News•Mar 12, 2026
This One Type Of Gut Bacteria Is Linked To 29% Greater Muscle Strength
A recent study published in *Gut* links the gut bacterium Roseburia inulinivorans to markedly higher muscle strength, showing a 29% boost in hand‑grip force among older adults and similar gains in younger participants, including improved VO₂ max. Mouse experiments confirmed causality, with R. inulinivorans‑treated rodents achieving about 30% stronger grip and a shift toward fast‑twitch muscle fibers. The research underscores a gut‑muscle axis where specific microbes influence muscle metabolism and fiber composition. While promising, the findings remain preliminary and require further human trials.
By Mindbodygreen
News•Mar 12, 2026
Her Lab Worked to Future-Proof Fruits and Vegetables
The Horticulture Innovation Lab, funded by USAID, focused on under‑funded fruit and vegetable research to improve nutrition for marginalized populations worldwide. It partnered with scientists across Africa, South Asia, and Central America, delivering soil guidance, climate‑adapted varieties, and low‑energy cooling...
By New York Times – Science
News•Mar 12, 2026
A Mass Stellar Migration Billions of Years Ago May Have Helped Life Get Started on Earth
Astronomers using ESA's Gaia catalog identified 6,594 solar‑twin stars within 1,000 light‑years, revealing a pronounced age peak of 1,551 stars that are 4‑6 billion years old—matching the Sun’s age. The data suggest the Sun and many of these twins migrated outward...
By Space.com
News•Mar 12, 2026
A 'Mass Migration' Of Stars From the Milky Way's Center Could Explain Why There's Life in Our Solar System
Researchers analyzing Gaia data uncovered 6,594 solar‑twin stars—about thirty times more than earlier surveys—most clustered near the Sun. The findings suggest a massive outward migration of stars from the Milky Way’s crowded centre coinciding with the formation of the galaxy’s...
By Live Science
News•Mar 12, 2026
The Sun and Thousands of Its Twins Migrated Across the Milky Way Just in Time
New studies published in *Astronomy & Astrophysics* reveal that the Sun did not travel alone from its birth near the Milky Way’s crowded core to its present suburban orbit. By analyzing chemical signatures and Gaia‑derived motions of 6,594 solar‑twin stars,...
By Scientific American – Mind
News•Mar 12, 2026
Reproductive Isolation and Differential Introgression Shape the Genomic Landscape of the Red Alga Amansia Glomerata in the Hawaiian Archipelago
Researchers examined two lineages of the red alga Amansia glomerata around Oʻahu using ddRAD sequencing, spatial transects, and demographic modeling. The study found strong genomic differentiation between lineages even in extensive sympatric zones, supporting allopatric divergence followed by secondary contact...
By Research Square – News/Updates
News•Mar 12, 2026
Trade-Offs and Synergies of Conservation Agriculture: Soil Properties and Crop Performance After Five Years of Minimum Tillage and Residue Retention
Researchers evaluated five years of minimum tillage combined with crop residue retention across multiple sites. The study found notable improvements in soil organic carbon, bulk density, and water infiltration, while crop yields increased modestly. Economic modeling indicated profitability after the...
By Research Square – News/Updates
News•Mar 12, 2026
In Vitro Generation of Highly Infectious Recombinant Prions Adopting Structural Architectures of Bona Fide Prions
Researchers have developed a protein misfolding cyclic amplification (PMCA) assay that reliably produces recombinant prion fibrils with infectivity comparable to the RML brain‑derived strain. Cryo‑EM analysis shows these fibrils adopt the characteristic V‑shaped, parallel in‑register β‑sheet architecture, though the C‑terminal...
By Research Square – News/Updates
News•Mar 12, 2026
Complications After Corneal Allografts Intrastromal Rings Segments (CAIRS) In Keratoconus And Post LASIK Ectasia A Case Series
Corneal Allogenic Intracorneal Ring Segments (CAIRS) have been used to improve vision in keratoconus and post‑LASIK ectasia, but a multicenter case series of nine eyes reveals notable complications. Patients experienced progressive corneal neovascularization, lipoid keratopathy, and segment extrusion, linked to...
By Research Square – News/Updates
News•Mar 12, 2026
Determinants of Neonatal Mortality Among Neonates Admitted to Neonatal Care Unit at St. Paul Hospital Millennium Medical College, Addis Ababa,...
