Researchers found that mindfulness and hypnotic suggestion significantly reduced acute pain levels in hospital patients, with patients experiencing a 29% and 23% reduction in pain respectively. These brief mind-body therapies also led to a significant decrease in the perceived need for opioid medication.
Research with house mice suggests that a strength in one area of Darwinian fitness may come at the expense of another. Good fighters and good runners had about the same body mass, despite differences in oxygen consumption during running. The findings give a clue as to how trade-offs may have shaped our evolution.
Researchers have developed a new technology to create inexpensive full-color 2-D and 3-D holograms that are far more realistic, brighter and can be viewed at wider angles than current holograms. The applications for this technology could be wide-ranging, from currency and identification badges to amusement rides and advertisements.
A new research article proposes that stress-adapted children's traits, such as heightened vigilance and empathic accuracy, should be leveraged to enhance learning and intervention outcomes. These skills may allow at-risk children to perform better than peers from low-risk backgrounds when faced with uncertainty and stress.
Researchers find 10,900-year-old stone tool with potato starch residues, revealing the earliest evidence of wild potato use in North America. The discovery sheds light on ancient human diets and could hold potential for improving modern potato crops.
Researchers found that seawater's interaction with Roman concrete leads to the growth of rare minerals, increasing its cohesion and strength. The unique pozzolanic reaction and interlocking mineral crystals provide a system contrary to modern cement-based concrete.
Researchers are surveying vultures in Ethiopia to estimate populations and distributions, track movements, and evaluate human repercussions of vulture declines. The Bab-el-Mandeb Strait is a critical site for conservation efforts due to its large concentration of migrating birds from Eurasia and Africa.
A study by University of Utah researchers found that woodrats' livers are less efficient at breaking down toxins at higher temperatures, potentially affecting their diet and ecosystem. The reduction in liver function may be due to a tradeoff between thermoregulation and detoxification, leading to changes in gene expression and metabolism.
Researchers from the University of Utah analyzed oxygen isotope data from herbivore teeth and tusks to understand climate dynamics in the Omo-Turkana basin. The findings suggest that fluctuations in rainfall timing and interactions between plants and animals, rather than long-term drought, drove changes in the region's ecosystem.
A new study by University of Utah researchers suggests a causal relationship between a father's behavior and his daughter's experiences, leading to changes in social environments that impact their sexual behavior. The quality of fathering has implications for parental monitoring and peer affiliation.
Researchers at University of Utah have discovered that organic-inorganic hybrid perovskites possess contradictory properties necessary to make spintronic devices work, enabling exponentially more data processing and overcoming size limitations in traditional electronics.
A University of Utah study found that LA lawns account for 70% of water loss, while trees use relatively less water. Wealthy neighborhoods lose more water due to larger lot sizes and other factors.
Researchers from the University of Utah and USGS analyzed 93 years of weather data to find that atmospheric circulation patterns account for 25-48% of variation in frost timing, while global warming contributes 3-5 days to the lengthening of the frost-free season.
Researchers have discovered that certain bacteria use quorum sensing to regulate their virulence levels, allowing them to coexist with insects without causing harm. By studying the genetic differences between mutualistic and pathogenic strains of bacteria, scientists have gained insights into the mechanisms behind these relationships.
Researchers found that the closure of Union Pacific railway culverts led to a 88% decrease in methylmercury levels in the lake's deep brine layer and sediments. However, waterfowl carcasses showed no significant change in mercury levels, indicating that the source of methylmercury in wetlands remains unknown.
Biologists found that sets of three triplets, rather than individual codons, may be crucial for correct protein synthesis in ribosomes. This discovery could reframe cancer genetics and human genetic diseases research.
Researchers discovered a mechanism that controls the length of a bacterial flagellum's rod, which transfers torque to propel the bacterium. The study found that an outer membrane tethering protein plays a crucial role in regulating the flagellum's dimensions.
Researchers developed microbes to aid methane recovery, while also improving chemistry students' test scores through personalized feedback. Urban streams were found to exhibit unique nutrient patterns driven by wastewater treatment plants.
A team of researchers observed an American badger burying a 50-pound calf carcass over five days, marking the first known instance of such behavior. The finding suggests that badgers may play a significant role in sequestering large carcasses, benefiting cattle ranchers by reducing disease vectors and attracting larger predators.
Researchers at the University of Utah have discovered that collagen can get unraveled at a molecular level before complete failure of connective tissues, leading to common injuries such as ligament and tendon tears. This breakthrough allows for early detection and potential treatment using the CHP probe.
Researchers discovered a new, eco-friendly thermoelectric material made from calcium, cobalt, and terbium that can generate electricity through temperature differences. The material has the potential to power implantable medical devices, charge mobile devices, and even reuse waste heat in power plants.
University of Utah engineers develop 'computational cannula microscopy' to capture high-resolution images of animal brains using surgical needles and laser light. This non-invasive method shows promise for studying neurological disorders and could lead to a simpler, less expensive alternative to endoscopes for human patients.
Researchers have discovered a way to curb chronic pain by modulating genes that reduce tissue- and cell-damaging inflammation. This technique uses the CRISPR system to protect cells from inflammation, preventing tissue degeneration and pain.
Researchers at University of Utah Health Sciences found that a common yeast species exacerbates Inflammatory Bowel Disease (IBD) symptoms in mice. Allopurinol, a generic drug, showed promise in reducing inflammation and potentially offering relief to patients with high yeast antibodies.
A new study suggests that warmer water temperatures may not accelerate leaf litter decay as much as previously predicted, with an estimated 5-21% increase in breakdown rates. This could imply a more consistent balance between carbon dioxide release and retention in solid form.
