News on early, curiosity-driven science that opens new directions. Covers materials discovery, AI-guided research, pediatric research standards, and energy science.
A major population of Aedes aegypti mosquitoes with genetic evidence of overwintering has been discovered in a Capitol Hill neighborhood. This finding poses a real threat to public health, particularly pregnant women and vulnerable populations, due to the mosquito's ability to adapt to northern climates.
The study found that oxytocin promotes consoling behavior in prairie voles, characterized by calming contact directed at a distressed individual. This discovery has significant implications for understanding and treating psychiatric disorders like autism spectrum disorder and schizophrenia.
A patient-controlled health data economy can provide a more complete picture of a patient's health by enabling them to gather all data from multiple providers in one place. This system also fosters greater coordination among providers and empowers patients to augment their records.
A recent study published in Genome Biology suggests that genetic factors play a significant role in determining our choice of romantic partners. The research found that the genes controlling an individual's height also influence their preference for a partner with similar height, accounting for 89% of genetic variation.
A study by IRCM researchers has discovered a mechanism that controls the production of neurons from stem cells. This discovery could lead to more effective cell therapies and targeted treatments against cancer, particularly in diseases causing blindness where specific retinal cells degenerate.
A research team from HKU has developed a strategy to promote plant growth by 38-57% in Arabidopsis thaliana, increasing CO2 absorption and potentially boosting food production. The breakthrough is based on a new gene that modulates energy outputs from chloroplasts and mitochondria.
A team of researchers at Boston University School of Medicine has discovered a previously unknown cellular defect in patients with idiopathic Parkinson's disease. The findings suggest that the cells' dysfunction of calcium homeostasis can determine whether certain neurons live or die.
Research reveals significant disparities in data quality and quantity among European countries and species, hindering effective conservation efforts for the region's 16 recognized freshwater mussels. The study highlights the need for standardized monitoring and management protocols to conserve this vulnerable group and its habitats.
Scientists at UT Southwestern Medical Center successfully stopped the progression of Duchenne muscular dystrophy in young mice using a gene-editing technique. The treatment, delivered via adeno-associated virus 9 (AAV9), corrected the genetic mutation that causes the disease and led to improved muscle structure and function.
Researchers at UAlberta have developed a new microscope technology that allows them to observe particles in a living yeast cell and track the route of RNA transport from the nucleus to the cytoplasm. This breakthrough finding has significant implications for medical advances and understanding of cellular biology.
A new study published in EPJ Data Science found that exercising and spending time outside the home reduces participants' stress levels, while reduced working hours have a minimal effect. The research used data from the StudentLife project at Dartmouth College to validate this approach, which has great promise for future studies.
Benjamin Wolozin receives award for his research on Alzheimer's disease and neurodegenerative diseases. He has made significant contributions to the current field of understanding these conditions through publications and patents.
Researchers confirm that Ancient Egyptian texts describe astronomical phenomena, including the discovery of Algol's period, three millennia earlier than previously thought. The brightest phases of Algol and the Moon had positive meanings for the Ancient Egyptians.
A team of scientists has discovered a way to control ultraviolet light emission from a complex oxide material by adding a water molecule to its surface. This discovery enables the potential for improving chemical sensors, computing, and information storage.
Researchers have identified two distinct species of little blue penguins in Australia and New Zealand, based on genetic analysis. The study reveals that the birds' calls and mating habits differ between the two populations.
The AXA Research Fund has awarded a Chair to ICFO-The Institute of Photonic Sciences to focus on risks associated with data privacy and develop 100% secure data communications using quantum devices. The chair holder, Professor Antonio Acín, aims to obtain high-impact results for the future of society.
The discovery of Phosphorosaurus ponpetelegans, a 72-million-year-old marine reptile, reveals new insights into the evolution of mosasaurs. The fossil's superior preservation provides details on its unique characteristics, including binocular vision and a hunting strategy that involved targeting glowing fish and squids at night.
Researchers have discovered proteins that could serve as diagnostic markers for bipolar I disorder, differentiating it from other mood disorders and potentially guiding treatment choices.
A UCI study found that high doses of green tea polyphenols can cause developmental delays, reduced offspring output, and reproductive abnormalities in fruit fly larvae. The researchers recommend moderate consumption to avoid potential health risks.
A study found that aspirin's breakdown product salicylic acid blocks cell death associated with Alzheimer's, Parkinson's and Huntington's disease by inhibiting the GAPDH enzyme. Derivatives of salicylic acid may hold promise for treating multiple neurodegenerative diseases.
Researchers at UNSW Australia have identified a new molecular mechanism that contributes to synapse loss in Alzheimer's disease, which occurs early on and precedes nerve cell death. This discovery could lead to earlier diagnosis and new treatments.
A recent study led by Enno Klußmann and Veronika Anita Deák discovered that the GSKIP protein plays a crucial role in embryonic development, with implications for understanding Goldenhar syndrome. The research found a high degree of correlation between mouse and human genes responsible for the condition.
A study led by University of Colorado Boulder researchers found that bison are not entirely reliant on grass for nutritional needs and can selectively expand their diet to include woody shrubs and flowering plants during spring and fall. This adaptability may have implications for management and conservation of bison in the American West.
George Conidis' groundbreaking discovery shows that galaxies like our cosmic neighbourhood are spinning at an angle, contradicting long-held theories. He used pattern recognition software and 3D computer simulations to measure the spin of outer-lying groupings of galaxies.
