Researchers have developed a nanotechnology solution that dramatically enhances antibiotic effectiveness against deadly superbugs. The approach combines targeted drug delivery with gene suppression to combat multidrug-resistant infections.
Researchers have achieved the first chromosome-level genome assembly for Indocalamus tessellatus, uncovering a genome dominated by repetitive elements and evidence of ancient tetraploidy. The breakthrough provides crucial genetic resources for understanding bamboo evolution and commercial applicatio
A new metallocene-anchored strategy creates oriented MOF membranes with unprecedented helium separation capabilities. This breakthrough could transform how we extract valuable helium from natural gas. The technology offers 3.8x higher permeance than conventional methods.
The CoSpine database represents a breakthrough in neuroimaging by providing standardized simultaneous cortico-spinal fMRI data. This open-access resource could accelerate research into pain processing and motor function across the entire central nervous system.
Researchers have developed chiral 2D conjugated metal-organic frameworks with unprecedented spin polarization values. This breakthrough could transform spintronics and quantum computing by enabling more efficient spin-based devices.
Researchers have developed a direct bonding method for 2D semiconductors that eliminates intermediate layers and preserves electronic properties. This breakthrough could transform how advanced electronic devices are fabricated.
