Articles tagged with Research Organizations
Scientists have dated prehistoric rock paintings in southern Africa up to 5500 years old, surpassing previous estimates. The technique used reveals that these paintings were made over a long period, with some sites producing similar art for over 1,000 years.
New research reveals the brain is a co-operative continuum for learning and memory, with different regions working together to reduce ambiguity. This understanding could lead to new treatments for cognitive diseases like Alzheimer's, where interference may be the cause of memory loss rather than forgetting.
Researchers at Lanzalab developed a compact model to describe the functioning of RRAM devices using graphene/h-BN/graphene van der Waals structures. The model accurately predicts the device's behavior and explains dispersion in cycle-to-cycle data, enabling simulation and mass production.
Scientists are developing chickpea varieties that can thrive in arid conditions, aiming to improve yields from 1.5 tonnes to 5 tonnes per hectare. The research uses low-cost imaging and computing techniques to identify resilient traits and develop algorithms for breeding high-performance varieties.
TU Dresden will establish two new Collaborative Research Centres (CRCs) and continue a third CRC, receiving significant funding from the German Research Foundation (DFG). The new CRCs focus on interdisciplinary research topics such as vituperations and insults, and the adrenal's role in stress and disease.
Researchers at MIT developed a composite material inspired by conch shells, showing 85% better crack propagation prevention than traditional materials. The 3-tiered structure combines strength and toughness, allowing for individualized, personalized helmets and body armor.
Researchers found that graphene covers weaken adsorption on Pt(111) surfaces, enabling modulation of surface reactions and promoting oxygen reduction reaction activity. This study demonstrates the potential of 2D materials in designing high-performance nanocatalysts.
A large study found that consuming moderate amounts of chocolate was associated with a significantly lower risk of atrial fibrillation, a common and dangerous type of irregular heartbeat. The study suggested that even small amounts of cocoa consumption can have a positive health impact.
A global research team has identified a new gene behind autosomal recessive polycystic kidney disease (ARPKD), a rare form of childhood kidney disease. The discovery uses whole exome sequencing to analyze genes simultaneously, revealing errors in the DZIP1L gene that cause kidney defects.
Scientists have developed a conductive paper that can contribute to flexible electronics, enabling scalable production on a large scale. The material, which costs $1.30 per square meter, conducts electricity while maintaining durability, making it suitable for future flexible electronics.
A new study by University of Arizona researcher Russell Toomey found that LGB-specific strategies promote health and reduced likelihood of dropping out of high school. Cognitive and alternative-seeking strategies were associated with poorer adjustment, depressive symptoms, and lower self-esteem.
Researchers at Stanford University created a new approach to crowdsourcing complex tasks called flash organizations. Flash organizations combine virtual hierarchies with traditional crowdsourcing, enabling experts to assemble and adjust rapidly.
A new theory from McGill University researchers suggests that protecting remnant habitats and corridors can help preserve biodiversity by allowing species to move in response to environmental change. This approach is crucial for maintaining ecosystem structure and preventing extinctions.
The ORION project aims to explore ways to open up research funding, organization, and processes to the public. It will develop good practices and concrete actions for research organizations to implement Open Science and Responsible Research Innovation (RRI). The project will generate new training content, share lessons learned, and dis...
The Biogerontology Research Foundation will present its work on applying artificial intelligence and deep learning to combat aging and age-related disease. The foundation has published seminal papers demonstrating the potential of these approaches to accelerate drug discovery and development, reducing costs and risks.
The Biogerontology Research Foundation is helping to develop artificial intelligence for accelerated drug discovery in aging and age-related diseases. Researchers have made significant progress in using deep learning-based approaches to characterize biomarkers of ageing and predict the chronological age of patients.
The Plant-Biotic Interactions program aims to provide a deeper understanding of complex relationships between plants, microbes, and other organisms. Research funded through this program may lead to novel cropping systems that help plants thrive in extreme environments.
Researchers analyzed atmospheric temperatures and dust for 720,000 years, finding frequent climate fluctuations during glacial periods. Climate simulations revealed global cooling and freshwater inflow as key factors causing instability.
The American Gastroenterological Association (AGA) has announced its 2017 Research Foundation award recipients, supporting talented investigators in digestive disease research. The awardees will receive grant funding and protected time for research, contributing to advancements in gastroenterology.
A study found that physical activity can reduce the weight-gaining effects of the strongest known genetic risk factor for obesity, the FTO gene. Accounting for physical activity also identified 11 novel genetic variants linked to obesity.
