Building bones from scratch for medical needs is a hot topic in science. 3D printing is a big deal in this field. It's all about creating materials that match real bone tissue. This is tricky because bones have a complex structure. Scientists are exploring new ways to make this happen. Imag
MAC-PD (Mycobacterium avium complex pulmonary disease) is a big challenge for doctors and patients alike. The usual treatments don't always work well, and they can cause nasty side effects. This makes it hard for patients to finish their treatment as planned. When someone shows up with long
Did you know that some tiny molecules can change color and glow when they are together in water? Scientists have found a new way to make these molecules do this trick by adding a special ring to them. This makes the molecules change color in different liquids and even glow brighter when they are gro
Scientists are on a roll to make sustainable, high-performance materials. They are working on materials that can emit light for a long time even at room temperature. These are called organic ultralong room temperature phosphorescence, or OURTP, but that's a mouthful. So let's call it "glow in the d
First off, there's a huge need for good early intervention services for kids with autism and their families. One big part of making these services work is teaching parents and caregivers how to help their kids grow and learn. But here's a catch: in many public programs, these helpful strategies don'
Imagine tiny, urchin-shaped materials that could vastly improve your phone or laptop's battery life. These 3D structures are made from a special material called Wadsley-Roth phase TiNb2O7. This material has a lot of potential for making better batteries, but it's not perfect. It faces issues like s
An interesting thing about lithium-ion batteries is how tiny oxygen holes can boost power. Imagine something really small—that's an oxygen vacancy. These vacancies are missing oxygen atoms in a material. When researchers looked closely at a material called Cu2Nb34O87-x/N-doped carbon composite, they
Imagine a world where turning saltwater into clean drinking water is as easy as flipping a switch. This is exactly what scientists are working on. A special kind of technology, known as capacitive deionization (CDI), is making waves in the world of water desalination. This isn't your average method,
Picture this: A tiny, spherical material that doesn't like water but loves oil. Sounds like something out of a science fiction movie, right? But this is real. Scientists have cooked up a new material called TAPB-TFA. It's a fancy name for a type of material called a covalent organic framework, or CO
Imagine your arteries winding through your legs. Now, picture them getting blocked, like a congested highway. This is what happens with Peripheral Arterial Disease (PAD). Alright, so here's a big fact: 171 home care patients were checked over a year, and 31. 6% of them had PAD. get this, t
