Researchers found that when humans receive feedback and explanations, they can outperform the better partner alone. The study highlights the importance of human learning in human–AI teams and suggests a paradigm shift in human–AI interaction research.
A molecular atlas of exercise-associated changes in mice reveals distinct responses to exercise varying by tissue, cell type, sex, and circadian phases. The atlas provides a comprehensive resource for understanding systemic molecular adaptations to endurance exercise, enabling the development of personalized exercise strategies.
Researchers at the University of Pennsylvania have developed a platform that allows opioid activity to be turned on or off with the flick of a light switch, paving the way for bypassing opioid addiction and other adverse side effects. The compound, AM-3, activates painkilling effect only where needed, allowing substantial pain relief w...
Chemists at Emory University have developed a way to significantly improve the performance of hybrid LEDs made with perovskite, achieving rates of up to 40% quantum efficiency. The breakthrough, published in Nature, could hold potential for biomedical sensing, low-light imaging, and automated facial recognition.
University of Michigan researchers discovered that oxalis, a weed commonly known as wood sorrel, produces more flowers after being exposed to low doses of the herbicide dicamba. The finding suggests that farmers and homeowners may inadvertently make weeds stronger by using herbicides on their fields or lawns.
A new study reveals how a plant's internal clock helps it respond to salt stress by triggering protective genes. Researchers found that a clock protein clusters into droplets, freeing protective genes, and that tuning crop clocks can improve stress tolerance. This discovery opens novel ways to breed more resilient crops.
A new study characterizes the use of OpenEvidence, the most widely used AI-powered clinical platform in the US, among 952,000 clinicians. Most queries were related to treatment and management decisions, with frequent requests for information outside primary specialties.
Research estimates that 25.7% of active-duty male Army personnel have a morning testosterone measurement below 300 ng/dL, and 14.7% below 264 ng/dL. Low testosterone levels are more common among older men and those with higher BMI.
Researchers have successfully restored the function of neurons linked to cognitive function and information processing in mice with Alzheimer's disease, a breakthrough that could lead to the development of a targeted therapy. The study, published in Neuron, reveals that manipulating parvalbumin interneurons can increase gamma oscillati...
JAMA AI will publish research on AI capabilities, clinical applications, and evaluation of their safety and effectiveness. The journal will focus on generative and agentic AI, clinical decision support, and AI-enabled diagnostics and therapeutics.
A new USDA-funded research project at Binghamton University's Pasture and Lawn Enhanced Diversity Global-change Experiment (PLEDGE) site investigates the effects of short-term drought on lawns. The study aims to improve water and fertilizer management, considering the growing concern of climate change and its impact on lawns.
NYU researchers have developed an AI tool to piece together broken archaeological fragments, allowing archaeologists to reconstruct fragments and gain new insights into past cultures. The project aims to improve the efficiency of refitting, a process that is currently slow and labor-intensive, and will enable researchers to analyze mor...
A study of over 3.3 million patient records found three genes (CYP2C19, SLCO1B1, and CYP2C9) covering medication exposure in at least 98% of records. This provides a basis for targeted genetic testing to support personalized medication management.
Researchers at Mount Sinai will test a community-based primary care model to address high blood pressure in rural Ghana. The approach aims to provide care through community health workers and nurses, with a 90% success rate in a pilot study.
UT MD Anderson Cancer Center has made significant advancements in cancer care, including the development of a covalent Werner helicase inhibitor, which showed promising antitumor efficacy in a Phase 1 trial. Additionally, a multicenter clinical trial found that tile-based radiation therapy improved tumor control and lowered the risk of...
A new study by University at Buffalo researchers found that delivering fresh produce directly to participants' homes significantly increased redemption rates, reaching nearly 90%. The study also found that adding meal kits to the program did not improve produce use, but provided additional food security benefits.
A new study at UT Arlington uses AI to reduce radiation exposure in heart scans without sacrificing diagnostic accuracy. The project, led by Mingwu Jin, aims to substantially lower radiation doses using deep learning-based reconstruction methods.
Dr. LaBelle leads the pediatric cancer and blood diseases program at the Chicagoland Children's Health Alliance and UChicago Medicine, expanding clinical trials and integration of services. He brings expertise in stem cell transplant, cellular therapies, and cancer immunology to improve outcomes for children with cancer and sickle cell...
