Add BrightSurf on Google Email

The secret to good tomato chemistry

A team of researchers has identified 24 compounds as responsible for the distinct flavors and aromas of heirloom tomatoes. These findings hold promise for improving the flavor of commercially grown tomatoes.

SourceCell Press·JournalCurrent Biology·DateMay 24, 2012

To get the full flavor, you need the right temperature

A new study by Dr. Gary Pickering and colleagues from Brock University found that changes in food temperature alter the intensity of sour, bitter, and astringent tastes but not sweetness. The research involved 74 participants who tasted sweet, sour, bitter, and astringent solutions at varying temperatures.

SourceSpringer·JournalChemosensory Perception·DateMay 14, 2012

How the smell of food affects how much you eat

Research published in BioMed Central's Flavour journal found that strong smells associated with food lead to smaller bites, suggesting aroma could regulate portion size. The study suggests a possible link between bite size and flavor sensation, potentially aiding weight loss by reducing intake per bite.

SourceBMC (BioMed Central)·JournalFlavour·DateMar 20, 2012

Extensive taste loss in mammals

Seven mammalian species have lost the sense of sweet taste, including strict carnivores like cats and sea lions, due to defects in their sweet taste receptors. This finding suggests that dietary specialization can lead to evolutionary trade-offs in sensory perception.

SourceMonell Chemical Senses Center·JournalProceedings of the National Academy of Sciences·DateMar 12, 2012

Wine experts' ratings may be a wash for many consumers

Researchers found that wine experts were more sensitive to bitter tastes than non-experts, suggesting their ability to discern small differences in wine may be innate. This could mean that expert recommendations are too subtle for average consumers to sense.

SourcePenn State·JournalAmerican Journal of Enology and Viticulture·DateMar 1, 2012

Reducing salt in crisps without affecting the taste

Researchers at the University of Nottingham have discovered a way to accelerate salt delivery to the tongue, allowing for significant salt reduction in snack foods while maintaining flavor. This breakthrough has the potential to tackle high salt intake, linked to health issues like high blood pressure and cardiovascular disease.

SourceUniversity of Nottingham·JournalFood & Function·DateFeb 17, 2012

How do you stop tasting?

Researchers at Monell Chemical Senses Center discover a protein called Serca3 that terminates bitter taste signals by removing calcium from taste cells. This finding may help explain why some people are supersensitive to certain tastes and could lead to the development of medicines to minimize unpleasant side effects.

SourceMonell Chemical Senses Center·JournalPLOS ONE·DateAug 2, 2011

New bitter blocker discovered

Scientists from Monell Center and Integral Molecular have discovered a compound that inhibits bitterness by acting directly on a subset of bitter taste receptors, opening doors to better nutrition and therapeutic compliance. The discovery of probenecid as a bitter blocker may lead to the development of novel and more effective blockers.

SourceMonell Chemical Senses Center·JournalPLOS ONE·DateJun 2, 2011

Keeping beer fresh longer

Researchers discovered 56 substances contributing to beer's bitterness and identified five major contributors to harsh aftertaste. Controlling initial pH value and storing at low temperatures can help delay bitter flavors.

SourceAmerican Chemical Society·JournalJournal of Agricultural and Food Chemistry·DateApr 13, 2011

The nauseating taste of bitter

A new study from Monell Center reveals that bitter taste can cause people to report nausea and display stomach activity similar to actual nausea. The body anticipates the consequences of food we eat, responding to toxic tastes with a protective mechanism.

SourceMonell Chemical Senses Center·JournalCurrent Biology·DateApr 11, 2011

Human taste cells regenerate in a dish

Researchers at the Monell Chemical Senses Center have successfully maintained human taste cells in culture for seven months, providing a valuable tool for understanding the sense of taste. The breakthrough enables scientists to test drugs to promote recovery from taste loss due to infection, radiation, or chemotherapy.

SourceMonell Chemical Senses Center·JournalChemical Senses·DateApr 6, 2011

Sour research, sweet results

Researchers at USC College have made a groundbreaking discovery about sour flavors, revealing that protons from acids directly activate taste cells. This finding has important implications for understanding how different tastes interact and may lead to practical applications in cooking and food industry.

SourceUniversity of Southern California·JournalProceedings of the National Academy of Sciences·DateNov 23, 2010

Chefs can create reduced-calorie restaurant foods

According to Penn State researchers, 72% of chefs surveyed said they could trim off 10% of calories from meals without customers noticing a difference in taste. Adding water-rich foods like fruits and vegetables can help reduce calorie counts while maintaining nutrient intake.

SourcePenn State·JournalObesity·DateNov 5, 2010

Gastric bypass alters sweet taste function

A study by Penn State researchers found that gastric bypass surgery alters the brain's response to sweet tastes in obese rats, reducing their preference for high-sugar foods. The surgery also improves insulin sensitivity and glucose tolerance, suggesting potential benefits for human patients with obesity-related diabetes.

Salmon baby food? Babies need omega-3s and a taste for fish, scientist says

A University of Illinois professor has developed a nutritious salmon baby food for toddlers, citing the importance of omega-3 fatty acids for brain development and preventing coronary artery disease. The product's taste was found to be mild and appealing to parents, with an encouraging sensory panel response.

Best way to pour champagne? 'Down the side' wins first scientific test

A scientific study reveals that pouring champagne down the side of an angled glass preserves more carbon dioxide than pouring straight down the middle. The researchers also found that chilling champagne to 39 degrees Fahrenheit reduces carbon dioxide loss, making 'down-the-side' a winning method for preserving champagne's taste and fizz.

SourceAmerican Chemical Society·JournalJournal of Agricultural and Food Chemistry·DateAug 11, 2010