News

Researchers developed a hybrid nanomaterial combining MCM-41, chitosan, and dansylglycine to enhance latent fingermark detection. These nanoparticles adhere well to fingerprint residues on various surfaces.

Improved lithium-sulfur batteries could provide power even after being folded or cut, addressing stability and safety issues.

A new study offers a solution and brings hope for using chemical residues in fingerprints for personal profiling. This could be crucial in criminal cases where current methods fall short.

Researchers have developed a lab-on-a-chip device using acoustic tweezers to isolate viruses from saliva samples. The Bessel beam excitation separation technology (BEST) effectively separates viruses from other particles by size.

Scientists have uncovered new details about how cells manage the distribution of lipids in their cell membrane. This better understanding of cell membrane regulation could lead to new treatments for diseases, such as epilepsy and anemia.

A study reveals that synthesis methods significantly affect the structural and functional properties of high entropy oxides. Researchers found variations in local structures and microstructures, impacting material performance.

A new discovery confirms that a key molecule can reprogram immune cells that normally protect against infection and cancer, turning them into bad guys that promote cancer growth.

Researchers developed new technique for mass-producing pure metal nanowires (NWs) using atomic diffusion and ion beam irradiation. This method significantly increases NW density, paving the way for improved production of high-performance electronics.

Aluminum oxide is one of the best insulators used in a wide range of applications and researchers have now solved the complex structure of its surface.

A study identified three key DNA repair mechanisms for formaldehyde-induced damage in an AMeD model. They also found that N-acetyl-L-cysteine (NAC) can reverse formaldehyde toxicity.