Researchers have developed a breakthrough magnetic graphene aerogel sensor that can detect minute concentrations of the chemotherapy drug doxorubicin in patients’ blood plasma. This technology could enable real-time monitoring of drug levels during cancer treatment, potentially reducing side effects
Researchers have released a groundbreaking 1km resolution climate dataset spanning 1950-2100. This unprecedented resolution enables city-scale climate modeling and reveals surprising patterns in future urban heat islands.
Scientists have discovered that cellular structures called P-bodies act as molecular memory banks, storing RNA from previous developmental stages. This breakthrough reveals a fundamental mechanism controlling cell identity with implications for regenerative medicine and cancer treatment.
Researchers are using in situ electrochemical transmission electron microscopy to directly observe how battery degradation occurs at the atomic level. This breakthrough could lead to longer-lasting lithium-ion batteries by revealing the secrets of solid-electrolyte interphase formation and failure.
A breakthrough computational method called SCSES is transforming our ability to study alternative splicing at single-cell resolution. By overcoming data sparsity through intelligent diffusion algorithms, researchers can now detect splicing variations that were previously invisible. This advancement
A new near-real-time European power carbon intensity dataset reveals how cross-border electricity flows significantly alter national carbon footprints. The research highlights critical gaps in how we measure environmental impact from electricity consumption.
Researchers have developed dynamic β-peptide frameworks that can switch between right- and left-handed configurations. This breakthrough enables tunable chiral environments for selective molecular recognition and advanced materials design.
Scientists have uncovered the structural mechanism behind how mitochondrial proteins trigger programmed cell death. This discovery could revolutionize cancer treatment by revealing new drug targets for controlling apoptosis in diseased cells.
Researchers have developed an AI system that reconstructs high-resolution plasma measurements from limited diagnostics. This breakthrough could solve critical measurement challenges in fusion reactors and accelerate clean energy development.
Groundbreaking research reveals schizophrenia’s chromatin landscape connects to fetal brain development. The study identifies specific neuronal patterns that could transform how we understand and treat serious mental illness.