A retrospective case‑control study at St. Paul Hospital Millennium Medical College identified six key determinants of neonatal mortality among 324 NICU admissions from 2020‑2022. Lack of antenatal care (ANC) visits, home delivery, pregnancy‑induced hypertension, low birth weight, prematurity, and fetal...
By Research Square – News/Updates
News•Mar 12, 2026
Fatigue Life Prediction of Ceramic Matrix Composite Materials Based on Physical Constraint Multi-Scale Attention Network
Researchers introduced a physically constrained multi‑scale attention network (PC‑MSANet) to predict fatigue life of ceramic matrix composites under high‑temperature, high‑stress conditions. Experiments on Cf/SiC specimens generated macroscopic stress, time‑domain, and frequency‑domain features for model training. PC‑MSANet achieved an RMSE of...
By Research Square – News/Updates
News•Mar 12, 2026
Galaxy Rotation Curves and Baryonic Scaling Relations in Time-Field General Relativity: A Systematic Analysis of the SPARC Sample
Researchers applied Time-Field General Relativity (TFGR) to 165 late‑type galaxies from the SPARC catalog, fitting a three‑parameter velocity profile that includes a saturation speed, transition radius, and sharpness. The TFGR model outperformed baryonic‑only predictions in 157 cases, reducing the median...
By Research Square – News/Updates
News•Mar 12, 2026
Network Analysis of the Association Between Frailty and Depression in Patients with Gastrointestinal Cancer: A Cross-Sectional Study
A cross‑sectional study of 238 gastrointestinal cancer patients used symptom‑level network analysis to map the frailty‑depression relationship. The strongest links were found between slowed gait and low physical activity, and between bradykinesia/agitation with suicidal ideation and guilt. PHQ‑4 (lack of...
By Research Square – News/Updates
News•Mar 12, 2026
Association of D-Dimer and Fibrinogen Levels with Stroke Severity in Acute Ischemic Stroke Patients: A Cross-Sectional Study at a Tertiary...
Researchers at Haji Adam Malik General Hospital examined 69 acute ischemic stroke patients to determine whether admission D‑dimer and fibrinogen levels reflect stroke severity. Patients with severe strokes had median D‑dimer levels of 2060 ng/mL versus 620 ng/mL in moderate cases, and...
By Research Square – News/Updates
News•Mar 12, 2026
Experimental Study on the Construction of a Rabbit Biliary Stent Model via Transduodenal Puncture and the Placement of an Modified...
Researchers have created a New Zealand rabbit model that mimics biliary stenting by using a transduodenal wall puncture and a modified intravenous catheter. The experimental group achieved an 86.7% technical success rate, with most complications being mild and transient. Serum liver...
By Research Square – News/Updates
News•Mar 12, 2026
Tigecycline-Induced Hypoglycemia in Critically Ill Patients with Severe Infections: A Retrospective Cohort Study
A retrospective cohort of 169 critically ill patients receiving tigecycline showed significant reductions in blood glucose at three daily time points. Hypoglycemia occurred in 11.2% of patients and was linked to a nearly four‑fold increase in 28‑day mortality (OR 3.83). Larger...
By Research Square – News/Updates
News•Mar 12, 2026
Investigation of Differential Expression in Phospholipid Metabolism-Related Genes in Bronchial Epithelial Cells of Asthma Patients
The study examined phospholipid metabolism‑related gene expression in bronchial epithelial cells from asthma patients versus healthy controls. Six differentially expressed genes were identified, and a logistic‑regression model built on these markers achieved an AUC of 0.76 in training and 0.83...
By Research Square – News/Updates
News•Mar 12, 2026
Infantile Acid Sphingomyelinase Deficiency Presenting With Severe Gastrointestinal and Recurrent Respiratory Symptoms: A Diagnostic Challenge Case Report in Palestine
An 8‑month‑old infant in Palestine was diagnosed with infantile acid sphingomyelinase deficiency (Niemann‑Pick disease type A) after presenting with severe gastrointestinal distress, feeding intolerance, failure to thrive, hepatosplenomegaly, and recurrent pneumonia. Initial treatments targeted common pediatric conditions but failed, prompting clinicians...
