Peptides and salts have a complex relationship. They play a big role in how our bodies work. Think of it like a dance. The way they move and interact changes based on their environment. One peptide, called melittin, was studied with different salts. These salts are part of a group known as Hofmeister anions. The study looked at how melittin and these salts interact ...

L-Cysteine, a type of aminothiol, is a key player in proteins and has a big role in the food industry and biological processes. It's like the unsung hero that helps keep our bodies running smoothly. But how do we measure it accurately? Enter the world of electrochemiluminescence (ECL) sensors. Researchers created a clever ECL sensor to detect L-Cysteine. They used a...

The world inside a cell is complex. It is filled with tiny parts called RNA and proteins. These parts work together in ways that are crucial for life. Scientists have long wanted to understand how these parts interact. This is not easy. Traditional methods often use a process called crosslinking. This can change the natural state of the cell and give false results. ...

Ever heard of nutmeg? It's not just a tasty spice, but also a powerful traditional Chinese medicine. The water extract from nutmeg, known as Myristica fragrans water extract (MFWE), is a real game-changer in the world of gut health. Scientists have discovered that MFWE can shield your stomach from nasty ulcers caused by anhydrous ethanol. How does it do this magic tr...

Imagine being able to peer into the tiny world inside living cells, in real-time, to watch how they work. This is exactly what small-molecule fluorescent probes allow scientists to do. These tiny, glowing tools have changed the game in understanding biological processes. Instead of focusing on old ideas like membrane potential and microviscosity, scientists are now l...