Researchers at Aarhus University discovered how plants use a receptor called CHIP13 to detect long chitin chains associated with fungal attacks, while another receptor CERK6 is necessary for passing on signals to the plant's immune system. This complex system allows plants to recognize and respond to different microbial signals.
A new study of 50 bird and bat species found that once atmospheric conditions are accounted for, flying can be the cheapest form of travel. The study, published in Science, showed that birds that ride rising currents and soar can significantly reduce their energy bill, making flying cheaper than swimming. This new framework offers a ke...
A team of researchers found that immune cells can both attack and protect cells needed to rebuild tissue, highlighting the delicate balance of immune cells in tissue regeneration. Regulatory T cells protected the bone-making cells from attack by other immune cells, while CD4+ T cells inhibited regeneration.
A recent study found that paid family and medical leave policies are widely available but inconsistently implemented across US academic radiology and radiation oncology departments. Most programs require faculty to use vacation or sick time with variable allowance, and few employees utilized leave in the previous year.
Researchers analyzed data from 461,682 adults and found no association between overall ultra-processed food intake and colorectal cancer incidence, but found associations with whole grains and dairy products, and a 2% lower incidence with replacing 10% of UPF intake with minimally processed foods
A global survey using satellite observations of 15,000 ice cliffs provides new evidence to evaluate the Marine Ice-Cliff Instability theory, which proposes that extremely tall ice cliffs can become structurally unstable and trigger rapid ice loss. The study suggests that ice-sheet models may underestimate how quickly tall ice cliffs ca...
Southern right whales were tracked from New Zealand to Australia, finding that different routes, with varying travel times, allowed them to reach feeding grounds simultaneously.
Tall ice cliffs in Antarctica and Greenland calve more quickly than thought, with the likelihood of catastrophic ice retreat being limited by gradual changes in ice thickness. Researchers found that cliffs in areas with rapidly flowing glaciers tend to be taller and more prone to calving.
Researchers analyzed 17 years of GPS and acceleration data from 850 animals to find that atmospheric conditions play a crucial role in reducing energy costs of flight, with soaring birds experiencing minimal energy expenditure. The study challenges traditional views on flight energetic costs, suggesting that atmospheric conditions shou...
Researchers introduced RFdiffusion3, a generative AI system that designs proteins and nucleic acids at the atomic level, enabling precise control over molecular interactions. The tool outperforms previous approaches in designing protein structures and organizing catalytic sites, producing functional enzymes from scratch.
Researchers at FSU used ultrahigh-resolution mass spectrometry to identify molecular fingerprints of human activity in water systems worldwide. The study reveals changes in dissolved organic matter composition can diagnose human impacts on aquatic environments.
A study from Tufts University found that exposure to hormone-disrupting chemicals may alter normal breast development, leading to molecular changes that could increase breast cancer risk. The study used 3D organoid models of breast tissue to simulate the effects of different chemicals on breast development.
Caltech-led researchers create a deep-learning model that can predict irreversible shifts in climate and other systems, known as tipping points. The model, called a recurrent neural operator (RNO), uses a built-in memory to track changes in physics and detect when predictions no longer make sense, indicating a tipping point is imminent.
Researchers at Ohio State University have discovered a method to strengthen metal alloys by organizing defects in dense networks, resulting in increased stress resistance and resistance to warping at high temperatures. This approach could complement conventional materials design and pave the way for richer design principles in engineer...
Upstate Medical University has been awarded $1.5 million to create an advanced research center for brain diseases, including Alzheimer's, Parkinson's, and stroke, as part of the SUNY Brain Institute. The center will integrate biospecimens, induced pluripotent stem cells, and organoid models to support human-centered neuroscience research.
A new study found significant disparities in access to anti-amyloid Alzheimer's treatments, with Black adults and Hispanic adults having lower odds of receiving the medication. However, once treatment began, patients were equally likely to take the medication as prescribed, regardless of their race or ethnicity.
Researchers have identified genetic differences between humans and chimpanzees that affect gene activity, shedding light on human evolution and degenerative skeletal diseases. The study suggests humans evolved to have lower levels of molecules that help cartilage retain water and withstand pressure, potentially contributing to conditio...
A Michigan State University study found that anger can motivate political activism, but only if people believe they can effect change. Those who felt powerless due to their anger were less likely to vote. The study suggests that campaigns should focus on offering concrete ways for people to act, rather than relying on extreme anger to ...