By Research Square – News/Updates
News•Mar 12, 2026
Factors Affecting Operative Time in Ureteroscopic Stone Removal: A Cross-Sectional Study for Prediction Model Construction
A cross‑sectional study of 495 ureteroscopic lithotripsy cases identified stone length and maximum stone density as independent risk factors that extend operative time, while simple ureteral stones reduce it. Using LASSO selection, researchers built a Gamma regression model and a...
By Research Square – News/Updates
News•Mar 12, 2026
Chronic Non-Bacterial Osteomyelitis Presenting as Fever of Unknown Origin in a Child: A Diagnostic Pitfall
A 12‑year‑old girl presented with recurrent fever of unknown origin, later developing intermittent joint pain. Extensive infectious, rheumatologic and oncologic testing, including cultures, metagenomic sequencing and bone‑marrow analysis, were negative. MRI and PET‑CT revealed multifocal hypermetabolic bone lesions, prompting concern...
By Research Square – News/Updates
News•Mar 12, 2026
Photoluminescence Enhancement in Erbium Nanoparticles via Controlled Phase Transformation
Erbium nanoparticles produced by pulse laser ablation in liquid were thermally annealed from 200 °C to 1000 °C. At 600 °C the mixed cubic‑monoclinic structure fully converts to a pure cubic Er₂O₃ phase, eliminating surface hydroxyl groups and compacting the particles. This structural...
By Small (Wiley)
News•Mar 12, 2026
An Odd-Nosed Crocodile Ate Our Prehistoric Ancestors
A newly described crocodile species, Crocodylus lucivenator, lived in Ethiopia between 3.4 and 3 million years ago and featured a distinctive snout hump. Fossil evidence suggests it grew up to 15 feet long and weighed around 1,300 pounds, making it the top...
By Popular Science
News•Mar 12, 2026
AI May Be Giving Teens Bad Nutrition Advice
Researchers evaluated three‑day meal plans generated by five leading AI chatbots for fictional overweight and obese 15‑year‑olds. The AI‑created menus were on average 695 calories lower per day than dietitian‑designed plans and featured insufficient carbohydrates with excess protein and fat....
By Science News
News•Mar 12, 2026
Teen Discovers 1.5 Million Unidentified Space Objects Based On NASA Data
Matteo Paz, a high‑school student at Caltech’s Planet Finder Academy, built an AI system to scan NASA’s NEOWISE infrared archive. The algorithm, dubbed VARnet, processed over 200 billion detections and uncovered roughly 1.5 million previously unidentified celestial objects, ranging from binary stars...
By Jalopnik
News•Mar 12, 2026
RIKEN and IBM Demonstrate Quantum-Centric Supercomputing at Scale
RIKEN and IBM have executed a closed‑loop hybrid workflow that couples the full capacity of Japan’s Fugaku supercomputer with an on‑premises IBM Quantum Heron processor. The integration enabled the largest and most accurate quantum chemistry simulation to date, targeting a...
By Quantum Computing Report
News•Mar 12, 2026
How Chinese Labs Race for the Next ‘First-in-Class’ Breakthrough
China’s 2025 R&D outlay surged to 3.9 trillion yuan, with basic research surpassing 7% of total spending for the first time. The new five‑year plan prioritises self‑sufficiency, funneling billions into frontier chemistry, biotech, and advanced materials. State‑backed agencies and tech giants...
By Chemical & Engineering News (ACS)
News•Mar 11, 2026
DNA Origami Vaccine Rivals mRNA Shots While Being Easier to Store and Manufacture
Researchers at Harvard’s Wyss Institute and Dana‑Farber unveiled DoriVac, a DNA origami‑based vaccine platform that delivers antigens and adjuvants on a self‑folding nanostructure. In pre‑clinical mouse studies and a human lymph‑node‑on‑a‑chip model, DoriVac generated antibody and T‑cell responses comparable to...
By Phys.org – Nanotechnology
News•Mar 11, 2026
Researchers Use AI to Develop RNA-Based Synthetic NAND Switch in Living Cells
Researchers at TU Darmstadt have engineered the first RNA‑based synthetic NAND gate by linking two riboswitches that respond to distinct ligands. Using high‑throughput screening combined with a deep‑learning‑driven Bayesian optimization loop, they evaluated only 82 variants to isolate sequences that exhibit...
By Phys.org – Biotechnology
News•Mar 11, 2026
Artificial Kinetochores Take the Pressure Off Aging Chromosomes During Meiosis
Researchers at RIKEN have engineered protein‑based artificial kinetochores that compete with natural chromosome kinetochores for microtubule attachment during meiosis. By lowering the overall pulling force, these constructs keep weakened chromosome pairs together in aged mouse oocytes, restoring accurate DNA segregation....
