Articles tagged with Research Organizations
Research published in BMJ Open reveals India's total health workforce density is estimated to be 29 per 10,000 population, but only 16 for trained workers. The study found an alarmingly large presence of unqualified health professionals, with 20% of doctors lacking required qualifications.
Engagement in extracurricular activities, such as student clubs, enhances analytical skills, leading to improved academic performance and higher job success. The study reveals a positive correlation between involvement in research, creative activities, and critical thinking development.
Researchers discovered that high pressure deep inside the young Earth may have driven vast stores of carbon into its core, while water ice undergoes complex crystalline metamorphosis under extreme conditions. The findings provide clues about how Earth-like planets are built and could be useful for studying worlds with icy surfaces.
Researchers from Baylor Scott & White's Center for Esophageal Research will discuss their groundbreaking research on Barrett's Esophagus and Eosinophilic Esophagitis. The center is conducting innovative, translational research to advance understanding of esophageal diseases and improve treatment for patients.
The Estonian e-residency program mainly benefits citizens from digitally advanced countries, while those from less developed countries apply for practical reasons. The study highlights the need for further analysis on the potential digital divides and inequalities related to e-residency
Researchers found that overweight adolescents have similar increased risks of developing heart disorders as obese teenagers. Cardiovascular fitness tests with boys and girls aged 10-17 showed no significant difference in heart rate variability between the two groups.
A study suggests that low plasma levels of PDIA1, an enzyme involved in protein disulfide isomerization, are associated with a higher risk of thrombosis. Researchers found no correlation between PDIA1 levels and well-known risk factors for cardiovascular disease.
DGIST and CNR-ITAE agreed on a memorandum of understanding to share energy research information and promote human resource exchanges. The two institutions will focus on sustainable energy applications and technology-intensive energy use.
Researchers used cognitive dysfunction tests and analysis of drug use patterns to identify patients at high risk of relapse after treatment. The study suggests that a revised classification system may be needed to better predict vulnerability to relapse.
Research suggests that optimized work schedules can lead to less stress, better patient care, and reduced turnover in nursing homes. The study found that facilities using the 'Work-Life Needs' method showed a link between improved scheduling and fewer pressure ulcers in patients.
Researchers used machine learning to predict mechanical properties of metal organic frameworks (MOFs), which could be used for water extraction, gas storage, and hydrogen fuel cells. The results enable faster material characterization and design at the molecular scale.
Transplanting islets of Langerhans into mice reveals early autoimmune markers of type 1 diabetes, allowing for intervention before beta cell destruction. The study's findings offer hope for developing new drugs and clinical transplantation strategies to prevent damage.
Research by University of Illinois professor M. Teresa Cardador found that employees perceive their labor unions as supportive, leading to enhanced work meaningfulness and psychological benefits. This association persists even among those who don't strongly identify with the union.
A new study from Binghamton University reveals that countries with more memberships to international organizations experience a decline in the quality of their government. This is true regardless of whether they are influential or less powerful organizations.
A team of researchers developed a soft-bodied robot, LEeCH, inspired by land leeches that can climb vertical walls and transition to the other side. The robot's flexible body structure allows it to bend and elongate like a leech, enabling it to navigate complex terrain and obstacles.
Scientists at University of Cambridge developed tiny gold particles to create smallest pixels yet, a million times smaller than smartphone pixels, for large-scale flexible displays. These colour-changing pixels can be applied to building-sized screens, reducing production cost and enabling sustainable technologies.
Theoretical and experimental investigations confirm the Marcus hopping model for electronic transport in organic films. The study verifies the 'inverted Marcus regime' where higher voltage generates lower current, improving understanding of organic devices.
Protein shapes are crucial for determining their role and effectiveness in the body. Researchers at Purdue University have created a new method to map and classify 3D surface shapes of proteins, which will aid in understanding protein structures and functions.
Rainer Hedrich's new project aims to investigate the molecular mechanisms underlying frequency-dependent decision making in Dionaea, using mutants with disturbed stimuli transmission. The researcher hopes to determine the cellular basis for counting and decision-making in plants.
The AGA Research Foundation Awards Program has selected 52 promising researchers to receive funding, including 88% who are early-career investigators. The awardees will support clinical research and studies in gastroenterology and hepatology, with a focus on improving patient care and outcomes.
Researchers investigate Haumea's ring, suggesting a degree of eccentricity is required for resonance to act on particles. They identify stable, circular orbits compatible with the ring, contradicting previous assumptions.
A genomic tour-de-force identifies two extinct lineages and suggests speed was only selected for recently in horse evolution. The study sheds light on the complex history of horses, highlighting their diverse past and its impact on conservation and breeding practices.
Researchers are developing novel derivatives of glucagon to improve rescue kits for hypoglycemia, which can be life-threatening if left untreated. The new solutions aim to enable easy delivery methods like an EpiPen-like device and potentially intranasal delivery.
Researchers identify brain areas where flexible sensory integration takes place, including the parietal lobe and frontal lobe. The study's findings could be useful for understanding diseases affecting sensory processing, such as autism.
Researchers developed a new class of anti-ice surfaces called low interfacial toughness (LIT) materials, which can shed ice from large areas with minimal force. LIT materials work by causing cracks to form easily beneath the ice, allowing it to readily dislodge.
