necessitating innovative approaches to reduce sugar content without compromising consumer acceptance.
Frontiers | Why human olfaction should not be modeled on theories and tasks of vision
In this paper we analyze some key concepts and problems in olfaction and argue that many concepts borrowed from vision are not helpful in elucidating the functions of human olfaction. This is illustrated with several examples. Olfaction is rarely in the focus of human attention. Olfaction is, compared to vision, a ‘hidden sense’, but still guides many important behaviors by way of unattended unconscious olfactory perception and implicit memory. Not all olfactory processing, however, is of an unconscious nature. Flavors, and the pleasures gained from them, are most often consciously perceived. These are experiences mostly determined by olfaction, taste, touch and chemesthesis. Our analyses lead us to conclude that olfaction should not be modeled on vision, neither conceptually nor with respect to the problems solved by the two senses. A critical examination of the ecological and physical constraints of olfaction and the other senses should be given priority. Such analyses will further our understanding of which problems are solved by the different senses and how they collaborate to guide us through the world.
Mapping Neural Activity Patterns and Odor Perception - News Center
A new Northwestern Medicine study has demonstrated how differences in neural activity within the brain’s olfactory and orbital cortices cause people to perceive the same odors differently, according to findings published in Nature Neuroscience.
As temperatures rise, Sicily turns to exotic fruits
Avocados, mangos, bananas and passion fruit—a wealth of exotic produce is growing under the shadow of Sicily's Mount Etna, as the Italian island's farmers adapt to global warming.
We finally know what makes orange carrots orange | New Scientist
Three genes are turned off to make carrots produce high levels of alpha and beta-carotene, which make them a rich source of vitamin A and give them their orange hue