Your Perfume Could Be Messing With Your Chemical Force Shield : ScienceAlert
A spray of perfume or a swipe of lotion could mess with highly reactive chemicals clouding your body, according to new research, leading to unknown health effects.
24 Seasonings From Around The World You Should Try
There's a surprising variety of seasonings from around the world that can give your cooking routine a flavorful shake-up and perhaps become your new favorite.
Formation and dynamic evolution of aroma, taste, and color in spring oolong tea: Insights from the entire processing procedure - ScienceDirect
The distinctive flavor of oolong tea is derived from its complex processing techniques. In this study, comprehensive untargeted metabolomics were appl…
Cheese is a nutritionally rich and diverse food category, recognized for their distinct taste profiles and health benefits. The distinctive taste deri…
Molecular sensory insights into odor activity and formation pathway of volatile compounds across roasting degrees in coffee beans - ScienceDirect
The distinctive aroma of coffee is highly regarded by public, and influenced by many factors. To investigate the odor activities of volatile compounds…
Study reveals a deep brain region that links the senses | Yale News
A Yale-led study shows that the senses stimulate a region of the brain that controls consciousness — a finding that might inform treatment for disorders related to attention, arousal, and more.
Identification and Profiling of Volatiles Using Headspace-Solid-Phase Microextraction/Gas Chromatography–Mass Spectrometry and Headspace Gas Chromatography–Ion Mobility Spectrometry to Reveal Early Contamination Progress of Sour Rot in Citrus | Journal of Agricultural and Food Chemistry
Unveiling the sensorial, chemical, and flavor stability in Pilsner style non-alcoholic beer produced by fermentation with maltose intolerant yeast, thermal dealcoholization, and combined production techniques | European Food Research and Technology
This study explores the chemical properties, flavor profiles, and aging behavior of non-alcoholic beers (NABs) produced through different brewing techniques. Eight NABs, obtained via fermentation with maltose-negative yeast, thermal dealcoholization, and combined methods, were analyzed both chemically and sensorially. Key parameters included alcohol content, original gravity, residual sugar concentration, bitter compounds, polyphenols, and a diverse range of volatile compounds originating from malt, hops, and fermentation. Cluster analysis revealed distinct groups of NABs based on production methods, highlighting significant chemical and sensory differences. Chemical variations were primarily driven by differences in residual sugar levels, directly influenced by the brewing techniques used. Sensory analysis confirmed variations in flavor, particularly in fermentation by-products and aldehydes (most notably methional) with certain samples exhibiting pronounced wort-like characteristics. Furthermore, the study investigated the impact of storage time and temperature on NAB quality. As anticipated, warm storage accelerated chemical changes, increasing aldehyde concentrations, while also inducing notable sensory shifts toward more oxidized, worty, and sweet flavor profiles. These findings underscore the critical role of both production and storage conditions in determining NAB quality, offering valuable insights for refining brewing techniques and extending product shelf life.
Quantification of key aromatic compounds in plant-based yoghurt alternatives and dairy yoghurts produced using different starter cultures and citric acid and threonine supplements - ScienceDirect
Key aroma compounds in a large set of coconut- and soy-based yoghurt alternatives and dairy yoghurts representing a broad spectrum of aromas, flavours…
Insight into the formation of layer-by-layer emulsions stabilized by sodium caseinate and montmorillonite studied with ITC for carvacrol retention and spray drying efficiency - ScienceDirect
This study investigates the formation of layer-by-layer emulsions for carvacrol encapsulation, using sodium caseinate as the first layer, and montmori…
Enhanced encapsulation yield in double emulsions: A systematic study of the stabilising role of Polyglycerol polyricinoleate (PGPR) in emulsions with different phase ratios and droplet size. - ScienceDirect
Polyglycerol polyricinoleate (PGPR) is often used as a functional ingredient in water-in-oil-in-water (W/O/W) emulsions. This study aimed to evaluate …
What Is Quince, The Once-Popular Fruit That Pre-Dates Apples?
Quinces were far more known and cultivated than apples for centuries, but they seem to be lost in obscurity nowadays. Let's learn about this once-popular fruit.
Change your location to jumpstart creativity, suggests study of Nobel Prize winners
If you want to do your best, most creative work, moving to a new place—or working from several places—can accelerate the process, according to a new study of Nobel Prize winners.