Guest molecules slice through droplets of DNA polymers in a frontal wave, providing a foundation for better understanding ...

Guest molecules introduced into DNA polymer droplets move in a structured, wave-like front rather than by conventional diffusion. This motion arises from specific DNA interactions that locally ...

Inside your body, countless processes are happening every second to keep you alive. Among them is a little-known but powerful ...

The dicyanomethylenedihydrofuran (DCDHF) class of single-molecule fluorophores contains an amine donor and a dicyanomethylenedihydrofuran acceptor linked by a conjugated unit (benzene, naphthalene, or ...

As time goes by, our bodies change, you know, even the brain. A major change is how brain structure seems to shrink with age. Studies show that this happens at both large and small levels inside. You ...

To reach their target site inside Gram-negative bacteria, almost all antibiotics need to cross the outer membrane. Computational modeling of such processes can be numerically demanding due to the size ...

Once we understand the factors that can affect membrane permeability, we are then able to better understand the transport of molecules into and out of the cell. Membrane permeability will have a big ...

Looking at the brain’s T cells through this lens, the YSM researchers found that they were different from the T cells present in the membrane that surrounds the brain and were most similar to those ...

Electrochemically converting the nitrate found in contaminated water into ammonia offers a potentially environmentally ...

However, the new study shows that aging signals can travel through the bloodstream and impact cells in completely different parts of the body. In other words, aging might spread like a ripple effect ...