A new study found that contact with natural environments positively influences intuitive eating habits, with pathways involving body appreciation and self-compassion being key. The research suggests that nature exposure can promote healthier eating behaviors, particularly when combined with greater self-awareness and emotional regulation.
Researchers at the Stowers Institute for Medical Research have discovered that cell division plays a crucial role in reshaping tissues, allowing them to maintain their structure despite constant cell growth. By studying epithelial tissues, including the intestinal lining, the team found that cell division triggers a coordinated series ...
Researchers at McMaster University discovered that a naturally occurring protein, interferon lambda, helps control viral infections, lowers inflammatory molecules, and strengthens immune responses. The protein appears to strike a balance between fighting viruses and reducing inflammation, offering a promising approach to future therapies.
In a breakthrough, scientists discovered that Alzheimer's disease disrupts the brain's pacemaker cells, causing gamma oscillations to falter. By boosting levels of a specific protein, researchers were able to restore normal brain rhythms and improve cognitive function, offering a promising therapeutic target for the disease.
A large-scale study has developed a comprehensive method for detecting DNA mutations across the human genome, improving the detection of somatic mutations in noncancerous tissues. The analysis of over 90 trillion DNA letters revealed significant increases in the detection of large DNA changes using long-read sequencing, which also unco...
A Rutgers study of 7,810 adults found that knowing someone who died by firearm suicide increases recognition of suicide risk but doesn't necessarily lead to more secure storage. Firearm owners who experienced a loss due to firearm suicide are more likely to store their firearms both unlocked and loaded.
A new study found evidence of identical genetic changes in multiple lineages separated by over 600 million years, suggesting adaptive molecular convergence is more common than previously thought. The study suggests a complex relationship between genetic and phenotypic convergence, with genetic similarities not always predicting physica...
Researchers have developed a new method to deliver disease-fighting antibodies directly to the brain, using extracellular vesicles to bypass the blood-brain barrier. This approach shows potential in treating neurodegenerative diseases such as Alzheimer's, Parkinson's, and ALS, by improving the elimination of pathological proteins.
Emerging market dilution theory proposes AI-generated content could undermine entire markets for human-created works, but experts argue it oversimplifies human-AI creativity relationships. The authors suggest clarification through collaboration, data, and surveys to evaluate AI's impact on creative markets.
Researchers analyzed 15,000 ice cliffs over 4 years, finding cliffs that collapsed did so faster than predicted, but quickly stabilized, contradicting a key glacial science model. Thicker mélange and deeper water also stabilized cliffs, suggesting a more complex system than previously thought.
Researchers at the Hubrecht Institute discovered that chemical signals oscillate at different rhythms in different cells of the small intestine. Altering the frequency of these oscillations changes the balance of cell types that form, which may improve our understanding of tissue maintenance and disrupted signaling dynamics contributin...
Researchers developed a modular fabrication method to convert individual atomic layers of a 2D crystal into semiconducting, insulating, and semimetallic regions. This approach achieved highly efficient switching and improved electrical contacts, enabling the creation of complete high-performance transistors.
Researchers at Drexel University analyzed data from four Philadelphia watersheds, finding that dissolved oxygen levels fluctuate with temperature, flow volume, and microorganisms. The study highlights the need to understand how different watersheds respond to sewage overflows to mitigate their negative effects on ecosystems.
Children and young people are broadly supportive of using health data for research, but want strong safeguards, transparency, and greater involvement in data use decisions. They are concerned about data loss, misuse, and lack of trust, especially with private companies involved.
Researchers developed a novel composite hydrogel film with controlled release of antioxidant phycocyanin, showing strong antibacterial activity and remarkable antioxidant capacity. The film's structure and release mechanism were optimized for sustained release and bioactivity retention.
Researchers at Kyoto University developed a new super ductile steel alloy that achieves both high strength and flexibility through sequential activation of strengthening mechanisms. The alloy has exceptional uniform elongation of nearly 140 percent, delaying strain localization over a large strain range.
The study analyzed data from 4,258,033 adults and found that different obesity indices, such as the Chinese visceral adiposity index (CVAI) and triglyceride-glucose index (TyG), can identify risks for major chronic diseases like cardiovascular disease and diabetes more accurately than BMI alone. However, these measures have limited abi...
Researchers found silicate melts can store substantial excess oxygen, which could have oxidized the shallow mantle, crust, and atmosphere. The study proposes a possible pathway linking Earth's deep interior to its oxygen-rich surface and atmosphere.
