How Organoids Became Biology’s Most Powerful Miniature Laboratories
Organoids have quietly become one of the most consequential tools in modern biomedical science, and a comprehensive new tutorial published ...
Glowing Hands and AI: How UV Feedback Helped Schoolchildren Wash Better for Months
Handwashing is one of the simplest and cheapest weapons against infectious disease, yet getting children to do it properly—and to ...
How Tumor Metabolism Decides Whether Colorectal Cancer Immunotherapy Works
Colorectal cancer remains one of the most formidable challenges in global oncology, and a new review published in Cancer Cell ...
MicroRNA miR-196a Clears Toxic Huntington’s Protein Clumps by Suppressing Rad23b
Huntington’s disease has long been defined by a single, relentless molecular event: the mutant huntingtin protein, misfolded and sticky, clumping ...
Stem Cell Screening Platform Hunts for Drugs to Halt Cardiac Fibrosis
Scientists at Stanford University have unveiled a detailed laboratory protocol for a high-throughput drug screening platform designed to find compounds ...
Sierra Leone finds outbreak response, not detection, is where precious days are lost
When a dangerous pathogen begins to spread, the clock starts long before anyone realises it. Public health experts have long ...
Single Atom Scatters Entangled Photon Trios, Breaking a 40-Year-Old Quantum Record
For nearly half a century, resonance fluorescence has served as one of the cleanest and most fundamental laboratories in all ...
Ultrasound Reveals Hidden Secrets of the Knee’s Forgotten Fat Pad
Buried beneath the patellar tendon, in the crowded anterior compartment of the knee, sits a structure that most people have ...
New AI Learns to Track Surgical Robots in Real Time, Even When Blood and Smoke Block the View
Every time a surgical robot reaches into a patient’s body, its control system needs to know exactly where the instrument ...
Chemists Weave Fabric at the Molecular Scale With Multiple Layers of Topology
Every textile engineer knows that the difference between a simple cloth and an advanced fabric lies not just in the ...
War Leaves a Lasting Scar on the World’s Farmland, Global Study Finds
War has always destroyed harvests, but a sweeping new analysis published in Nature Food shows just how systematically armed conflict ...
Chemists Turn CO2, Nitrite and Aldehydes Into Valuable Amino Acids Using Only Electricity
Amino acids are the workhorses of modern medicine, and among the most sought-after members of this family are the arylglycines, ...
AI Clocks Point to an Oral Microbe That Slows Aging in Humans, Worms and Mice
A common bacterium that lives quietly on the human tongue may hold one of the most surprising clues yet in ...
Strange Metals Traced to Bad Metallicity and Quantum Statistics of Charge Carriers
Strange metals are among the most perplexing states of matter in modern condensed matter physics. Found most famously in the ...
How Parents’ Moral Excuses May Steer Teens Toward Alcohol and Tobacco
Every parent has moments when a small transgression seems forgivable. But what happens when that habit of excusing wrongdoing becomes ...
Health Claims on Food Packaging Often Outrun the Nutrition Inside
Walk down any supermarket aisle and the packages seem to be shouting about wellness. More than half of new food ...
Gut Bacteria Turn Sugarcane Waste into Fuel Gold in Biorefinery Breakthrough
The world’s two largest biofuel industries—bioethanol and biodiesel—generate staggering mountains of waste every year. Sugarcane mills in Brazil alone produce ...
Machine Learning Turns RISC-V Chips Into Their Own Hardware Attack Detectors
Modern processors keep secrets badly. The Meltdown and Spectre revelations of 2018 showed the world that the innermost machinery of ...
Tiny Finger, Big Lesson: Ultrasound Reveals Hidden Toddler Fracture X-rays Missed
When an 18-month-old girl arrived at the hospital with a swollen left middle finger and a noticeably limited range of ...
Chemists Program Crystal Frameworks Atom by Atom with a Single Versatile Molecule
A team of chemists has shown that a single, carefully designed organic molecule can be coaxed into forming seven entirely ...