By Phys.org – Biotechnology
News•Mar 11, 2026
New Study Says There's a Way to Make Dyson Bubbles and Stellar Engines Stable
Physicist Colin R. McInnes has shown that Dyson Bubbles and flat‑disk Stellar Engines can be engineered for passive stability, countering long‑standing claims of inherent gravitational instability. By concentrating mass at the rim of a reflective disc, radiation pressure and gravity can...
By Universe Today
News•Mar 11, 2026
Met Office ‘Supercomputing as a Service’ One Year Old
The Met Office marked one year of its Microsoft‑powered "supercomputing as a service" platform, delivering roughly 1.8 million cores and 60 petaflops of compute in Azure. The cloud‑based system achieved 100 % uptime for critical workloads and 99.77 % availability for the supercomputing tier....
By ComputerWeekly
News•Mar 11, 2026
Galaxy-Group Motion Suggests Slower Expansion in Our Cosmic Neighborhood
Two independent studies examined the motions of the nearby Centaurus A/M83 and M81/M82 galaxy groups to infer the local expansion rate. By balancing gravitational attraction against cosmic expansion, the researchers derived a Hubble constant of roughly 64 km s⁻¹ Mpc⁻¹, slower than the 73 km s⁻¹ Mpc⁻¹...
By Phys.org - Space News
News•Mar 11, 2026
Astronomers Collect Rare Evidence of Two Planets Colliding
Astronomers analyzing archival data identified a dramatic, multi‑year flickering of the Sun‑like star Gaia20ehk, 11,000 light‑years away, and linked it to a catastrophic collision between two planets. The event produced a dense cloud of hot dust that dimmed visible light...
By Phys.org - Space News
News•Mar 11, 2026
Why Falling Cats Always Seem to Land on Their Feet
A new study published in *The Anatomical Record* reveals that cats’ upper thoracic spines can rotate up to 360 degrees, enabling rapid mid‑air reorientation. Researchers examined cadaver spines and performed controlled drop tests on live cats, finding the upper spine...
By New York Times – Science
News•Mar 11, 2026
What Happened When ESA Simulated a Mission to Mars on Earth
The European Space Agency partnered with Russia’s Institute of Biomedical Problems to run MARS500, a ground‑based simulation of a 520‑day crewed Mars mission from 2010‑2011. Six international participants lived in sealed modules, experienced realistic communication delays, and followed a scripted...
By New Space Economy
News•Mar 11, 2026
A New Model Defines an Upper Limit to Planetary Radiation Belt Intensity
Researchers at the University of Helsinki have unveiled a new theoretical model that sets a universal upper limit on the intensity of planetary radiation belts. The framework combines magnetic field strength, plasma density, and wave‑particle interaction physics to calculate a...
By American Astronomical Society – Press
News•Mar 11, 2026
Strange Cosmic Burst From Colliding Galaxies Shines Light on Heavy Elements
Astronomers observed an unprecedented burst of high‑energy radiation emanating from two colliding galaxies, offering direct evidence of rapid heavy‑element synthesis during galactic mergers. The event, captured by space‑based X‑ray and gamma‑ray observatories, displayed spectral signatures of r‑process nucleosynthesis, traditionally associated...
By American Astronomical Society – Press
News•Mar 11, 2026
Trailblazing the Search for Pulsar-Bound Exotrojans
Researchers at West Virginia University have unveiled a novel technique to search for exotrojans—co‑orbital bodies—bound to pulsars. Applying the method to decades‑long pulsar timing data, they report the first plausible exotrojan candidate orbiting the millisecond pulsar PSR B1257+12. The approach isolates...
By American Astronomical Society – Press
News•Mar 11, 2026
Astronomers Capture Birth of a Magnetar, Confirming Link to Some of Universe’s Brightest Exploding Stars
Astronomers using NASA's NICER and Swift observed the birth of a magnetar in real time as a massive star collapsed, producing a brief, ultra‑bright X‑ray flash. The event released roughly 10^46 ergs in less than a second, matching predictions for...