In a groundbreaking study, researchers found that the immune system of mice relies on continuous signals from their gut microbiota to maintain immune competence after weaning. This discovery redefines postnatal immune maturation, highlighting the crucial role of microbiota in shaping the immune system.
Researchers at RIKEN have developed a scalable protocol to mitigate control errors in silicon spin qubits, enabling high-fidelity control of multiple qubits. This breakthrough paves the way for the creation of larger quantum processors capable of complex computations.
Researchers found that naming a chicken and its individual characteristics can reduce children's willingness to eat poultry, promoting empathy and environmental sustainability. However, the effect only applies to children with moderate meat interest and not to pork meat or those who strongly like meat.
Umbilical cord blood's diverse components, including T cells and regulatory T cells, offer therapeutic strategies for cancer and immune disorders. Researchers explore ways to expand and engineer immune cells, as well as tune immune responses to reduce inflammation and graft-versus-host disease.
New research found that positive childhood experiences, such as supportive friendships and relationships, are linked to better mental health in early adulthood. The study suggests that these experiences provide additional protection for mental health, alongside other influences, and may be more important than previously thought.
This book examines the nutritional value and health benefits of Brassica vegetables, including their bioactive compounds such as glucosinolates, phenolics, and carotenoids. It discusses their potential benefits for human health and disease prevention, as well as their use as functional foods.
Researchers propose a novel self-supervised reconstruction framework for single-pixel imaging that decouples measurement and reconstruction resolution. This enables high-pixel-resolution imaging from low-dimensional measurements, overcoming resolution limitations in conventional single-pixel imaging.
Biosensor technology is being explored for neurological diagnosis, monitoring, and personalized care. Advances in biosensors and biomarker research are creating new opportunities for effective detection, monitoring, and understanding of neurological disorders.
Elke Deuerling's research project investigates whether age-related changes in protein synthesis contribute to neurodegenerative diseases like Alzheimer's and Parkinson's. By targeting the process of protein synthesis, her team aims to prevent the formation of toxic proteins that can lead to disease progression.
A decade-long study in California has found that select earthquake forecasting models can consistently describe patterns of earthquake activity over the following day. The study provides strong evidence for the use of these models in public operational forecasting systems, potentially improving disaster preparedness for millions.
Researchers designed a new lipid recipe that improves mRNA delivery precision, reducing liver accumulation and improving local expression. The new formulation, SM102M, showed strong local expression while sharply reducing liver expression in mice, and maintained delivery over repeated doses.
Steffen Mau recognized for his sociological research on social inequality, welfare state, Europeanisation, and digitalisation. His work combines empirical data, historical context, and sociological theory to understand societal transformation and its impact on politics and democracy.
A new control theory framework introduces a mathematical framework for understanding aging and guiding the development of therapies. The framework prioritizes maintaining or recovering acceptable physiological function, rather than targeting every molecular feature to a youthful state.
A study by Ruhr University Bochum finds that exchange rates react to protectionist measures, with countries heavily reliant on US exports seeing their currencies devalue. Emerging markets are disproportionately affected, but some nations have more resilient financial markets and currency reserves.
Researchers at the University of Surrey have developed a lower-toxicity way to make perovskite solar modules at scale, using safer solvents and simpler coating steps. The new approach enables continuous, high-throughput production and reduces the need for hazardous solvents and waste treatment.
A team of researchers from IBEC identified a synthetic peptide, P33, that reduces amyloid beta production in cultured neurons and mice with Alzheimer's disease. The study found that P33 selectively slows down BACE1 activity without damaging cells.
Researchers at UC3M and University de Zaragoza are developing AI-driven epidemiological models that can replicate human behavior during epidemics, incorporating socioeconomic factors and social determinants. The project aims to create more accurate models that can inform public health decisions and reduce existing inequalities.
The Soils for Europe Conference marked a shift from research to action for the EU's 'A Soil Deal for Europe' mission. The conference highlighted key outputs, including the official launch of the Soil Data Catalogue and a policy session on the CAP and soil health.
As of 7 October 2026, EU countries have reported 1,715 locally acquired human cases of West Nile virus infection, the highest number ever recorded. Despite the record number of reported cases, there is currently no indication of increased severity this year.
