Researchers have discovered how to design molecular “glues” and “bumpers” that precisely control GPCR signaling pathways. This breakthrough could overcome decades of failed promises in biased drug development and create more targeted therapeutics.
A revolutionary molecular tagging system from Japanese researchers uses light to visualize specific molecules inside living cells without disrupting their natural behavior. This breakthrough enables unprecedented tracking of cellular communication and could transform drug discovery. The technology r
Google’s quantum computing division has announced a breakthrough using its Willow quantum processor, reportedly demonstrating verifiable quantum advantage for the first time. The team claims their system solved molecular simulations significantly faster than classical computers, marking progress toward fault-tolerant quantum computing.
Google’s quantum computing research team has announced what they describe as a verifiable quantum advantage achievement using their new Willow quantum processor, according to reports published in the journal Nature. Sources indicate the 105-qubit chip demonstrates significantly improved error suppression compared to previous quantum hardware, enabling calculations reportedly 13,000 times faster than classical supercomputers for specific tasks.
A longstanding mystery in cellular biology has been solved as scientists discover how coenzyme A enters mitochondria. The findings could revolutionize treatment approaches for brain and metabolic diseases linked to CoA dysfunction.
Researchers at Yale University have reportedly solved a fundamental biological puzzle that has perplexed scientists for decades: how life’s most essential molecule reaches the cellular powerhouses where it’s needed most. According to their recent publication in Nature Metabolism, the team has identified the specific transport mechanisms that deliver coenzyme A (CoA) into mitochondria.
From Quantum Supremacy to Practical Advantage Google’s quantum computing journey has evolved significantly from its initial quantum supremacy claims in…
