Scientists tested a plant compound called quercetin and a special tiny version of it on rats that ate a very fatty diet. The goal was to see if these substances could stop the rats from gaining too much weight and keep their bodies healthy. The tiny version, called nanoquercetin, is designed t
The editorial team has opened a new section that shines a light on cutting‑edge studies about bacteria, their biology and the drugs we use against them. They invite readers to explore a collection of papers that push the boundaries of what we know about how microbes work. Each article offers f
Over the last ten years, schools have been trying to mix digital tools into teaching biochemistry. This shift started before the pandemic but really picked up speed during it. Now, students use virtual labs, augmented reality, and online games to learn. These tools can make learning more fun and hel
The latest study looks at how well a new drug, pemigatinib, works for patients with a rare liver cancer called intrahepatic cholangiocarcinoma. Researchers evaluated whether the drug’s benefits are worth its price compared to other treatments. The analysis starts by measuring how many months patien
Researchers have been looking into how different metal compounds affect cells. They used a special tool called Raman spectroscopy to study this. This tool helps see changes inside cells without needing any labels. They tested three types of metal compounds: copper(II), manganese(II), and silver(I).
Stroke survivors often struggle with movement. Traditional rehab tools are big and need experts. This is a problem. A new idea uses small, skin-friendly patches. These patches stick to joints and muscles. They track hand and finger movements. The patches send out tiny electrical signals. These signa
Scientists have been working on making a special enzyme better at producing a form of vitamin D. This enzyme is a mix of different parts, like a custom-made tool. The usual way to improve such enzymes is to tweak small parts here and there. But this time, the team took a bigger picture approach. Th
Biochar, a carbon-rich material, is often used to boost soil health and clean up the environment. When it breaks down, it forms even smaller particles called biochar colloids (BCCs). These tiny bits are super mobile and can travel through soil and water easily. BCCs are interesting because they can
In the world of medical science, there's a growing need for better materials to help repair and rebuild bones. One exciting development is a new method for creating strong, flexible scaffolds that can support bone growth. These scaffolds are made from a mix of polycaprolactone (PCL) and bioceramic p
Bacteria can make plastic-like stuff from peanut oil. This isn't your usual plastic. It's special because it breaks down naturally and doesn't harm the environment. Scientists found a type of bacteria called Bacillus subtilis LO1. It's great at turning peanut oil into this eco-friendly plastic. Thi