Curcumin nanoparticles improve ovarian and uterine recovery from cadmium toxicity in rats, achieving near-complete restoration of tissue. The nanoparticles' sustained-release vehicle improves curcumin's stability, cellular uptake, and tissue distribution.
The Montefiore Einstein Comprehensive Cancer Center has appointed senior leaders to advance research and programs in basic, translational, clinical, and population science. H. Dean Hosgood and Wenjun Guo will lead initiatives on population and community sciences and tumor microenvironment and metastasis, respectively.
Researchers used AI to analyze nearly 150,000 Reddit posts about unapproved GLP-1 weight loss drug retatrutide, identifying potential side effects that differ from clinical trial results. The study found increased appetite to be the most frequently reported symptom, which contrasts with gastrointestinal complaints identified in Phase 2...
A UCF researcher will investigate the critical challenges affecting drinking water infrastructure, including microbial growth, pipe materials, and disinfectants. The study aims to understand the interactions among these factors to mitigate corrosion and improve public health outcomes.
The study reveals that 12 of the 17 visual opsins found in the mantis shrimp's median band detect red light, with three bistable opsins switching reversibly between two stable states when absorbing light. This discovery has potential applications in optogenetics, enabling expand sensitivity to be achieved at 687 nanometres.
Research found that young people who consume more caffeine sleep less and show small differences in brain development, with a higher risk of mental health problems. Caffeine intake as low as one cup per week was linked to lower surface area across the brain's outer layer.
The $5 billion DOE Genesis Mission aims to create an AI ecosystem to accelerate nuclear reactor deployment and reduce operating costs. University of Tennessee's Professor Nick Brown leads a team developing AI-based tools to evaluate reactor design and safety, with the goal of deploying a commercial-grade platform in 2027.
A study found a 145% increase in VPN interest and a 147% rise in Google searches for VPNs following the UK Online Safety Act's age verification checks. Researchers warn that users may unknowingly use high-risk VPN services that track and sell user data.
The Binghamton University team fabricated villi-inspired structures out of a polymer hydrogel, seeded with bacteria to generate electricity. They maintained a stable output of about 0.75 volts for at least 14 hours, enough to power small LEDs or microsensors.
Researchers developed a hybrid photonic platform that integrates quantum emitters with photonic devices, enabling deterministic interactions between photons and diamond-based qubits. The platform, combining gallium phosphide with diamond, could help make quantum networks more practical by providing a way to connect quantum devices over...
Researchers Dr. Hutan Ashrafian and Dr. Ahmad Guni discuss the expanding capabilities of medical AI, including predictive and preventive applications, and the need for technical and health-system advances to improve health outcomes. They will explore the safeguards needed for responsible and equitable adoption of increasingly capable A...
Researchers at ULiège are developing AI models to predict which HPV infections will progress to cancer, integrating biological data and aiming for more personalized care. Despite significant progress, no current biomarker allows for reliable prediction, and the complexity of HPV carcinogenesis poses a major challenge.
A new single-injection treatment for osteoarthritis aims to reverse joint damage. The treatment uses a smart cell approach to regenerate cartilage and suppress inflammatory signaling, offering a potential new treatment option for the condition affecting 33 million people in the US.
Researchers develop experimental modeling method to streamline chemical prediction, enabling more accurate predictions across various applications. By using competition experiments and 3D electronic-state analysis, the approach predicts reaction rates and selectivity, reducing trial and error in industrial processes.
Researchers at UCLA Health Jonsson Comprehensive Cancer Center used CRISPR screen to identify key molecular pathway driving T-cell exhaustion in cancer-fighting immune cells. Disabling the pathway, CRL5, allowed engineered immune cells to stay active longer and fight solid tumors more effectively in preclinical studies.
Conservation experts highlight the importance of recognizing places that sustain biodiversity beyond national parks, including Indigenous communities and private landowners. Effective governance and management are crucial for lasting benefits. The review aims to support widening conservation efforts and strengthening relationships betw...
A 75,000-year-old Neanderthal scapula shows a circular perforation, likely made by a sharpened wooden spear, causing rapid death. The wound's position and fragmentation suggest an intended 'heart shot', with hints of deliberate violence.
A mathematical model examines how electric vehicle commuters respond to limited parking, finding that parking permits can reduce competition and improve travel efficiency. The study suggests that tradable permits can provide equitable outcomes, while system-optimum allocation schemes can substantially improve overall efficiency.
