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ATOMIC, an AI microscope platform, streamlines 2D materials characterization, providing insights faster than traditional methods.

Learn more about a pioneering method that enables simultaneous RNA and metabolite analysis in the same cell, revealing the molecular choreography underlying the biosynthesis of medically relevant natural products.

Discover why chopping onions slowly with a well-sharpened knife might be key to avoiding eye irritation.

Northwestern scientists have uncovered the mechanism behind the TRPM3 protein, a critical heat sensor in our cells. This could pave the way for advanced treatments in pain management and neurological disorders.

A powerful new software driven by AI can automatically map dendritic spines, usually the first site affected by neurodegenerative diseases, in pictures of neurons.

A new method for measuring blood flow in the brain promises better assessments of stroke risks using noninvasive speckle contrast technology.

Scientists uncovered how cells package and send proteins to their correct destinations, a process essential for healthy function. The team identified key proteins that guide this “cellular shipping system”.

Discover how researchers are leveraging high-speed atomic force microscopy and flexible fitting to create atomistic models of protein dynamics.

Discover the potential of infrared spectroscopy for enhancing cancer treatments through precise drug tracking using modified doxorubicin.

Researchers at the University of Münster have combined fluorescence microscopy with MALDI mass spectrometry to visualize chemical signals between individual tumor cells, revealing metabolic differences that could improve cancer diagnosis and therapy.