Researchers improve redox flow batteries by designing charge-storing molecules that are up to 1,000 times more stable than current compounds. This breakthrough aims to increase the capacity and efficiency of large batteries for grid storage, enabling full utilization of renewable energy sources.
Scientists at the University of Utah have discovered a compound from the venom of a small Caribbean Sea snail that blocks pain by targeting a distinct pathway not associated with opioid drugs. The benefits of the compound continue even after it has cleared the body, suggesting a potential new therapy for chronic pain.
A University of Utah study found that heel-down posture in great apes and humans is beneficial for fighting due to increased swinging force. This stance allows for more efficient application of rotational force, enabling physical competition to be costly and demanding peak performance from the musculoskeletal and cardiovascular system.
University of Utah mathematicians introduce 'field patterns,' a theoretical framework that describes how disturbances move through materials under varying conditions. This new object exhibits characteristics of both propagating waves and localized particles.
A new study found that patients with a severe C. diff infection were less likely to die when treated with vancomycin compared to the standard treatment of metronidazole. The findings suggest that vancomycin may be a more effective treatment option for severe cases, but further research is needed to understand the cause and effect.
Researchers have created a novel method to produce ammonia at room temperature, utilizing enzymes derived from nature, which also generates a small electrical current. This process could potentially lead to a less energy-intensive source of ammonia used worldwide as a vital fertilizer.
A new study from the University of Utah's National Center for Veterans Studies found that a simple intervention, crisis response planning, significantly reduced suicide attempts among active-duty soldiers. The study showed a 75% reduction in suicide attempts compared to contracts for safety.
Researchers create adaptive lenses made of glycerin and rubber-like membranes to change the focal length, eliminating the need for bifocals or reading glasses. The lenses are controlled by electronics and a battery, allowing users to switch between near and far vision in just 14 milliseconds.
A new study by University of Utah researchers found that a state-wide screening program led to increased early identification of infants with hearing loss due to congenital CMV. The law also provided funds for educational campaigns, which is important given the virus's prevalence.
Researchers at the University of Utah discovered how Arctic melt ponds form by clogging ice pores with freshwater. This process lowers permeability, allowing meltwater to pool on top of the ice, which affects climate modeling and sea ice dynamics.
University of Utah researchers explore the connection between gut microbes and birds' unique breathing patterns. The team found that diverse gut microbes play a critical role in allowing herbivorous woodrats to process naturally occurring toxins, with promising implications for human health and animal husbandry.
The University of Utah is part of a national coalition aiming to reduce embodied energy and decrease emissions in US manufacturing. The goal is to achieve a 50% improvement in energy efficiency by 2027, saving billions in energy costs and creating new jobs for American workers.
A new study from University of Utah researchers finds a correlation between drought and high-elevation aerosols in the western US, suggesting that wildfires are driving the increase in summer haze. Aerosol particles can trigger cloud formation, exerting their own influence on global temperature and climate.
Researchers linked RBC size to oxygen delivery efficiency in extinct mammals and birds using fossilizable indicators. They found that these organisms had smaller RBCs and were likely better athletes than earlier terrestrial vertebrates.
Researchers presented insights from the Curiosity rover's study of Mount Sharp on Mars, which helps reconstruct the geological history of the area. Additionally, they developed a method to distinguish between natural and manmade earthquakes using seismic wave characteristics. Furthermore, scientists observed gamma-ray bursts triggered ...
Researchers created a cloaking device to minimize crosstalk between photonic devices, enabling the packing of billions of devices into a single chip. This technology could lead to significant power consumption reductions and lower carbon emissions in data centers.
A new study by the University of Utah uses radiocarbon dating and genetic analysis to track the origin of seized ivory, revealing that nearly all shipments come from elephants killed in the past three years. This intelligence can help combat illegal animal product trade and inform strategies for protecting elephant populations.
Researchers are working on a $1.6 million project to create a new use for coal, turning it into a carbon-fiber material that could help revitalize struggling coal communities. The process produces substantially less CO2 than traditional methods.
A study using geolocation technology tracked the 10,000-kilometer migration of Great Reed Warblers from Turkey to sub-Saharan Africa, revealing key regions of importance for the species. The research highlights the lack of protection many of these regions receive, posing a threat to bird populations.
Researchers have created a new type of switch that can instantly connect and disconnect electrical flow, reducing power waste by up to 50% in devices like smartphones and laptops. This technology has the potential to significantly improve energy efficiency and prolong battery life.
Scientists found that an insulin molecule produced by cone snails may improve upon fast-acting therapeutic insulin, potentially starting to work in as little as five minutes. The study suggests studying complex venom cocktails can lead to new drug discoveries.
A new study using hippo enamel isotopes reveals a shift from C4 to C3 plants in Uganda's Queen Elizabeth National Park, associated with the loss of elephants. The results provide insight into ecological crises and vegetation changes in African grasslands.
A University of Utah study contradicts traditional expectations by finding that surpluses of men are associated with higher levels of marriage, relationship commitment and paternal involvement. This challenges the prevailing notion that an abundance of single men lead to outcomes of crime, violence and broken homes.
Scientists have found genetic structures similar to other viruses in the Flaviviridae family in the Zika virus genome, which may serve as potential antiviral drug targets. The study identified seven G-quadruplexes shared with viral cousins and a unique structure consistent within the Zika virus strains.
Researchers analyzed carbon-dated artifacts at archaeological sites to conclude that a population boom and scarce food led to early farming in eastern North America around 5,000 years ago. This transition enabled large numbers of people to live in one place, ultimately setting the stage for civilization.