A RAND report identifies conditions that would help North Korean elites accept unification, including individual safety, wealth, and meaningful contributions. The report recommends actions by the ROK to address these concerns and prepare for potential unification.
A recent study found that people who had a truncal vagotomy at least five years earlier were 40% less likely to develop Parkinson's disease than those who did not have the surgery. The study suggests that the gut may play a role in the development of Parkinson's disease, which often involves gastrointestinal problems.
Researchers have identified a previously unrecognized step in muscle regeneration, highlighting the molecular mechanisms that impair muscle stem cells with age. The study also provides insight into the connection between accelerated muscle stem cell aging and muscular dystrophies.
Researchers demonstrate a 1/3 reduction in thermal resistance using WOW technology for 3D DRAM applications, improving heat dissipation and enabling higher stacking capacities. The study identifies key factors contributing to thermal resistance and achieves a significant reduction in temperature rise.
Researchers found that dominant banded mongooses target close female relatives for eviction due to their ability to resist, reducing competition for offspring. This behaviour is in contrast to expected social norms and highlights the importance of latent threats on social behavior.
Researchers found that brain regions for missing body parts are repurposed in congenital one-handers, suggesting a new understanding of brain organization based on function rather than body part. This discovery reveals remarkable brain plasticity and holds potential for developing prosthetic limbs.
Physicist Laurens Molenkamp has won an Advanced Grant from the European Research Council to study exotic superconductors in topological insulators. This project aims to explore their potential use in quantum computers.
Two UChicago studies were recognized as among the top three clinical research papers of 2016 by the Clinical Research Forum. Geneticist Carole Ober and immunologist Anne Sperling led a study showing that house dust mites from Amish homes suppressed allergic asthma in young children. Another team, led by pulmonologist John P. Kress, fou...
A research group at Toyohashi University of Technology has developed a technology that can recognize Japanese digits and monosyllables with 90% and 60% accuracy, respectively, using brain waves. This achievement paves the way for an EEG-activated typewriter and potentially empowers handicapped individuals to regain voice communication.
Researchers at TSRI have developed a broad and strikingly easy method for synthesizing boronic acid-based drugs, which could treat COPD and cystic fibrosis. The new method uses inexpensive carboxylic acids to create similar structures, offering potential for superior properties.
The European Union has funded two projects at Goethe University Frankfurt: one on producing environmentally friendly fuels from bacteria that can use carbon dioxide as a feedstock, and another on understanding how bacteria manipulate the ubiquitin system to their advantage in infectious diseases such as Salmonella and Shigella.
A new study by Scripps Research Institute reveals a key difference in the brains of alcohol-dependent and nondependent rats. Alcohol increases activity in the central amygdala through two distinct brain signaling pathways, which can be targeted for personalized treatments.
Three TU Dresden scientists, Prof. Stephan Grill, Frank Buchholz, and Stefan Kaskel, receive significant ERC Advanced Grants to advance research in embryo development, efficient genetic surgery, and pressure amplifying materials with potential applications in energy and environmental technologies
The EPSRC-funded projects explore new uses for digital distributed ledgers in energy, healthcare and finance. The research aims to improve transparency, security and privacy while enabling disruptive changes in the economy and society.
A team from CRAG has found that the regulation of protein activity through SUMOylation is crucial for plants to protect themselves against fungal infections. Plants with compromised SUMOylation show increased susceptibility to necrotrophic fungal infections.
The European Research Council awards €2.4M to Thomas Sunn Pedersen for creating the world's first matter-antimatter plasma. The plasma is expected to exhibit extraordinary properties and may reveal new discoveries in astrophysics.
The study identifies variables that attract and repel young Spanish researchers, highlighting the importance of social capabilities in retaining scientists. Attracting researchers involves differential advantages such as research career, training, funding, and institutional prestige, while retention focuses on social factors like work ...
A research team from the University of Freiburg has developed a new method to create microprobes that can grow into neural tissue without causing inflammation. These probes can deliver strong signals even after twelve weeks, opening up new possibilities for diagnoses and treatments for conditions like Parkinson's.
The US Air Force and Walt Disney Company have been recognized for their pioneering use of operations research (O.R.) to improve decision-making processes. The organizations have effectively integrated O.R. into their daily operations, resulting in enhanced efficiency, effectiveness, and innovation.
New research suggests that carbon dioxide concentrations will head towards values not seen since the Triassic period due to human activities. The study finds that if humanity fails to tackle rising CO2, by AD 2250 CO2 levels could reach 2000 ppm, potentially unprecedented in 420 million years.
