Turning Iron-Dependent Cell Death into Precision Treatments for Prostate Cancer
Prostate cancer is entering a new phase in the search for treatments that can overcome resistance. A recent review in ...
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New holographic telepresence system captures and replays 3D wavefronts in real time
Three-dimensional communication may be moving closer to reality after researchers in South Korea demonstrated a holographic telepresence system that captures ...
Creating oxygen-powered chemical reactions that produce only water waste
Penn State researchers have created a synthetic mimic of a natural oxygen-activating enzyme, demonstrating a reaction that reshapes stable aromatic ...
Piezo Ion Channels Identified as Therapeutic Targets in Digestive Diseases
Mechanical forces are emerging as powerful biological signals in the digestive system, and a new review identifies Piezo1 and Piezo2 ...
Local Volume Mapper Reveals High-Definition Hyperspectral Maps of Galactic Nurseries
SDSS-V Releases an Unprecedented 3D Map of Stellar Nurseries Across the Milky Way The Milky Way may look like a ...
Tiny RNA pathway may unlock more powerful stem cell therapies
Scientists are drawing attention to an underexplored molecular system that may determine how effectively stem cells repair damaged tissues, preserve ...
New strategy boosts TOPCon solar cell power conversion efficiency
Solar scientists have unveiled a new metallization strategy that has pushed tunnel oxide passivated contact (TOPCon) solar cells to a ...
China’s Solar Manufacturers Time Decarbonization Efforts to Accelerate the Global Energy Transition
China’s photovoltaic industry may hold one of the most consequential timing decisions in the global energy transition: when, exactly, should ...
Platinum Emerges as a Key Catalyst for Future Clean-Energy Technologies
The rapid expansion of data centers across the United States is creating an urgent demand for reliable, efficient electricity. Facilities ...
Pusan National University unveils ASTRA-Net to improve lung airway mapping
Lung cancer remains the world’s most commonly diagnosed cancer and one of its deadliest diseases, but a new artificial intelligence ...
Early Parkinson’s disease: α-Synuclein disrupts co-translational protein transport into the endoplasmic reticulum
Parkinson’s disease may begin damaging cells long before tremors, stiffness, and slowed movement become visible. A new study published in ...
Early Parkinson’s Disease Shows Sex Differences in Striatal Functional Connectivity
Parkinson’s disease is often described through its most visible symptoms: tremor, slowed movement, muscle stiffness and problems with balance. But ...
HKU Researchers Develop ClairS for Accurate Mutation Detection Across Cancers
A new artificial-intelligence system developed by researchers at The University of Hong Kong could make it significantly easier to identify ...
Turning Low-Cost Plastic Waste Into High-Value Lubricants
A plastic that is among the most difficult to recycle could soon become a valuable source of high-performance lubricants. Researchers ...
Hive-Inspired Nanocarriers Enable Recyclable Single-Chain Nanocatalysts
A new “hive-inspired” nanocatalyst system could make one of chemistry’s most persistent challenges—recovering highly dispersed catalysts after a reaction—far easier. ...
ONR to Host Innovation Industry Days September 21–25
The U.S. Office of Naval Research (ONR) is preparing to bring scientists, engineers, technology companies and defense innovators together for ...
Skin cancer in immunosuppressed patients stems from dysfunctional, not missing, immune cells
Researchers at The University of Texas MD Anderson Cancer Center have identified a previously overlooked reason why non-melanoma skin cancers ...
Biomass-Derived Conductive E-Skin Advances Wearable Bioelectronics and Smart Wound Healing
A new electronic skin patch made largely from natural biomass-derived materials could bring wound care and wearable health monitoring onto ...
Noninvasive Imaging Characterizes Perivascular Spaces in the Subarachnoid Space
A little-known anatomical feature surrounding the brain is moving into the spotlight as researchers investigate how it can be studied ...
Engineered Human Neurons Restore Damaged Spinal Cord Circuits
Spinal cord injuries affect an estimated 15–20 million people worldwide, frequently causing permanent loss of movement, sensation, and independence. Damage ...