2025 9+10

2025 9+10

133 bookmarks
Newest
Dense Sense: a novel approach utilizing electron density augmented machine learning paradigm to understand the complex odour landscape - Digital Discovery (RSC Publishing)
Dense Sense: a novel approach utilizing electron density augmented machine learning paradigm to understand the complex odour landscape - Digital Discovery (RSC Publishing)
Olfaction is a complex process where multiple nasal receptors interact to detect specific odorant molecules. Elucidating structure–activity-relationships for odorants and their receptors remains difficult since crystallization of the odor receptors is an extremely difficult process. Therefore, ligand-based approach
·pubs.rsc.org·
Dense Sense: a novel approach utilizing electron density augmented machine learning paradigm to understand the complex odour landscape - Digital Discovery (RSC Publishing)
Bel makes casein from whey: precision fermentation by Standing Ovation
Bel makes casein from whey: precision fermentation by Standing Ovation
Bel Group and Standing Ovation achieve industrial-scale production of casein proteins from whey using precision fermentation, cutting CO₂ emissions by 74% and land use by 99% in a closed-loop system. Regulatory and pricing hurdles remain before market launch.
·foodnavigator.com·
Bel makes casein from whey: precision fermentation by Standing Ovation
Comment: Spicing up science
Comment: Spicing up science
Chemical & Engineering News (C&EN): Keeping you up to date with the chemistry news that matters most. Published by the American Chemical Society.
·cen.acs.org·
Comment: Spicing up science
Cocoa fermentation secrets: microbes for fine chocolate
Cocoa fermentation secrets: microbes for fine chocolate
A new study reveals how specific microbes, temperature, and acidity create complex chocolate flavors, paving the way for consistent quality.
·newatlas.com·
Cocoa fermentation secrets: microbes for fine chocolate
Compound Interest: The science behind apple sweetness and tartness
Compound Interest: The science behind apple sweetness and tartness
The diverse flavors of over 7,500 apple cultivars arise from biochemical differences in compounds such as aldehydes, alcohols, and esters, which influence aroma and taste. Varieties exhibit varying…
·compoundchem.com·
Compound Interest: The science behind apple sweetness and tartness
Gut health: trends driving future growth
Gut health: trends driving future growth
Gut health is trending—and fast. From digital twins and poop therapy to AI-powered nutrition and next-gen probiotics, discover how science and innovation are reshaping the future of digestive wellness.
·foodnavigator.com·
Gut health: trends driving future growth
The Dramatic Fall Of Florida Oranges
The Dramatic Fall Of Florida Oranges
Drinking Florida orange juice used to be a big part of our breakfast. Find out why Florida orange production has fallen and what the state is doing to fix it.
·mashed.com·
The Dramatic Fall Of Florida Oranges
Nez x GDR O3 – Nez à nez : quand la recherche en neurosciences s’invite dans le spectacle vivant - Nez le mouvement culturel olfactif
Nez x GDR O3 – Nez à nez : quand la recherche en neurosciences s’invite dans le spectacle vivant - Nez le mouvement culturel olfactif
Issue de la rencontre entre deux chercheuses au CNRS membres du GDR O3, Alexandra Veyrac et Nathalie Buonviso, et de la compagnie Le Centre imaginaire, cette expérience olfactive itinérante propose un « théâtre des sens », à la croisée des mondes scientifique et artistique.
·mag.bynez.com·
Nez x GDR O3 – Nez à nez : quand la recherche en neurosciences s’invite dans le spectacle vivant - Nez le mouvement culturel olfactif
Something to Savor: The Neuroscience of Flavor - YouTube
Something to Savor: The Neuroscience of Flavor - YouTube
In this puppet short, Chef Marinara is distressed to find that her breakfast just doesn't taste right.Although there’s nothing wrong with her tongue’s abilit...
