Imagine a tiny, smart bomb designed to wipe out cancer cells and wake up the body’s immune system to fight back. This is the idea behind a new nanogel drug delivery system, DPCLG. It’s like a sneaky military operation, targeting two types of cells in the tumor’s neighborhood: cancer cells and immune
Ever heard of tiny needles that don't hurt? Meet microneedles, or MNs, the future of medicine. These minuscule tools are changing the game in drug delivery and diagnostic monitoring. Unlike traditional needles, MNs are designed to be painless and customizable. To understand why they're so special, l
Imagine the smallest metal clusters, called nanoclusters, teaming up with metal-organic frameworks (MOFs) to tackle environmental problems. Each has its own strengths, but when combined, they create powerful composites that improve and speed up chemical reactions. Scientists are now studying how the
In Sri Lanka, many people accidentally or intentionally consume profenofos, an insecticide, and often mix it with alcohol. This makes treating their poisoning much harder. Doctors want to know how alcohol levels in the blood affect the poisoning and how the body processes profenofos. They're trying
Imagine tiny plastic bits exposed to sun's UV light. These bits, called nanoplastics, can change over time, affecting how they interact with metals like mercury. But what happens when these aged nanoplastics meet mercury, and how does it impact marine life? A study looked into this with a tiny crust
Imagine you're in a chemistry lab, and you want to make something new and useful. Scientists have found a clever way to do just that! They've discovered a method to mix certain chemicals called donor-acceptor α-diazo esters and N, N-dimethylformamide/γ-lactams. These combinations react nicely to cre
Imagine a material that can switch between two magnetic states, like flipping a switch. This happens when the material gets hotter, and scientists call this the Curie temperature. Understanding this switch is tricky because it happens on tiny scales that conventional tools can't easily see. In this
Imagine a tiny, smart nanoparticle that can carry both light-activated and regular cancer drugs. This is exactly what scientists have been exploring. They combined a liposome, a type of tiny fat particle, with a red blood cell membrane to create a unique nanocarrier. This nanoparticle can hold two p
Renato Moicano isn't your typical UFC fighter. He's known for his powerful punches, but he's also famous for his words. This Brazilian lightweight often shares his thoughts on politics and economics after fights. Moicano loves the writings of Ludwig von Mises and believes in freedom of speech. His u
Graphene-based supercapacitors are impressive in storing energy. But understanding how ions interact at the nanoscale with graphene is still puzzling scientists. To solve this, researchers used two types of graphene field-effect transistors (GFETs), one with no substrate (SF-GFETs) and another with
