WRLD A.LIVE

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• 'Molecular armor' can trap shape-matched planar molecules Phys.org

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• 10 milliseconds to make a gas sensor: Light pulse creates highly sensitive NO₂ detector Digital Journal

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• Chemists create disappearing tattoos: Here's the science behind how they work Phys.org

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• Light-activated molecular cages offer precise control over protein degradation News-Medical

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• Novel chemical reaction expands options for building DNA-encoded libraries Phys.org
• Chemistry in Pictures: MOF breaks record Chemical & Engineering News

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• Cleavage of xanthone and flavone C– glycosidic bonds by the enzyme complex LaGME from gut Lachnospiraceae Nature

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• 10-Millisecond Flash Could Boost Gas Sensor Sensitivity, Study Finds Mirage News

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• Tattoos of the Future Will Shapeshift and Turn on and Off with Light | Newswise Newswise

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• Scientists find that a 10-millisecond flash could help build more sensitive gas sensors Phys.org

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• Chemists create disappearing tattoos: here’s the science behind how they work The Conversation

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• Thymus zygis essential oil-loaded bacterial cellulose as an antimicrobial and antibiofilm biomaterial: an in vitro study Nature

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• Enzymes Keep Reactions Flowing in Crowded Droplets Mirage News
• Cleavage of xanthone and flavone C– glycosidic bonds by the enzyme complex LaGME from gut Lachnospiraceae Nature

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• More Accurate Particle Identification: From Micro-Nanoplastics to Aerosols AZoM

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• Simplified Ancestral Enzyme Built From Fewer Amino Acids Unexpectedly Produces ATP From ADP Bioengineer.org
• Ancestral enzyme redesigned with fewer amino acid types reveals new catalytic possibilities EurekAlert!

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• Antibiotic Films Combine Persistent Afterglow with Antibacterial Activity ChemistryViews
• Lab-aged microplastics enable tests of interactions with contaminants Phys.org

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• Evolutionary changes in key enzyme may help bacteria make proteins faster Phys.org

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• Simplified ancestral enzyme makes ATP without amino acid needed for its usual reaction Phys.org
• New calculations reveal hidden pathways that let chemical reactions produce different products Phys.org
• Ancient protein model shows early steps in energy metabolism News-Medical

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• Chemical recycling turns silicone waste into reusable building blocks with up to 99% yield Phys.org

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• Evolutionary changes in key enzyme help bacteria fine-tune protein synthesis News-Medical

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• Newly characterized Streptomyces strain yields previously unknown natural products Phys.org

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• Aging Microplastics in the Lab Allows Tests for Interactions with Contaminants | Newswise Newswise
• CAS collaborates with Microsoft to enable faster scientific innovation Chemical & Engineering News

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• Insights into enzyme selectivity open new pathways for pharmaceutical synthesis News-Medical

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• Atomic magnetism reveals why iron, but not chromium, can produce ammonia using sunlight Phys.org

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• Macromolecular crowding could help build artificial cell systems Phys.org

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• Same radical, different paths: X-ray snapshots reveal how neighboring molecules shape its movement Phys.org

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• Yeast paired with electricity can convert CO₂ into a chemical used in biodegradable plastics Phys.org
• Macromolecular crowding helps control synthetic DNA droplet formation News-Medical

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• The hydrogen atom: The raw material of the universe barely exists on Earth—now we've made it in a flask Phys.org

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• Researchers Make Urea in Field With Biobattery-Solar Pilot System Mirage News

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• Yeast, Electricity Turn CO₂ Into Valuable Chemicals Mirage News

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• Counteranion captures reactants to boost light-driven chemistry in dilute solutions Phys.org

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• Tiny droplets use pressure to unlock new routes to degradable plastics Phys.org

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• Plastic tea bags are releasing BPA, plasticizers and up to 2,500 microplastic particles into your cup of tea Medical Xpress

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• Enzyme Bioplastic That Vanishes in the Deep Sea, With Limits Intelligent Living
• Researchers develop fast-degrading marine plastic | NHK WORLD-JAPAN News NHKニュース
• Embedded enzymes help plastics break down faster in the deep sea Phys.org

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• Covalent organic frameworks could clean up water pollution and generate ‘green’ ammonia Chemistry World

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• Glowing ghoul or chemical tool? The toxic chemistry behind Victorian séances Phys.org

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• Meet the molecules of the year 2026 C&EN

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• Making the sustainable production of hydrogen peroxide more efficient chemeurope.com

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• Cleistanthin A and diphyllin derivatives as putative EGFR-binding compounds: an integrated computational and biophysical study Nature
• Enhancing ferric-reducing antioxidant activity through terpene mixture optimization Nature
• Enhanced CO2 absorption and reduced regeneration energy in Si-ZIF-8/Sulfinol-M nanofluid: experimental and thermodynamic evaluation with data-driven modeling | Scientific Reports Nature