The safety of medicines can be hurt by light and heat, so scientists must test how drugs stand up to these forces. Traditional tools like HPLC, DSC and GC‑MS take time, need extra steps, and often look at light damage and heat damage separately. A new approach called microwave plasma torch mass spec
5-Aminolevulinic acid, often shortened to 5-ALA, is a highly sought-after amino acid. It's valuable in many industries, but making it efficiently has been a challenge. Researchers have been working on using bacteria as tiny factories to produce 5-ALA. The trick is to find a quick way to check which
Drugs are sneaky. They keep changing, and it's tough to keep up. But here's a clever way to stay ahead: check the wastewater. This isn't about snooping; it's about public health. Scientists have found a way to spot new drugs in our water systems. They've created a swift and efficient method to detec
The human body has an amazing ability to repair itself. One of the most incredible examples is how bones mend after a break. This process, known as bone regeneration and repair, has been a hot topic in medical research. While significant progress has been made in treating bone injuries, there are st
Nav channels are like tiny gates that control how cells send electrical signals. These gates are super important in the heart, muscles, and brain. They are also targets for various drugs and toxins. Usually, scientists use a method called patch-clamp electrophysiology to study these gates. However,
