Self-powered, entirely biological constructs injected with neural precursor cells reveal the surprising flexibility of nervous systems.
Self-powered, entirely biological constructs injected with neural precursor cells reveal the surprising flexibility of nervous systems.
Regaining the sensation of chewing could protect patients with implants from long-term dental damage.
Soft sensors that dissolve away after a few weeks could make surgical removal obsolete.
Individual components of lipid nanoparticles are examined to understand how they interact with cells.
Previously overlooked non-canonical splicing variants are shown to lead to aberrant mRNA splicing in male infertility cases.
Structure-predicting AlphaFold could help revolutionize soybean crop breeding through AI-guided precision gene editing.
Bacterial biofactories embedded in the rim of the lens continually produce hyaluronic acid, a natural lubricant, to keep the contacts moist.
Chaotic pools of DNA could be the future of encryption, proving authenticity of artwork or securing passwords against quantum computers.
Scientists employ cutting-edge 3D printing to recreate human-like tissue, promising a breakthrough in cellular research and potential insights into aging and disease.
A textured film maximizes sunlight by generating an increased amount of red light, reducing the costs of algae production on a significant scale.