Read More Scince News Health 7 months ago Tiny Peptide Stops Parkinson’s Protein Clumps Early Engineered peptides from the University of Bath stabilize alpha-synuclein, preventing misfolding and toxic clumps in a worm model of Parkinson's. The cell-stable molecule spares normal protein function and points to a preventive strategy for neurodegeneration.
Read More Scince News Space 7 months ago Which Planets Formed First in Our Solar System: New Views Scientists still debate which planets formed first. This article explains competing formation models, dating techniques like crater counting and radiometric analysis, and how future missions could resolve the timeline.
Read More Scince News Nature 7 months ago 2024 Carbon Spike: Greenhouse Gases Reach Record Highs WMO data shows atmospheric CO2, methane, and nitrous oxide reached record levels in 2024. This article explains the drivers, risks, and mitigation options to slow accelerating global warming.
Read More Scince News Nature 7 months ago Ancient Enigma: Salterella and the Birth of Skeletons Salterella, a peculiar 540-million-year-old fossil, combines a conical shell with an inner mineral lining. New analyses suggest selective mineral packing and a likely link to cnidarians, reshaping ideas about early skeleton evolution.
Read More Scince News Space 7 months ago Hidden Impact: New 11-Million-Year Tektites in Australia Scientists have found 11-million-year-old tektites in South Australia, revealing a previously unknown giant asteroid impact. The distinctive glass fragments lack an identified crater, reshaping our view of Earth's impact history.
Read More Scince News Scientific 7 months ago The 900°C Furnace That Forged Earth's Stable Continents New research shows Earth’s continents were forged at temperatures above 900°C. Ultra-high heat drove uranium and thorium upward, cooling and strengthening the lower crust and concentrating critical minerals.
Read More Scince News Health 7 months ago Tiny Neuronal Nanotubes May Drive Early Alzheimer's Spread Johns Hopkins researchers discovered tiny dendritic nanotubes that ferry toxic molecules like amyloid-beta between neurons, offering a potential new mechanism for early Alzheimer's spread and a novel therapeutic target.
Read More Scince News Health 7 months ago Vaccine Halts Multiple Tumors in Mice for 250 Days A nanoparticle cancer vaccine prevented multiple tumor types in mice for 250 days by combining tumor antigens with a potent 'super' adjuvant. Results show strong, durable protection but remain preclinical.
Read More Scince News Space 7 months ago Why the Moon’s South Pole-Aitken Basin Hides Deep Secrets New analysis shows the Moon’s South Pole–Aitken basin was struck from the north, not the south. That revised impact direction means Artemis astronauts landing on the southern rim could access deep lunar material and KREEP-rich deposits.
Read More Scince News Health 7 months ago 30 Minutes a Day: How Light Activity Reboots Your Metabolism A randomized trial shows that replacing 30 minutes of daily sitting with light activity—standing, short walks, stair use—improves the body’s ability to burn fats and carbs, benefiting metabolic health in middle‑aged adults.
Read More Scince News Health 7 months ago Hidden Brain Pulses: New MRI Could Predict Dementia Risk A novel noninvasive MRI method maps tiny pulsations in the brain's microvessels, revealing age- and hypertension-linked changes in white matter. This technique could become an early biomarker for dementia risk.
Read More Scince News Health 7 months ago Scientists Create Universal Donor Kidneys to Cut Wait Times Researchers have developed enzyme-treated donor kidneys that behave like universal type O organs for days, potentially easing blood‑type barriers and shortening transplant wait lists.
Read More Scince News Scientific 7 months ago Tiny Sound-Guided Microrobots: Swarm, Adapt, and Heal Penn State researchers modeled microrobots that use sound to coordinate swarms that adapt, reassemble, and self-heal. Acoustic communication could enable microrobotics for medicine and cleanup.
Read More Scince News Health 7 months ago Can Fruit Shield Lungs from Air Pollution’s Damage? New analysis of UK Biobank data suggests eating four or more portions of fruit daily is linked to smaller PM2.5-related declines in lung function, particularly among women. Antioxidants may help offset pollution's damage.
Read More Scince News Health 7 months ago Why Your Cognitive Strength Often Peaks in Midlife (55–60) New analyses show overall psychological functioning often peaks between 55 and 60, blending emotional stability, knowledge and judgement. This reframes midlife as a phase of leadership-ready strengths rather than decline.
Read More Scince News Health 7 months ago Nanoparticles Repair the Brain Gate, Clearing Plaques Fast A new nanoparticle approach restores blood-brain barrier clearance in mice, cutting amyloid-beta plaques by nearly 45% within hours and reversing cognitive decline for months—an early but promising shift toward vascular repair in Alzheimer’s research.
Read More Scince News Space 7 months ago What Starship's 11th Test Means for NASA's Moon Plan SpaceX's Starship completed its 11th test flight with planned splashdowns, booster recovery and mock payload releases. The mission advances NASA's Artemis goals but highlights remaining technical challenges like orbital refueling and reusable heat shields.
Read More Scince News Health 7 months ago Different Genetic Paths in Early vs Later Autism Diagnosis New analysis of genetic data from 45,000+ people finds that early- and later-diagnosed autism follow different developmental and genetic paths, with later diagnoses showing more ADHD overlap and mental-health risk.
Read More Scince News Space 7 months ago Hidden Solar 'Tornadoes' Reveal New Space Weather Risks High-resolution simulations reveal that small, tornado-like magnetic flux ropes can form in the solar wind when coronal mass ejections collide with slower plasma, posing a previously underestimated risk to Earth’s infrastructure and forecasting systems.
Read More Scince News Scientific 7 months ago Mini Human Livers Predict Who Will Suffer Drug Injury A Cincinnati Children’s and Roche collaboration created a patient-specific liver organoid microarray that reproduces immune-driven drug liver injury, offering a scalable path to predict rare, genetics-linked toxicities before clinical use.