The Alamouti-OFDM system mitigates destructive interference in multi-transmitter wireless communications by leveraging OFDM characteristics, achieving significant performance gains and reliable communication. The system outperforms traditional schemes under both aligned and misaligned conditions, making it an effective solution for rea...
A high-entropy alloy introduces a distorted interface to magnesium hydride, weakening interfacial Mg–H bonds and reducing activation energy by 30%. This boosts dehydrogenation kinetics, lowering the dehydrogenation temperature by 74°C. The alloy also enables rapid hydrogenation and sustained cycling stability.
A Central South University team developed a hybrid prediction model to give mobile robots a
Researchers developed an asymmetric polarization strategy to improve photocatalytic H2O2 production in covalent triazine frameworks. The resulting CTF-P1 exhibits enhanced polarization, internal electric field, and efficient charge separation and transport, achieving high H2O2 production rates.
A new transmission framework integrates PAPR reduction with digital post-distortion method, achieving better balance between PA efficiency and BER performance in OFDM systems. The framework developed a novel receiver-side algorithm, SDFNE, to mitigate nonlinear distortion caused by companding operations and PA nonlinearity.
Researchers developed a stretchable dry electrode inspired by spider silk, achieving stable resistance during stretching and high-fidelity electrophysiological interfaces. The 'bead-on-string' structure enabled long-term use of wearable devices, tolerating up to 400% strain without significant impedance changes.
Researchers discovered the APOE4 gene variant suppresses Wnt signaling, a key molecular pathway for oligodendrocyte function. The team demonstrates an intervention, GSK3b inhibition, to restore Wnt signaling and myelination, showing potential for preventing Alzheimer's disease.
A new study finds that prenatal nicotine exposure can lead to increased flu severity in adulthood, altering lung immune cells and blood stem cells. In mice models, nicotine exposure during pregnancy and shortly after birth impairs the development of these cells, making offspring more susceptible to respiratory infections.
Researchers linked ultra-processed food consumption to increased brain damage in healthy middle-aged adults, suggesting a potential link between diet and brain health. Those with the highest intake of ultra-processed foods were 40% more likely to show signs of brain damage compared to those with the lowest intake.
Researchers found that nicotine exposure during pregnancy and early childhood can disrupt the development of blood-forming stem cells, leading to a more damaging response to influenza infection in adulthood. This can result in increased inflammation, more severe lung damage, and greater weight loss.
A recent study by UCSF researchers found that while over-the-counter hearing aids have lowered costs, many consumers struggle to navigate their options, find expert help, and secure coverage. The study suggests that consumers need trustworthy information, professional guidance, and coverage policies that reflect the new market.
Charité has established a new HIV cure research center, BeCURE, to improve the outlook for people living with HIV. The center aims to develop targeted antibody, immune, cell, and gene therapies to eliminate or keep the virus in check.
The Simons Foundation is launching a $15M initiative to support mathematicians in navigating the AI era, leveraging AI tools and shaping collective standards. The foundation will provide funding, resources, and community-driven initiatives to help researchers adapt to changes in the field.
A new American College of Cardiology Scientific Statement recommends prescribing exercise that is safe, achievable and sustainable over time to treat and prevent heart disease. Regular physical activity improves exercise capacity, reduces hospitalization and enhances quality of life, with small increases producing meaningful benefits.
Harvard's new ExpressPath licensing model helps startups launch faster by providing market-rate financial terms and a simplified license agreement. Researchers can review terms and license agreement online, reducing friction and uncertainty in the licensing process.
A study published in Cancer Discovery found that cabergoline reduced breast cancer risk by 70% in women who took the medication after childbirth. The drug may also enhance the natural process of breast involution, which can help prevent cancer.
Dr. Francis Sessions Cole, III, has made significant contributions to neonatal health through basic and translational research, expanding understanding of surfactant dysfunction and congenital disease. His work has advanced the use of genomic medicine to diagnose complex pediatric conditions, earning him national and international reco...
Blood Cancer United has awarded a $2.5 million grant to a research team led by Melissa Beauchemin to improve clinical trial participation among adolescents, young adults, and older adults with blood cancer. The study aims to address barriers to access and participation, including delayed identification and fragmented referral pathways.
Researchers at the University of Tokyo developed a new AI model, MatterGen-e, which designs electronic structure and crystal structure together for new materials. The model produces substantially more valid and novel structures than a previous model, and provides density of states for newly generated materials.