Scientists have traced a prehistoric eruption to the lesser-known volcano Campi Flegrei in Naples, which dated back 29,000 years. The research, published in Geology, used computer models and sediment cores to identify the ash layer's origin.
Researchers at TU Graz have made breakthroughs in super-battery research, finding ways to minimise the negative effects of singlet oxygen on redox mediators. They discovered a suitable quencher, DABCOnium, which transforms singlet oxygen into harmless triplet oxygen.
Researchers found that mechanically stretched carbon nanotubes can extract heat efficiently, making them a promising material for cooling flexible electronic devices. This technology could be an efficient alternative to traditional vapor-compression refrigerators, reducing ozone depletion and global warming.
Researchers found a new species of 90-95 million-year-old crab fossil with multiple marine arthropod characteristics, showcasing an unusual branch on the crustacean tree of life. The exceptional preservation allowed detailed reconstruction and 3D-printer-ready models.
Researchers have identified two sets of proteins that work together to keep DNA strands unknotted and tangle-free. These proteins, known as SMC and TopoII, use a mechanism similar to a belay device on climbers' rope to resolve knots and links in DNA.
A new study suggests that the Cerrado biome in Brazil connected the Andean and Atlantic tropical forests, which are now over 1,000 km apart. The research used genomic and biogeographical data to support this hypothesis.
Researchers from Otago Global Health Institute aim to increase TB notifications in Indonesia by implementing an electronic referral system and educating private healthcare providers. The study, funded by $650,000, will shed light on the issue of unreported TB cases and its impact on global health.
A study published in the National Tax Journal found that allowing donors to claim charitable donations earlier, such as before tax season, increases donations by nine percent. Researchers from UBC Okanagan and other institutions used a policy experiment in Quebec to test this idea.
Dr. Blake Richards has made significant contributions to mathematical models of learning and memory in the brain, providing insights into the neurobiological basis of animal and human intelligence. His work explores the neural basis of deep learning and its potential to revolutionize our understanding of the brain.
Research from Indiana University's Kelley School of Business found that transparency in charitable organizations on crowdfunding platforms increases donations and fundraising. Regular operational updates significantly increase financial benefits, with each work-related word in updates boosting donations by $65 per month.
Booz Allen Hamilton received the 2019 INFORMS Prize for its pioneering integration of operations research (O.R.) and analytics programs. The company consolidated its O.R. talent into a single, centralized organization to enhance cross-disciplinary exchanges and accelerate internal research projects.
Researchers discovered that impaired FUS protein-protein interactions contribute to ALS degeneration, but drug-induced autophagy reduces pathological processes linked to aberrantly accumulated FUS. Stimulating autophagy rescued RNA-binding proteins and reduced neuronal death in cell culture experiments.
Physicists at the University of Bath have developed a flexible way to synthesize novel nanomaterials, including Tungsten Disulphide -TMDs. The process allows for tunable materials with potential applications in optics and sensors.
Scientists have observed the structural bending and stretching of carbon disulphide molecules in real-time, revealing a linear-to-bent transition driven by electronic structure changes. This breakthrough uses advanced laser-induced electron diffraction techniques to capture snapshots of molecular dynamics with sub-atomic resolution.
The Russian Science Foundation will support nine research projects from Ural Federal University, with funding ranging from 4-6 million rubles per year. This includes six new projects and three existing ones, which have been working since 2016.
An international consortium has sequenced the entire genome of durum wheat, revealing genes responsible for traits like yield, disease resistance, and nutritional properties. The team has also identified a gene that accumulates cadmium in durum grain, enabling selective breeding to reduce toxic levels.
Researchers found evidence of a giant exoplanet orbiting an evolved binary system, with a mass approximately 13 times that of Jupiter. The discovery was made possible by analyzing variations in eclipse timing and orbital period using Kepler Space Telescope data.
Researchers at McGill University have created a new class of hypergolic fuels that are significantly cleaner and safer than current options. These fuels use metal-organic frameworks to unlock energy, offering a promising solution for the aerospace industry.
Researchers review TFE's role as a structuring agent for unfolded peptides, inducing helical conformations, while also enhancing protein denaturation. The study details recent applications of TFE in conformational studies, including antimicrobial and aggregation-prone peptides.
Professor Thomas Rudel received a €2.5 million ERC Advanced Grant to study how Chlamydia evades the human immune system and cause chronic diseases like cervical cancer. The grant aims to develop new therapies to overcome this 'blindness' and improve treatment outcomes for Chlamydia infections.
Researchers found that leukocytes select the path of least resistance by using their nucleus to measure pore sizes and guide movement. The nucleus acts as a mechanical gauge, pushing forward to insert into multiple pores to determine the largest size.
Scientists found that amorphous systems converge to hyperuniformity, a hidden order on large scales, as they optimize individual cells' geometrical properties. This discovery has implications for the development of novel materials, including photonic metamaterials and block copolymers.
The Gerontological Society of America (GSA) is leading the next phase of the Reframing Aging Initiative, a long-term social change endeavor to improve public understanding of aging. The initiative aims to counter negative views of aging and promote accurate perceptions.
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.