Dr. French is recognized for his groundbreaking research and extensive writing about alcoholic liver disease, totaling over 450 peer-reviewed papers and 19,470 citations.
Researchers at the University of Sydney have made a photonics breakthrough, achieving radio frequency signal control at sub-nanosecond time scales on a chip-scale optical device. This achievement could unlock the bandwidth bottleneck faced by wireless networks worldwide, enabling broader bandwidth instantaneously to more users.
Researchers found that certain white blood cells, known as BK virus-specific CD8 killer T lymphocytes, significantly increase in patients who can control the virus. These cells can be propagated in cell cultures and may contribute to developing vaccines and adoptive T-cell therapy.
A consortium of UK universities has been awarded £3 million to establish a national high-performance computing facility for machine learning. The Joint Academic Data Science Endeavour (JADE) will provide computational resources for researchers in machine learning and data science.
A study found that the carbon footprint of acquisitive and violent crime dropped from 7 million tonnes CO2e in 1995 to below 3 million tonnes CO2e by 2015. This represents a cumulative reduction of 54 million tonnes CO2e over this period, alongside a 30% decrease in crime.
Researchers from CRAG and Sequentia Biotech have developed transgenic plants that produce twice as much artemisinin as traditional plants. The study identifies the AaMYB1 gene involved in artemisinin synthesis and trichome formation, offering a potential solution to reduce production costs and make antimalarial drugs more accessible.
The six HPC centres will enable new discoveries, drive innovation, and provide access to powerful computers for researchers. The centres will be used for various applications such as predicting jet engine performance, exploring new materials, and developing driverless cars.
Scientists developed a new method to map molecule assembly for discovering new materials. This approach predicts material properties and optimizes molecular structures for specific applications.
Researchers at Tohoku University successfully demonstrated quadruped gait transition phenomena by changing only speed parameters. The energy-efficient profile of the robot's gait patterns matched those measured in horses.
A Phase 2 clinical trial of trofinetide in girls with Rett syndrome aged 5-15 showed statistically significant clinical benefits, including improvements in the Rett Syndrome Behavior Questionnaire and Clinical Global Impression of Improvement. The high dose of trofinetide was well-tolerated with no dose-limiting effects observed.
Researchers demonstrated steady state lasing with colloidal quantum dots, a crucial step towards practical laser technology. The unique shape of the quantum dots, resembling a flying saucer, overcame limitations in previous lasers.
A team led by Dr. Dan Stowell is developing a new approach to machine learning using the dawn chorus, enabling computers to analyze sounds and identify patterns. The research has potential applications in areas such as climate change analysis, historic birdsong recordings, and improving human language understanding.
The Resilient Materials 4 Life (RM4L) project aims to create smart materials that adapt, develop immunity, and self-heal. This research has the potential to revolutionize infrastructure maintenance costs and protect the UK's built environment.
The Human Frontier Science Program has awarded $30 million in grants to the top 3% of research applications, supporting innovative and collaborative projects globally. The 2017 HFSP Research Grants will fund cutting-edge research in various fields, including engineering, biology, and medicine.
The presence of a certified athletic trainer at youth football practices and games can enhance player safety through improved injury awareness, prevention, and assessment. This was found in a study published in Athletic Training & Sports Health Care, which reported a decline in injuries from 25 to 14 over two seasons.
Scientists discovered that tardigrades' unique protein-based mechanism protects them from desiccation by forming glass-like solids, which can also safeguard other biological materials. This breakthrough has potential uses in agriculture and pharmaceuticals, particularly in drought-resistant crops and medication storage.
A new flexible sensor developed at the University of British Columbia holds potential for foldable touch screens and wearable devices. The sensor detects different types of touch, including swiping and tapping, even when stretched or bent.
Researchers found that inorganic chemicals can self-organize into complex structures resembling ancient fossils, raising questions about distinguishing life from non-life. This discovery challenges the identification of Earth's earliest microfossils and redefines the search for life on other planets.
A UTHealth study has found that a pill form of treatment for Clostridium difficile infection can be as effective as traditional methods, with an 83% cure rate among participants. The pill form uses freeze-dried microbiota and could make treatment more convenient for patients and physicians.
Researchers at the University of Manchester have discovered a potential method for separating toxic elements from nuclear waste using arsenic molecules. The breakthrough, published in Nature Communications, could make nuclear waste clean-up safer and more effective.