Researchers at GSI/FAIR successfully measured the chemical bond strength of seaborgium hexacarbonyl complex, finding a weaker bond than expected. The results contradict the trend of increasing bond strength in lighter homolog elements, attributed to relativistic effects.
Researchers propose recognizing recompensation as a distinct treatment-related disease state, distinguishing stable and unstable recovery, to better capture recovery and continuing risks after cirrhosis treatment. This framework could support more consistent research, clinical assessment, and long-term surveillance for patients recover...
Researchers at IIT have developed a new technology that introduces a switch into CAR-T cells, controlling their activation in response to cancer cells. This switch allows for precise control over the therapeutic genes, reducing side effects and increasing effectiveness against melanoma and breast cancer.
A computational model predicts that low red-to-far-red light ratios strengthen cold-responsive genes and low temperatures stabilize phytochrome proteins to promote cold tolerance. The model identifies phytochrome activity and the SlPIF4-SlGAI4 feedback circuit as potential control points for improving crop cold tolerance.
A new study by UConn researchers found that pitchers with reduced neck mobility are more likely to report arm problems and sustain pitching-related arm injuries. The study, which included 126 pitchers from seven collegiate teams, also found that those with reduced mobility lost more days out of play due to injury.
A 1970s-era fungal pathogen, believed to have originated in Asia, likely swept the globe, causing catastrophic declines in frog populations. Modern sampling shows that most species have recovered since the 1980s.
Researchers identified a molecular pathway that offers a new target for treatment, challenging a 30-year-old theory in cancer research. The study found that immune defenses may begin outside the cancer cell, creating an environment that prevents the immune system from attacking the cancer.
A new study reveals how RNA molecules, particularly lncRNA Gas5, influence the development of aggressive leukemia by forming biomolecular condensates. The research identifies several long non-coding RNAs associated with these structures and shows that Gas5 plays a key role in leukemia cell proliferation.
A team of researchers has discovered how a protein linked to cancer activates silent DNA regions, a mechanism that contributes to tumour development. The study, conducted in fruit flies, identifies collaboration between two proteins as a key requirement for activation.
The study links adolescent pornography consumption to problematic internet use, substance use, family conflict, and certain risky sexual behaviors. The research team proposes programs combining sex and relationship education, digital literacy, and substance misuse prevention to guide educational and preventative policies.
A new study assesses the impact of drifting buoys on weather forecasts during Storm Harry, which affected the Mediterranean region in January 2026. The buoys provided crucial atmospheric observations from areas with limited coverage, improving forecasts of heavy rainfall and rough seas.
Researchers at the University of Nottingham discovered how a common genetic mutation disrupts protein positioning during cell division, contributing to acute myeloid leukemia. They found that manipulating the chromosome periphery could help restore normal protein positioning and potentially complement existing therapies.
Researchers found that applying biomechanical tension to heart valves every time they beat helps protect collagen from breaking down, explaining why leaflets remain sturdy for decades. Increasing strain while preserving the natural strain ratio prevents collagen degradation, highlighting a biomechanical defense mechanism.
A new molecularly imprinted electrochemical sensor streamlines the quality control of lutein-rich products by detecting lutein dipalmitate and calculating the concentrations of other major lutein esters. The approach simplifies sample preparation, shortens analysis, and lowers the need for multiple standards.
Researchers at Princeton University have developed a novel combination of chemicals that reduces defects in perovskite solar cells, enabling them to retain energy from sunlight 10 times longer. This breakthrough could translate to a 1% improvement in power generation and pave the way for cheaper and more sustainable energy.
Researchers mapped gene regulators and identified NAC transcription factors associated with root development. The study suggests that hormone signaling and developmental regulation play a crucial role in root swelling, providing a foundation for molecular breeding to improve crop yield.
Pharma.AI's MMAI Gym enables scientists to adapt AI models to specific tasks, achieving performance matching or exceeding the state of the art across 70 chemistry and biology benchmark tasks. The company also introduced Generative Biologics, Chemistry42, and PandaOmics, providing tools for designing and predicting properties of molecul...
Researchers at the University of Bath have discovered a blueprint for designing powerful fluorescent materials, paving the way for better disease detection. The team developed a molecule that was five times brighter than the original azulene molecule, providing a promising candidate for future sensing and imaging applications.
Researchers found that the brain stores memories in an overlapping manner, which may help recall past threats quickly and respond to danger faster. This could be a survival strategy rather than a flaw, guiding therapeutic approaches to address rapid 'danger mode' transitions.
The 2026 State of the Climate report finds climate progress amid intensifying risks, with seven climate-related planetary vital signs at record extremes. The report warns of accelerating global warming, reaching 2°C above pre-industrial levels before 2050.
