Articles tagged with Research Organizations
Scientists have identified genes involved in sugarcane root cell separation, a process that can be applied to other parts of the plant. The development of transgenic varieties with soft cell walls similar to papaya could increase sucrose extraction and reduce enzyme cocktails for ethanol production.
Scientists at Linköping University have developed an ultra-sensitive heat sensor based on a polymer mixture that uses ions as charge carriers, resulting in a signal 100 times stronger than traditional materials. The new material has potential applications in wound healing, electronic skin, and smart buildings.
The European Research Council has invested EUR 540 million in grants for 222 top researchers across Europe. Their projects could lead to breakthroughs in renewable energy, biological clocks, and social justice, among other areas.
A microscopic fungus has caused a significant decline in amphibian populations, with at least 501 species affected. The chytrid fungus has led to a 93% decline in anuran species, which account for 89% of all amphibian species, and is thought to have spread from Asia to Central America via human transportation.
The Human Frontier Science Program (HFSPO) awarded $35 million in Research Grants to 34 winning teams, including 9 Young Investigator Grants and 25 Program Grants. The grants fund cutting-edge, interdisciplinary research projects globally.
The European Research Council awards €2.4 million grant to investigate collective identity, self-identity, and social cognition. The project, led by Professor Dan Zahavi, aims to understand the relations between individuals and groups.
Two new Emmy Noether Independent Junior Research Groups at Charité will explore the use of deep brain stimulation to treat neurological disorders and the regulation of immune responses in the nervous system. The groups, led by Dr. Andreas Horn and Dr. Christoph Klose, will receive over €1.7 million in funding for three years.
The new centre aims to advance health and medicine by understanding the fundamental nature of life, with a focus on designing and building artificial cells and minimal genomes. Researchers will also investigate protein design and the foundations of life.
Scientists have discovered that USP25 is inactive in its isolated form and forms a tetramer, whereas USP28 exists as a constitutively active dimer. This knowledge provides the molecular basis for developing targeted anti-cancer drugs with low side effects.
Dust particles from glacial outwash plains can serve as efficient nuclei for ice nucleation, contributing significantly to ice nucleation in Arctic low-level clouds. This study highlights the impact of high-latitude dusts on glaciation and adds to our understanding of climate regulation by clouds.
Researchers at Queen Mary University of London have found a way to confine catalysts in tiny pores of host materials, leading to increased activity and novel properties. The new approach, called Pourbaix-Enabled Guest Synthesis, uses thermodynamics to overcome challenges and create multifunctional materials.
The TeamUp5G project aims to develop new solutions for 5G transmission, radio resource management, and spectrum optimization. It also focuses on the development of small cells and massive antennas to improve network capacity and energy efficiency.
Researchers at Rice University discovered that molecules on the surface of gold nanorods induce dipoles, scattering enough energy to dampen plasmon signals. This finding enhances catalysis applications and challenges previous explanations for signal loss via plasmon damping.
Research on guppy fish reveals that genes in males are preserved over generations, allowing the evolution of bright colors. This genetic stability enables the conservation of characteristic traits, such as coloration, in males.
A recent study published in the Journal of Occupational and Organizational Psychology reveals that employees need to feel their boss is important to foster loyalty. The research found that a good working relationship alone may not be enough to build trust, emphasizing the importance of perceived manager importance in employee motivation.
Researchers found that IgG antibodies play a crucial role in stabilizing arterial plaques, reducing the risk of rupture and clotting. The study suggests that these antibodies may be a new target for mitigating atherosclerosis and improving cardiovascular health.
The VA's 'whole health' model is a leading-edge effort to address social determinants of health and move from volume to value. The model features multimodal approaches in integrative health, including evidence-informed complementary and integrative approaches as part of a commitment to diminishing reliance on opioids.
Researchers at Purdue University have created a new technology to clean and purify produced water, a byproduct of the oil refinery industry, which is deemed unusable due to contaminants. The process uses activated charcoal foam and solar light to remove nearly all traces of oil from the water, meeting EPA standards for clean water.
A new research group at the University of Jena has demonstrated quantum vacuum processes for the first time, using strong fields and high-performance lasers. The experiments aim to provide evidence for fundamental physics assumptions, with potential applications in medicine, life sciences, and materials research.
Researchers investigated factive and counterfactive constructions in aphasia, finding that individuals with aphasia performed similarly well on factive interpretation tests but struggled with counterfactive ones. The study highlights the relationship between language, cognition, and propositional thought in aphasia.
