Crafting the perfect bite of meat: Engineers develop metamaterials that mimic muscle and fat architecture
In a new publication in Nature Communications, Israeli and Palestinian engineers from The Hebrew University of Jerusalem pioneered the use of metamaterials to create whole cuts of meat. The work leverages ...
Got milk? Then you likely have a lower risk of colon cancer, says study
In what they've confirmed as the largest study looking at the effects of diet on rates of colon cancer, researchers in the UK say that calcium-rich foods offer significant protections against the disease. Alcohol and red meat? Not so much.
6 food and beverage trends to watch in 2025 | Food Dive
The evolution of AI, more limited-time product offerings and GLP-1 use for weight loss are among the issues expected to play a more prominent role this year.
Seasoning Practices Influence Sodium‒Food Interactions and Shape Perceived Saltiness: Insights from a Sodium Nmr and Sensory Study by Raphael Monod, Jean-Marie Bonny, Bérénice Houinsou-Houssou, Chantal Septier, Hervé This, Christian Salles, Sylvie Clerjon, Thierry Thomas-Danguin :: SSRN
Reducing salt consumption is a global priority, yet strategies focused on domestic salting practices are underexplored. This study examined the impact of variou
Coumarin contents of tonka (Dipteryx odorata) products | European Food Research and Technology
European Food Research and Technology - Tonka (Dipteryx odorata) is a plant native in tropical Africa. The tonka fruits contain a kernel, commercialized as tonka beans. These kernels are known to...
Bottle Aging of Smoke-Affected Wines: Changes in Smoke Flavor and Chemical Composition | Journal of Agricultural and Food Chemistry
Winegrapes exposed to environmental wildfire smoke during ripening can be identified through analysis of volatile phenols and phenolic glycosides. While elevated concentrations of these smoke marker compounds in grapes have been shown to be predictive of composition and smoke flavor in young wines, recent research has demonstrated that not every wine produced from smoke-exposed grapes will inevitably have discernible smoke flavor when assessed as young wine 6 weeks after bottling. This is supported by anecdotal reports from wine producers that wines that do not appear noticeably smoky when young become noticeably smoky during aging. Yet there is little data available to date on the chemical composition and sensory attributes of aged wines produced from grapes exposed to environmental wildfire smoke. Data are largely limited to smoke-affected wines from model studies with deliberately smoked vines, and suggest that the concentrations of volatile phenols and glycosides may remain relatively unchanged after 5 to 6 years of bottle aging. To address the gap in knowledge, this study followed 49 wines made from grapes exposed to wildfire smoke during the 2019–2020 ripening season and reports the results obtained from monitoring chemical composition and smoke flavor intensity up for to three years after bottling. Notably, the concentrations of volatile phenols and glycosides did not change significantly over 39 months in the bottle, with the exception of syringol, which increased in both smoke-affected and control wines. Significant smoke flavor ratings were consistent over the three years for the majority of the wines (73%). For nine mildly smoke-affected wines, smoke flavor became apparent in older wines, while it had not been apparent in the young wines, likely due to masking by other attributes. These data represent a substantial database of smoke marker concentrations in wine and smoke flavor to provide context when interpreting smoke marker analysis in the future.
Tiny plants reveal big potential for boosting crop efficiency
Scientists have long sought ways to help plants turn more carbon dioxide (CO₂) into biomass, which could boost crop yields and even combat climate change. Recent research suggests that a group of unique, ...
Revolutionary Artficial Nose: Transforming Food Safety and Environmental Monitoring
Learn about the groundbreaking 'Ant-nose' device developed by NTNU scientists. It can detect mechanical damage in apples, monitor food freshness, and identify hazardous gases.
Optimization and characterization of apple essence microencapsulation utilizing β-cyclodextrin/gum arabic/montmorillonite for fresh-cut apple preservation - ScienceDirect
Natural apple essence (AE) has been widely used as a flavor enhancer due to its distinct aroma and taste, but its high volatility restricts its broade…
From CO₂ to acetaldehyde: New copper catalyst offers green alternative to fossil-fuel-based processes
Acetaldehyde is a vital chemical used in making everything from perfumes to plastics. Today, its production largely relies on ethylene, a petrochemical. But increasing environmental concerns are pushing ...
From nuts to kelp: The 'carbon-negative' foods that help reverse climate change
Eating low-carbon foods helps reduce emissions, but some foods actually suck up carbon from the atmosphere for good, leaving the climate in a better place. Could we eat more of them?
Small milk fat globules promote growth of good bacteria, study reveals
A new study has unveiled fascinating insights into the complex relationship between milk fat globules and bacteria. The research, published in Food Chemistry, explores how the structural properties of ...
Ants vs. Humans: Who Solves Spatial Challenges Better?
Scientists compare how ants and humans solve complex spatial challenges. Uncover the unexpected results of a fascinating study on collective intelligence.