Art teachers adapted to online teaching during the pandemic, finding effective solutions to teach practical subjects. They used teaching patterns to overcome challenges, including generative artificial intelligence and design thinking. A prototype web tool was created to share these experiences, providing a resource for future art educ...
The American Society of Hematology has released new guidelines for managing myelofibrosis, a rare and life-threatening blood cancer. The guidelines recommend expanded molecular testing, early transplant referral, and appropriate use of JAK inhibitors to improve patient care and outcomes.
The Blue Zones Research Institute will advance the scientific study of human healthspan and lifespan extension by supporting new research on long-lived human populations. The Institute will make publicly available demographic data on Blue Zones, starting with a partnership with the Human Mortality Database.
A study in California's San Joaquin Valley has identified a geographic cluster of prenatally detected fetal defects. The research team analyzed fetal sonography reports from rural and urban communities, revealing a regional pattern that suggests potential environmental and other contributing factors.
The study reveals that maternity care's accessibility and coherence depend on cooperation between specialists, and that families often need practical guidance and emotional support. The research aims to ensure consistent support throughout the maternity journey, from pregnancy to postnatal period.
A newly discovered Jurassic fossil, Yuezhuornis yangyuanensis, challenges the traditional view of early bird evolution, revealing a complex process involving the exploration of different ecological niches. The fossil's unique anatomy, including serrated teeth and a hyperextensible second toe, suggests a terrestrial, flightless lifestyle.
Researchers will investigate the role of mitochondrial function in brain health and develop potential treatments for Alzheimer's disease. The study aims to identify biomarkers for mitochondrial health and explore lifestyle strategies to support brain health as people age.
Health Allies brings healthy aging teams into affordable senior housing communities to help older adults navigate the health care system and optimize their health and well-being. Residents tend to live at home longer, be better prepared to manage their own health, and live more fulfilled lives.
A recent study by Dr. Katie Matt and Daniel Hebert found an estimated $64 billion in fraudulent claims in the Paycheck Protection Program. The researchers recommend improved applicant verification, centralized fraud prevention efforts, and enhanced oversight to prevent similar fraud in future federal relief programs.
Researchers discovered that neutrophils signal intestinal epithelial cells to undergo apoptosis after reperfusion, disrupting the intestinal barrier. Blocking THBS1, CD36, or JNK reduces injury in a mouse model, suggesting a potential target for limiting gut barrier injury in severe burns and shock.
The Center for Grassland Ecosystem Forecasting (CGEF) will use in-situ observatories and advanced models to predict grassland ecosystem dynamics. The team will work with ranchers and land managers to develop actionable forecasts and tools, supporting regenerative practices and strengthening the STEM workforce.
Scientists discovered a novel microscopic mechanism that allows two metal alloys to remain damage-tolerant at 20 kelvin, or -253°C. This process involves nanoscale 'twinning' and a local transformation of the crystal structure, creating new sites for deformation and helping the metal absorb forces around a crack.
Researchers discovered that cancer cells under pressure trigger necroptosis, a type of programmed cell death, to stop spreading. Lower levels of MLKL protein may predict metastasis, leading to new biomarkers and treatments.
Researchers found that ancient sled dogs had 6% shorter leg bones than other similar species, which may have given them an advantage in pulling loads. This skeletal pattern could help identify possible sled dogs even with incomplete archaeological remains.
A new machine-learning model improves weather forecasting for 2-6 weeks, doubling accuracy over existing forecasts. The model corrects errors in existing forecasting models, enabling forecasts that beat climatologic averages for the first time.
Researchers identified hundreds of new microexons and developed a machine learning approach to predict their impact on autism. The study found that rare genetic variants generally have the largest predicted effects on microexon splicing, and most variants associated with autism are detected among individuals without a genetic link.
Researchers created a mechatronic metamaterial that behaves like a 'time crystal,' allowing individual units to organize into a single rhythm. The material, made of elastic structures, sensors, electronics, and actuators, can be used to develop multifunctional robots that coordinate themselves without central control.
A controlled test of space-based methane monitoring found dedicated sensors correctly detected nearly all methane plumes on clear days. The results provide a benchmark for satellite systems to track leaks and identify super-emitters of the planet-warming gas, and are expected to build confidence in this field overall.
A new study from Columbia University and the University of California, Berkeley, found that microplastics can generate high-energy reactive radicals when exposed to water, contributing to biological damage. The research challenges the common view of microplastics as inert fragments and has significant implications for environmental and...
Researchers used a sturgeon analogue to model early tetrapod neck mobility, finding that it was surprisingly stiff and limited. The study's findings contradict a long-held hypothesis that neck mobility improved with the transition to land.