This special issue reviews whole systems research methods in healthcare and its patient-centered salutogenic focus. It highlights the convergence of conventional medicine and whole systems research to combat opioid reliance and promote integrative chronic pain models.
The UK is set to lead wireless communications technology with the DLINK project, which aims to deliver 'fibre-in-air' communication links with unprecedented data rates and transmission distances. The project exploits a new portion of the wireless spectrum, called D-band, enabling high data rates of up to 45Gb/s.
Researchers have developed tiny 'blinkers' that can image single molecules of RNA or protein inside cells simultaneously, opening up new possibilities for diagnostics and treatments. The approach uses fluorescent probes that blink with variable duration and frequency to detect dozens of biomolecules at once.
A study by RAND Corporation finds that nocturia, a health condition causing frequent nighttime bathroom visits, can lead to economic losses of $44.4 billion annually in the US. People suffering from nocturia report lower life satisfaction and work engagement, resulting in lost productivity and GDP.
A team of researchers from Ruhr-University Bochum has identified a crucial role for a sixth transport step in the regulation of peroxisome function. The study reveals that this step is essential for maintaining the balance between import and export of enzymes, preventing diseases such as infant mortality
A new process developed by Purdue University researchers makes it easier to cut and shape exotic metals, reducing the need for high-force machining. The method uses a designer surface-active agent to create a smoother end surface with fewer cracks and tears.
A new study found little evidence of elk modifying their behavior to avoid grey wolves in Yellowstone National Park, contradicting earlier research on the topic. The study used GPS tracking technology to monitor elk and wolf movements between 2012 and 2016.
Researchers at TUM have developed a compact instrument to determine the spectral properties of individual molecules, capturing detailed information on molecule-environment interactions. This breakthrough aims to accelerate the identification of efficient molecules for future organic solar cells.
A new study published in PLOS ONE found that medium syncopation rhythms with simple and medium harmony complexity elicited the highest ratings of pleasure and movement. Harmony boosts the inverted U curve effect, making listeners want to move more when combined with rhythm.
Researchers have developed a hybrid material combining molybdenum disulfide and azobenzene that exhibits unique optical and transport properties. The structure makes the material attractive for building compactable and malleable quasi-two-dimensional transistors powered by light.
A study of over 278,000 births in Finland found an association between steroid treatment and reduced birth weight. Babies exposed to steroids were on average born with lower birthweights, regardless of whether they were premature or full-term.
A new study published in Aging Clinical and Experimental Research found that high health literacy can be a resource in old age, leading to better physical functioning, fewer illnesses, and improved health ratings. The study also highlighted the importance of evaluating media health information's reliability.
Researchers have discovered that Lake Pebas, a massive wetland in western Amazonia, existed until 8.5 million years ago, contrary to previous assumptions. The lake's presence was confirmed through geochronology of mineral zircon specimens from two paleontological sites, providing new insights into the region's geological history.
A recent study using data from 1.2 million people found that genetic variants associated with increased tobacco and alcohol use also linked to various diseases, including obesity, diabetes, ADHD, and mental illnesses. The study suggests a complex interplay between genes and environmental factors influencing addiction.
A study published in Nature Climate Change finds that climate change can redistribute the strength of ecological interactions between predator and prey species. Higher temperatures lead to more intense predation pressure, while increased climate instability weakens predators' effectiveness in controlling pests.
The UK will create 1,000 new Ph.D.s in Artificial Intelligence (AI) with a £100m investment, driving transformation across industries, healthcare, and climate change. The program aims to ensure AI innovation has ethics at its core, training future leaders to work on complex tasks and generate novel large-scale open datasets.
A novel concept proposes a lateral alternating multilayered junction for organic solar cells, enabling long-distance carrier transport and extraction. The structure shows promising results with high exciton-collection efficiency, paving the way to exceed conversion efficiency of 20%.
A new study led by the University of Birmingham found that biodiversity on land has been stable for at least 60 million years, contrary to previous assumptions. The research analyzed fossil data from thousands of sites and found that interactions between species limit the number of species that can co-exist.
Researchers from São Paulo and the UK presented advances in new battery development to address increasing demand for energy storage. Lithium-air batteries have great potential for use in transportation, power distribution networks, and can store energy for up to 24 hours at a low cost.
The $US30 million Advanced LIGO Plus project will improve the two existing Laser Interferometer Gravitational wave Observatories (LIGO) in the United States and include a new LIGO India facility. This upgrade is expected to significantly increase the number and strength of gravitational wave detections.