The Texas Academy of Medicine, Engineering, Science and Technology (TAMEST) has selected Pete Winstead and Winstead PC for the 2027 Kay Bailey Hutchison Distinguished Service Award for their extraordinary leadership and commitment to fostering collaboration and advancing excellence in science, medicine, engineering, and technology. The...
The completion of the Large-Sized Telescope sub-array marks a significant milestone for gamma-ray astronomy, allowing for the detection of faint Cherenkov light flashes and probing the extreme universe. The four telescopes will provide substantially improved sensitivity, angular resolution, and energy reconstruction, opening up new lev...
A comprehensive dataset reveals how climate policy affects national assets, with countries in Africa and with high solar energy potential set to benefit, while fossil fuel-dependent nations may lose out. The study highlights the need for international cooperation and targeted incentives to foster a global climate policy that benefits a...
Researchers at Aston University have engineered vegan honey alternatives with antimicrobial properties similar to mānuka honey, a natural product known for its antibacterial activity. The vegan honey formulations were tested against a culture of a highly drug-resistant bacterium, with promising results.
A recent study by the Complexity Science Hub found that research institutions worldwide are converging on research topics, with new hires aligning closely with existing profiles. This convergence is observed in various fields, with higher alignment in biomedical and health sciences. The study suggests that collaboration plays an import...
Heart failure alters the bone marrow, reducing protective cells that regulate inflammation, reports a study conducted at Science Tokyo. The bone marrow niche is found to play an important role in transmitting the effects of cardiac stress to blood cell forming stem cells.
According to a new poll, 60% of older adults spend less than an hour choosing their Medicare coverage during Open Enrollment, with 27% not reviewing their options at all. 80% stick with their current coverage, and 25% consult Medicare's plan-finding tool or hotline as their most important source of information.
Scientists have identified Id3 as a key molecular regulator of low-intensity pulsed ultrasound (LIPUS)-induced bone formation. An Id3 inhibitory peptide, rID3, combined with LIPUS, enhances osteogenesis and improves bone-defect healing in mice. The study provides a potential strategy for enhancing ultrasound-based bone regeneration.
Recent climate research highlights the connection between soil moisture and summertime warming in the western US, and identifies a unique Santa Ana wind subtype linked to wildfires. AI chatbots struggle to accurately reproduce local climate information, but improved placement of coordinates can reduce errors.
A new study suggests that highly sensitive people are not more emotionally reactive to everyday conditions, but rather attuned to social cues and signs of safety or potential threats. They may benefit more from supportive relationships and positive experiences.
Researchers are conducting a clinical trial to evaluate the effectiveness of a liquid biopsy test in detecting early-stage breast cancer. The test aims to identify rare cancer-associated cells and tumor-associated large extracellular vesicles, which can potentially provide additional information about cancer screening and detection.
Researchers identified a transformation of lung tissue structure and cellular communication, linking to fibrosis progression. The study found that severe COVID-19 triggers changes in cell populations, signaling, and growth factors, such as TGF-β, that drive fibrosis.
Scientists discovered a brain-protective molecule, Pla2g2f, that preserves memory during aging and may help delay or prevent Alzheimer's disease. Increasing Pla2g2f levels in the aging brain could potentially improve cognitive resilience and reduce the risk of age-related cognitive decline.
The CHEST Pulmonary APP Certification Program will provide a standardized pathway for pulmonary advanced practice providers, recognizing their skills and knowledge. The program's development involves engagement with pulmonary APPs, physicians, and stakeholders, building on CHEST's experience in launching the Critical Care APP Certifica...
Researchers discovered the STING signaling pathway is activated in bone marrow macrophages during aging, contributing to bone loss. The pathway is activated by fat cells, leading to inflammation and NAD+ depletion, which prevents bone formation.
Researchers in Mozambique have discovered ancient peat reefs, teeming with marine life and biodiversity comparable to coral reefs. The discovery raises questions about the role of peat reefs in carbon storage and biodiversity, and how to protect them. The peat reefs, made of compressed carbon-rich remains, are home to a variety of mari...
Parents of medically complex children create strategies to mitigate safety risks, but often don't share these challenges with their care team. Stronger partnerships and communication between care teams and parents can help prevent safety events and promote a safer environment.
Researchers from TU Graz discovered critical vulnerabilities in data migration tools, allowing attackers to spy on private user data. The tools, used by major Android manufacturers, pose significant security risks, especially in crowded areas.