Researchers discovered that losartan, a commonly prescribed blood-pressure drug, stimulates brown adipose tissue activity in mice, enhancing their metabolism. This finding suggests that repurposing losartan may be a clinically viable method of stimulating brown fat, which has been linked to improved cardiovascular health and, for the f...
A chip-scale optical ring-laser gyroscope has been developed to measure rotation as slow as 37 degrees per hour, approaching Earth's rotation rate. The device's sensitivity is nearly 2,000-fold improved over previous silicon nitride Brillouin gyroscopes, making it suitable for applications such as aircraft navigation and spacecraft.
Researchers have made a breakthrough in understanding learned movements by activating just 20 brain cells, using advanced optical methods and neuron recording and stimulation techniques. The study, published in Nature, reveals that brief stimulation of these 20 neurons can trigger larger patterns of brain activity associated with a lea...
The International Society for Stem Cell Research (ISSCR) is now accepting abstract submissions and registrations for its 2027 Annual Meeting in San Francisco. The event will showcase groundbreaking discoveries and emerging technologies, including AI advancements and cell-based therapies.
Researchers developed an aging-specific screening platform that identified SRSF1 as a gene with multifaceted rejuvenation potential, reducing hallmarks of aging and extending lifespan in mice by 14%. The study provides a promising avenue for devising clinically useful de-aging strategies.
A University of Toronto research team is developing an AI-powered peptide drug discovery tool with $2.3M in funding from Google.org. The OpenPep project will create an open access database to predict peptide-protein binding, accelerating peptide medicine discovery.
The award aims to study the types of microbes found in the vagina after menopause and how they function to establish clearer guidelines for vaginal health. Dr. Cyphert's research combines cutting-edge imaging and omics datasets to identify microbes and metabolites for better understanding of vaginal health based on menopause status.
A new documentary reveals a nutritional method helping people improve and reverse type 2 diabetes. Nearly a dozen physicians and researchers share their research and scientific evidence demonstrating the diet's effectiveness.
A recent study reveals that the oxidative potential of fine particles from aircraft exhaust increases significantly as they age, making them more harmful to human health. This finding highlights the need for more effective regulations to account for the most toxic sources of fine particulate matter and their properties.
Life science organizations One Nucleus, SLAS, and ELRIG collaborate for London Bio-Innovation Week, facilitating networking and partnering opportunities. The event aims to promote open access, increase accessibility, and highlight cutting-edge research.
Researchers from the University of Osaka have developed a new reaction that uses a single carbon atom as a connecting point to join two planar molecules into a 3D structure, creating rigid spirocyclic frameworks. The resulting molecules are valuable in solar cells and electronic materials.
Researchers at the University of Vienna have developed molecular sponges from various types of plastic waste, which can capture significant amounts of moisture from the air. These sponges can hold large quantities of water and release it again under moderate heating, offering promise as a decentralized water source.
A study found that oral salbutamol improved motor function, muscle strength, and lung function in children with congenital myopathies. The treatment showed a significant reduction in time to stand up and improved grip strength.
Research reveals that local DNA motion in human cells remains nearly constant throughout interphase, despite major physical changes, such as DNA replication and nuclear growth. This stability is notable and suggests that cells maintain similar physical conditions for housekeeping genome functions.
New discoveries at Murujuga, Western Australia, reveal significant Aboriginal cultural heritage on the seabed, showcasing how First Peoples lived, transported goods, and used different places within a vast cultural landscape. The findings provide insights into a world that existed before rising seas reshaped Australia's coastline.
A new bioprinting method enables the creation of functional 3D human fat cell models with improved structural stability and accuracy. The method, which uses a support bath, allows for the incorporation of mature adipocytes into geometrically defined constructs, preserving their viability and metabolic activity.
A study of 1,600 recent medical school graduates reveals that 1/3 of OB-GYN residents develop clinical depression in their first year of training, with only 1/3 seeking help. The findings highlight a need for increased support during residency, particularly in a field dominated by women.
The Earth's climate system is rapidly becoming unstable, with seven out of 16 climate indicators at record extremes. The authors call for rapid deployment of adaptation measures, including urban cooling, wetland restoration, and resilient food systems, to mitigate the effects of climate change.
A new study published in JAMA found that starting advanced medication earlier for patients with life-threatening septic shock does not improve survival, shorten hospital stays, or improve recovery. The study suggests that clinicians can safely wait to see whether a patient's shock worsens before starting vasopressin, a medication that ...
Artificial intelligence can match human doctors in certain tasks, but human doctors are essential for making complex decisions about patient care. AI may identify a patient's medical condition, but human doctors must consider individual circumstances and make choices that work in the patient's best interest.