A study by University of Birmingham researchers found lower brain connectivity in 'night owls' compared to morning larks, leading to poorer attention, slower reactions and increased sleepiness. This can be particularly problematic for those forced to fit into a societal 9-5 working day that doesn't align with their natural rhythms.
Researchers at Tallinn University of Technology developed a method to remove antibiotic residues from wastewater using metal-doped organic aerogels. The most effective material was found to be nickel-doped aerogel, which showed excellent adsorbent properties and photocatalytic degradation capabilities.
A new approach using environmental big data helps identify effective conservation methods for managing natural capital, including forests and ponds. The study shows that measures to reduce chemicals used by farmers will be particularly effective in protecting freshwater environments in northern Britain.
A new £35 million research network, SUSTAIN, aims to transform the UK steel sector by making it cleaner, greener, and smarter. The project will focus on two areas: zero waste iron and steelmaking and smart steel processing.
Japanese scientists confirm the role of radiation belt electrons in ionizing the deep atmosphere during auroral breakups. The research provides new insights into the phenomenon, revealing a higher energy level than previously assumed.
A new intervention has successfully encouraged couples in a rural South African area to undergo HIV testing. The Uthando Lwethu program improved communication skills and relationship dynamics, leading to higher HIV-testing rates compared to a control group.
Researchers at CRAG have discovered that chloroplasts play a key role in regulating the shade avoidance syndrome in plants, allowing them to optimize photosynthesis. This discovery has important implications for improving crop productivity without increasing land use.
The UK has invested £446 million in CDTs, which will equip the next generation of doctoral level researchers with skills needed for tackling global challenges. Industry partners have also contributed £386 million, with 1,400 project partners involved in the programme.
A study published in Current Biology found that participants could reactivate associations formed between foreign words and their translations during a midday nap. The brain's active states supported the retrieval of these sleep-formed associations, suggesting that learning can occur independently of consciousness.
Researchers at RCSI have developed a new treatment for osteomyelitis using a copper-rich glass implant. The implant attracts blood vessels and bone cells, accelerating bone repair and preventing bacterial growth. This breakthrough treatment has the potential to reduce antibiotic use and improve outcomes for patients with bone infections.
A study of 223 restaurant meals in six countries found 94% exceed recommended daily calorie intake. Popular meals like Brazil's rice and chicken dish contain up to 1656 kcal.
Researchers have identified key parameters influencing electrical conductivity in doped organic conductors, enabling further increases in performance. The study reveals molecular complexes with oppositely charged molecules play a crucial role in determining electrical conductivity levels.
Pol Besenius will develop fully synthetic vaccines using modular molecular building blocks to overcome stability and shelf life issues. The SUPRAVACC project aims to create immunological protection against bacterial diseases and anti-tumor vaccines.
A new study found that physically active men with a high waist-stature ratio are more likely to develop heart disorders than those with lower ratios. The researchers suggest that the waist-stature ratio is a better predictor of cardiovascular risk than body mass index.
A NYU Tandon-led research team invented thermal lithography process for fabricating metal electrodes on 2D semiconductors, improving transistor quality and reducing power consumption. The new fabrication method offers advantages over standard electron beam lithography methods.
A recent study by the University of Cambridge found that individuals who are slim and healthy tend to have fewer genetic variants associated with obesity. The researchers identified new genetic regions involved in severe obesity and those contributing to healthy thinness, suggesting a genetic advantage for those who maintain their weight.
Researchers at COSINE-100 failed to confirm the existence of dark matter using sodium iodide crystals, unlike previous DAMA/LIBRA experiment. The detection is considered crucial due to the similarity in experimental setup and material used.
A recent study found significant correlations between the population structure of Aedes aegypti mosquitoes and urbanization levels in São Paulo City. The researchers discovered that environmental pressures due to urbanization lead to the selection of phenotypes better adapted to the conditions, resulting in wing shape variability.
A new study found that plants adjust photosynthesis in response to rapid light changes using a sensory-like regulation system. The findings suggest that plants have evolved to prioritize long-term stability over short-term efficiency in the face of changing environmental conditions.
Scientists at ASRC develop a rigorous theoretical framework for resonant nonreciprocal circuits, clarifying fundamental principles governing light interaction with these devices. The research resolves outstanding questions on their potentials and limitations, establishing ultimate limits in performance.