Imagine a world where medical research is as diverse as the people it serves. That's the goal of a unique program designed to boost the number of physician-scientists from backgrounds that are often left out of the mix. These underrepresented groups face real hurdles when trying to enter the field.
China's rapid economic growth has led to some incredible infrastructure projects. The country is home to half of the world's longest bridges. This is due to the massive number of people moving to cities and the booming industry of electric vehicles and other automobiles. China also operates some of
Imagine a puzzle where some pieces are missing, and others don't quite fit. That's a bit like AUTS2-related syndrome. It's a condition that affects how a person grows and learns. Kids with this syndrome often face delays in development, autism spectrum disorder, and intellectual disability.
Scientists have been looking into how tiny molecules called tetracarboxylic acid (H4IMD) behave when they are left to their own devices. These molecules have a special part called an imidazole group. When two of these molecules get together, they form a bond through something called N-H···O hydrogen
Food scientists have discovered a fascinating way to improve how we deliver nutrients and compounds into our bodies. They've been exploring how sound waves and certain chemicals can work together to create stable and effective delivery systems. This isn't about enzymes or heat, but rather a process
Copper and iodine can form tiny, cube-shaped structures called cubane-type metal clusters. These tiny cubes can change shape when exposed to light. This is not new, but scientists have struggled to capture these changes in real-time. Recently, researchers used a technique called time-resolved X-ray
Styrene monooxygenases are special enzymes that can tell the difference between left and right-handed molecules. These are known as enantiomers. They are part of a bigger family called Group E flavoprotein monooxygenases, or GEMs. These enzymes are great at making one enantiomer more than the other
Nanobodies are tiny, powerful tools used in research and medicine. They are like tiny detectives that can find and stick to specific targets, like diseases. But, what makes them even more special is how they can stick to these targets in different ways. Unlike regular antibodies, nanobodies can bind
Copper-based metal-organic frameworks, or MOFs, are special because they can change their structure when exposed to different things. This is because they are flexible and have a long-range order. This is different from other inorganic materials. Imagine a Lego structure that can change shape when y
Elon Musk is considering a huge change in his plans. He might drop his $97. 4 billion offer to buy OpenAI, the company behind ChatGPT. This decision hinges on whether OpenAI stays true to its original mission as a nonprofit. Musk believes that OpenAI should remain focused on its charitable goals and