By American Astronomical Society – Press
News•Mar 11, 2026
New Research Bridges the Worlds of General Relativity and Supernova Astrophysics
UCSB researchers have introduced a fully relativistic framework that integrates Einstein’s general relativity into core‑collapse supernova models. By coupling the field equations with advanced neutrino transport, their high‑resolution simulations reveal that relativistic gravity steepens the gravitational potential, boosting shock strength...
By American Astronomical Society – Press
News•Mar 11, 2026
New Method Reveals Slower Expansion in Our Cosmic Neighborhood
A novel observational technique has produced a more precise measurement of the expansion rate in the nearby universe, indicating it is slower than previously estimated. The study, leveraging gravitational‑wave standard sirens and refined Cepheid calibrations, finds a local Hubble constant...
By American Astronomical Society – Press
News•Mar 11, 2026
NASA Discovers Crash of Extreme Stars in Unexpected Site
NASA's Chandra X‑ray Observatory has identified a rare collision of two neutron stars in a region of space previously thought too sparse for such events. The merger, detected through a burst of high‑energy X‑rays and a subsequent kilonova, occurred far...
By American Astronomical Society – Press
News•Mar 11, 2026
Giovanni Traverso
Giovanni Traverso, M.D., Ph.D., is a physician‑scientist who bridges gastroenterology and engineering as an associate member of the Broad Institute, director of the Laboratory for Translational Engineering, MIT associate professor, and Harvard gastroenterologist. His lab creates ingestible electronics, robotic capsules,...
By Broad Institute News
News•Mar 11, 2026
Trouble Swallowing? A Nanogel Tweak May Keep Therapeutic Stem Cells Alive Longer
Researchers at Kyoto University and McGill University created hybrid stem‑cell spheroids incorporating biodegradable nanogel microfibers. The nanogel‑enhanced spheroids improved oxygen diffusion, increasing cell viability more than fivefold and boosting secretion of regenerative factors. In a rat model of swallowing‑muscle injury,...
By Phys.org – Nanotechnology
News•Mar 11, 2026
Simple 'Cocktail' Of Amino Acids Dramatically Boosts Power of mRNA Therapies and CRISPR Gene Editing
Researchers at Biohub identified a three‑amino‑acid cocktail—methionine, arginine and serine—that dramatically improves lipid nanoparticle (LNP) delivery of therapeutic mRNA and CRISPR components. Co‑administering the supplement boosted protein expression up to 20‑fold and raised gene‑editing rates from roughly 25% to nearly...
By Phys.org – Nanotechnology
News•Mar 11, 2026
3D-Printed Rattlesnake Reveals How the Rattle Is a Warning Signal
University of Texas at El Paso researchers built a lifelike 3D‑printed robotic rattlesnake to test how zoo animals react to rattling. In controlled trials, 38 species showed heightened avoidance when the rattle sounded, especially those that naturally share the snake’s range....
By Phys.org – Biotechnology
News•Mar 11, 2026
Biodegradable Nanoparticles Can Seek and Destroy Diseased Immune Cells
Johns Hopkins researchers have engineered a streamlined biodegradable polymeric nanoparticle that delivers mRNA to T cells, prompting them to generate CD19‑CAR receptors that target disease‑causing B cells. In mice, a single intravenous dose eliminated 95% of circulating B cells within...
By Phys.org – Nanotechnology
News•Mar 11, 2026
A New AI Model Could Help Scientists Design New Forms of Life
Researchers at the Arc Institute unveiled Evo2, an AI model trained on trillions of DNA bases from diverse organisms. By treating DNA as language, Evo2 can generate genome‑scale sequences millions of letters long, demonstrated with Mycoplasma genitalium‑inspired designs. The model...
By EnterpriseAI
News•Mar 11, 2026
Anthony J. Leggett Dies at 87; Won Nobel for Theories on Superfluids
Anthony J. Leggett, the 2003 Nobel laureate who explained the superfluid transition of helium‑3, died at age 87 in Urbana, Illinois. His theoretical work clarified why helium‑3 could become a frictionless quantum fluid, a phenomenon long thought impossible. Leggett’s insights...
By New York Times – Science
News•Mar 11, 2026
The Gut Microbiome May Influence Brain Aging, Mouse Study Suggests
A University of Pennsylvania study published in Nature shows that gut bacteria from aged mice can impair memory in young mice, effectively accelerating brain aging. The researchers identified the bacterium *Parabacteroides goldsteinii* as the key agent, linking it to inflammation...
By Scientific American – Mind