In the lush hills of Himachal Pradesh, a sneaky virus is causing trouble for young cows. This isn't just any virus—it's the bovine respiratory syncytial virus, or BRSV for short. It's a big deal because it messes with the lungs, making it hard for calves to breathe. What's worse, this virus doesn't get as much attention as it should, especially in India. Researchers...
In the world of food safety, tiny particles called Mn3O4 nanozymes are making a big impact. These tiny helpers can spot harmful substances like chloramphenicol in food quickly and easily. What makes them special is how they are made and used right away. This saves time, energy, and reduces waste. Unlike old methods, there's no waiting around for these nanozymes to de...
Scientists have a new tool to find tiny amounts of pesticides in drinks like juice and wine. They used a special machine that can break down chemicals in three different ways. This helps them spot even the smallest traces of pesticides. The machine can handle 168 types of pesticides using one method and 158 types with another. This is a big deal because it means the...
Salicylaldehyde is a key player in making medicines and scents. But, it's not so great for the environment or our health. So, finding a way to spot it is important. That's where a new tool comes in. It's called HNU-90-Tb. This tool is made by combining terbium and another chemical called 4-carboxytriphenylamine. The cool thing about HNU-90-Tb is that it can handle w...
Have you ever thought about how we can detect tiny proteins in our body that are crucial for understanding diseases? Scientists have found an interesting way to do this using sugar molecules and tiny gold particles. These proteins, called glycoproteins, have sugar chains attached to them. The scientists used a special chemical called phenylboronic acid to link gold n...
Have you ever wondered how we can spot chemicals in our environment? Enter electrochemical sensors! These clever gadgets use electricity to identify specific substances, playing a crucial role in healthcare and environmental protection. But how are these sensors made? Two common methods are screen-printing and 3D printing. Screen-printing is cheaper, but it's not ver...