Dr. Katsuhiko Ariga is a big name in the world of tiny things. He's turned 60, and his work has changed how we see and use nanotechnology. This is not just about making things small. It's about building them smartly. Ariga's work is like playing with building blocks. But these blocks are super tiny
In May 2025, a group of 140 bright minds from all over New Jersey came together at Rutgers University-New Brunswick. They were there for the annual spring meeting of the Theobald Smith Society. This wasn't just any meeting. It was a two-day event celebrating the amazing world of microbiology. The g
In parts of the world where it's common, a virus called Epstein-Barr (EBV) is found in over 90% of people with a specific type of throat cancer. This virus, the first known human DNA tumor virus, can cause big changes in how our chromosomes are organized. When EBV interacts with human DNA, it can re
The James Webb Space Telescope (JWST) has shown us the farthest and clearest infrared pictures of the universe ever seen. This incredible tool, launched in December 2021, can detect heat and light that our eyes can't see. It's like having superpowers to look back in time, almost to the beginning of
Chemists have found a clever way to build tiny, valuable ring structures called cyclopropanes. These rings are super important in medicine and chemistry, so finding new ways to make them is a big deal. The tricky part? Making different types of these rings from the same starting stuff. Here's where
Scientists are finding new ways to check for harmful substances in our bodies without using animals. This is a big deal because it's better for the animals and often gives us more accurate results. One of the places they're looking is in our pee. That's right, pee! It might not sound glamorous, but
Goat embryos face a tough journey when they're frozen for later use. Scientists wanted to find out how to keep them healthy before the big freeze. They tested three different methods to see which one worked best. First, they looked at how long embryos were kept in a dish at body temperature. Some w
Centromeres are like the glue that holds our chromosomes together. They make sure that when cells divide, the right pieces go to the right places. And at the heart of this process is a special protein called CENP-A. It's been around for a while, and scientists have been studying it for decades. CEN
Cancer is a tricky foe, always finding ways to dodge treatments. One type, Ewing sarcoma, often affects young people. It's caused by a gene fusion called EWS::FLI1. This fusion acts like a commander, driving cancer cells to multiply uncontrollably. Scientists made a surprising find. EWS::FLI1 disru
Ever wondered what makes ginger so special? It's all about the gingerols and shogaols. These are the compounds that give ginger its unique kick and health benefits. But how do we study them? Enter HPLC, a cool technique that can separate and analyze these compounds with ease. Traditional methods ha
