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Latest Articles


azom.com > news.aspx

Biointegrated Batteries Turn Energy Storage Materials into Active Therapeutic Devices

38+ min ago   (148+ words) From flexible electrodes to biodegradable architectures, researchers are redesigning battery materials so that electrochemical reactions can do far more than supply power. Electrical stimulation can support wound healing, nerve regeneration, and bone repair. It can guide cell migration, promote Schwann-cell…...


bioengineer.org > citric-acid-and-biochar-turn-biodegradable-cellulose-into-a-smarter-slow-release-urea-fertilizer

Citric Acid and Biochar Turn Biodegradable Cellulose into a Smarter

just now   (71+ words) Every growing season, farmers around the world spread millions of tonnes of urea onto their fields, and a startling share of it never reaches a crop. Urea is the most widely consumed nitrogen fertilizer on Earth, prized for its 46 percent…...


bioengineer.org > enzymatic-prenyl-demethylation-drives-allene-and-alkyne-formation-in-nature

Enzymatic Prenyl Demethylation Drives Allene and Alkyne Formation in Nature

just now   (709+ words) Chemists have long regarded the allene and the alkyne as signatures of laboratory ingenuity rather than of living metabolism....


medium.com > @sebastianricher > could-salt-help-build-the-batteries-of-the-future-4fbd3130f5b1

Could Salt Help Build the Batteries of the Future?

12+ min ago   (29+ words) Most rechargeable batteries depend on lithium, but researchers and manufacturers are also developing batteries that use sodium. Sodium is widely …...


bioengineer.org > electricity-powers-a-greener-route-to-deuterium-labeled-antioxidant-molecules

Electricity Powers a Greener Route to Deuterium-Labeled Antioxidant

16+ min ago   (467+ words) Chemists at Wenzhou Medical University have unveiled an electrochemical strategy that threads deuterium-labeled sulfur groups into enaminone scaffolds in a single cascade, and the resulting molecules show a striking ability to shield living cells from oxidative damage....


freerepublic.com > focus > f-chat > 4396267 > posts

Intelligent Design Bears Good Scientific Fruit in the Study of 'Junk DNA'

5+ hour, 44+ min ago   (216+ words) For decades, many scientists have confidently dismissed the vast majority of the human DNA as useless evolutionary garbage. Yet a recently published scientific paper in Cell, one of the world’s most prestigious biology journals, declares a “paradigm shift” against the…...


dailygalaxy.com > 2026 > 09 > meteorite-australia-1969-hidden-molecules

Scientists Cracked Open a Meteorite That Fell in Australia in 1969 and Found Tens of Thousands of Organic Molecules Inside

8+ hour, 28+ min ago   (611+ words) It fell from the sky and has been studied for years. Yet only now, with a new generation of instruments, has this meteorite started to reveal what it was hiding. What researchers uncovered will change how you look at a…...


mdpi.com > 2076-16/18/3417 > 9355

Applied Sciences, Vol. 16, Pages 9355: Development of Apple Vinegar Microcapsules Using Low Glycemic Wall Materials Palatinose and Inulin: A Mixture Design Approach

13+ hour, 18+ min ago   (421+ words) Apple vinegar is a functional ingredient rich in acetic acid; however, its incorporation into powdered food products is limited by its volatility, acidity, and heat sensitivity. This study investigated the spray-drying microencapsulation of apple vinegar using inulin and palatinose as…...


mdpi.com > 2076-16/18/3417 > 9353

Applied Sciences, Vol. 16, Pages 9353: Visible-Light-Driven Photocatalytic Removal of Ammonia from Aqueous Solution Using a Pd/g-C3N4 Photocatalyst

13+ hour, 32+ min ago   (245+ words) Ammonia is a common nitrogenous pollutant frequently detected in surface waters and wastewater effluents, where elevated concentrations can cause eutrophication and pose risks to aquatic ecosystems and water quality. For these reasons, advancing efficient and sustainable ammonia removal technologies remains…...


interestingengineering.com > energy > sodium-ion-cells-replace-lithium-ion

Battery index pinpoints when sodium-ion cells can replace lithium-ion

14+ hour, 14+ min ago   (476+ words) A new approach tests whether cheaper sodium-ion batteries can fit existing designs without costly changes to their systems. Lithium-ion batteries are currently the backbone of modern energy storage that powers everything from your smartphones to electric vehicles, but their high…...