·m.youtube.com·
Something to Savor: The Neuroscience of Flavor - YouTube
Identification of Key Aroma Substances in Pomegranate from Different Geographical Origins via Integrated Volatile Profiling and Multivariate Statistical Analysis
Identification of Key Aroma Substances in Pomegranate from Different Geographical Origins via Integrated Volatile Profiling and Multivariate Statistical Analysis
Pomegranate (Punica granatum L.), valued for its health benefits and distinctive flavor, derives its characteristic aroma from volatile organic compounds (VOCs) that vary significantly with geographical origin. In this study, VOCs in pomegranates from six Chinese geographical regions were characterized using an electronic nose (E-nose), an electronic tongue (E-tongue), headspace gas chromatography–ion mobility spectrometry (HS-GC-IMS), and headspace solid-phase microextraction–gas chromatography–mass spectrometry (HS-SPME-GC-MS). To elucidate geographical variations in odor, taste, and volatile profiles, a comprehensive multivariate statistical analysis integrating principal component analysis (PCA), hierarchical cluster analysis, orthogonal partial least squares-discriminant analysis (OPLS-DA), and variable importance in projection (VIP) was employed. The results demonstrated that the E-nose and E-tongue effectively distinguished pomegranate by geographical origin, with aroma contributing more significantly than taste to regional differentiation. A total of 46 and 58 VOCs were identified using HS-GC-IMS and HS-SPME-GC-MS, respectively, with different characteristic volatile compounds in pomegranate from various origins, and alkenes, esters, and alcohols were the primary contributors to regional variations. Notably, OPLS-DA revealed that HS-GC-IMS exhibited superior discriminatory power in separating pomegranates of different geographical origins, with HY and HL displaying closely related odor profiles while the other samples showed the most pronounced odor differences, but these findings contrasted with HS-SPME-GC-MS results. Additionally, the VIP method and the relative odor activity value (ROAV) further identified six and eight key aroma compounds based on HS-GC-IMS and HS-SPME-GC-MS data; in particular, hexanal, nonanal, β-pinene, 3-hydroxybutan-2-one, and β-ocimene were identified as key aroma compounds in pomegranate as potential regional markers. These findings highlight VOC profiles as potential geographical origin markers, supporting origin traceability and quality control in the pomegranate industry.
·mdpi.com·
Identification of Key Aroma Substances in Pomegranate from Different Geographical Origins via Integrated Volatile Profiling and Multivariate Statistical Analysis
Poor human olfaction is a 19th-century myth | Science
Poor human olfaction is a 19th-century myth | Science
In comparison to that of other animals, the human sense of smell is widely considered to be weak and underdeveloped. This is, however, an unproven hypothesis. In a Review, McGann traces the origins of this false belief back ...
·science.org·
Poor human olfaction is a 19th-century myth | Science
The Flavor Note Book | Michael | Substack
The Flavor Note Book | Michael | Substack
Clear, visual deep dives into flavor chemistry and real‑world formulation. Twice a month. No health advice, no label theater, just the technical information that make products better.
·notabeneflavors.substack.com·
The Flavor Note Book | Michael | Substack
Unlocking the Science of Taste
Unlocking the Science of Taste
Researchers help us understand the sense of taste, sharing research on taste buds, including taste loss due to COVID-19 and taste bud “undertaker” cells.
·news.cuanschutz.edu·
Unlocking the Science of Taste
¿Qué sentimos al comer? En busca de los secretos moleculares del gusto
¿Qué sentimos al comer? En busca de los secretos moleculares del gusto
Un estudio usa inteligencia artificial para trazar el mapa de las interacciones entre los receptores del gusto humano y otras proteínas. Los hallazgos podrían aplicarse a mejorar la nutrición, la salud y el diseño de alimentos.
·theconversation.com·
¿Qué sentimos al comer? En busca de los secretos moleculares del gusto
Feuer - Warum Hitze für Geschmack sorgt
Feuer - Warum Hitze für Geschmack sorgt
Pizza, Omelett oder gebrannte Mandeln: Hinter jedem Gericht steckt ein chemisches Geheimnis. Feuer sorgt für mehr als nur Hitze. Es ist der Beginn der Kochkunst und ein Motor für Verwandlung.
·zdf.de·
Feuer - Warum Hitze für Geschmack sorgt