Research reveals widespread use of flexible work arrangements (FWAs) in the Australian Defence Force, with men and women making requests for flexibility in equal proportions. FWAs are valued by personnel across all ranks, with 78% of requests fully granted.
The research aims to investigate the feasibility of using many-antenna base stations to serve multiple users simultaneously, addressing scalability and interference issues. By leveraging ArgosNet, a custom-built experimental test bed, the team will advance MIMO technology to meet the 1,000x data challenge in 5G networks.
Researchers at the University of Notre Dame have discovered a compound that accelerates diabetic wound healing, opening doors to new treatment options. The study found that combining an MMP-9 inhibitor with enzyme MMP-8 enhances healing even further.
Researchers discovered that army ant bridges can move to span large gaps and change position as needed, balancing a cost-benefit trade-off between colony benefits and worker sequestration. This finding has implications for developing swarm robotics for disaster relief and exploration.
Researchers at the University of Helsinki have found a genetic mutation that renders carriers susceptible to impulsive and reckless behavior when drunk. The study, led by Dr. Roope Tikkanen, discovered a point mutation in the serotonin 2B receptor gene associated with increased impulsivity, particularly in response to alcohol consumption.
Researchers from the University of Oxford discovered a 170-million-year-old fossil on the Isle of Skye that challenges the existence of three previously recognized species. The find reveals that the three species are actually one, with differences in tooth shape being present in the single lower jaw found on the Isle of Skye.
Researchers discovered that the TCF7L2 gene variant impairs glucose balance by suppressing glucagon, raising blood sugar levels. This finding sheds light on the novel mechanism of predisposition to diabetes and may lead to new therapies.
Researchers analyzed millions of articles and patents to find that scientific research is often conservative, with scientists prioritizing established knowledge over risk-taking. However, they identified more efficient approaches that could unleash innovation, including a focus on exploring new connections and taking greater risks.
A new study reveals that deceased donor kidneys are more likely to be discarded on weekends than weekdays. Organs procured during the weekend were also more likely to be discarded and of higher quality than those procured on other days.
A new method of moving data in racetrack memory uses sound waves, overcoming limitations of traditional methods. The study, published in Applied Physics Letters, demonstrates the potential for faster computing by utilizing surface acoustic waves to transport data quickly and efficiently.
A newly discovered extinct ape species, Pliobates cataloniae, roamed Earth 11.6 million years ago, providing a missing chapter to the beginning of ape and human history. The fossil discovery forces researchers to reconsider the role of small apes in hominoid evolution.
Researchers discovered that tungsten ditelluride (WTe2) is electronically three-dimensional with low anisotropy. This finding challenges the material's original assumption of being two-dimensional in nature and opens up new possibilities for nanoscale transistors.
SAGE's new publication, JDR Clinical & Translational Research, expands on the success of Journal of Dental Research supplements. The journal accepts various study designs and methodologies, aiming to translate research findings into practical applications for oral health.
Researchers developed a method to speed up optical fibers by digitally re-twisting data streams, using a technique inspired by MIMO technology in radio communication. The breakthrough could solve the insatiable needs of data-driven social media platforms like Facebook and YouTube.
The UMass Amherst team aims to develop tools and techniques that enable data management systems to protect private data from being used for unintended purposes. They plan to use differential privacy, adding statistical noise to query outputs to ensure accurate information while protecting individual privacy.
Dr. Kaushik De has been recognized for his contributions to developing cloud computing architectures that enabled global collaboration in particle physics research. He is also exploring physics beyond the standard model, seeking new discoveries in the field.
Researchers found that social media content can be linked to health outcomes, with shared data comprising nearly 1.4 million posts and tweets from over 1,000 participants. The study suggests that social media data can provide insights into health trends and behaviors, potentially informing education campaigns and interventions.
Researchers found that variation in a single gene, plep-1, produces males with excretory pores attracting other males. This attraction is likely never manifest in nature due to the rarity of males, but highlights the role of molecular biology and genetic differences in shaping sexual behavior.
A well-preserved 48-million-year-old horse-like fetus was discovered near Frankfurt, Germany, revealing significant details about the fossil record of a placental mammal. The study suggests that the reproductive system of early horses may have been highly developed during the Paleocene epoch.
A study by University of California, Riverside researcher Timothy Gubler found that home sellers who use a real estate agent from the same Mormon church congregation earn an average of $4,000 more than those without such an affiliation. This increase occurs without significantly impacting market time or sale probability.
A new study reveals a sudden drop in the atmospheric concentration of a human-made ozone-destruction gas: HCFC-133a. Researchers explore the causes behind this decline and examine recent developments in U.S. policy addressing geomagnetically induced currents, as well as space weather and earthquakes.
A new report by IOP Publishing and Research Information Network (RIN) analyzes the changing information practices of physical scientists, with 70% collaborating with researchers outside their department in the last five years. Researchers prefer building personal collections of research articles, with 87% storing electronically.
Scientists have discovered a signaling axis consisting of three proteins that regulates cell repulsion. This process is essential for preventing cells from sticking together and could play a role in cancer metastasis. The study's findings provide new insights into the molecular mechanisms behind cell migration.
A University of Texas at Arlington professor will analyze complex data using imaging genomics to identify biomarkers predicting Alzheimer's disease risk. He aims to develop advanced algorithms to study the brain, incorporating biological knowledge into data sets.
Researchers identified genetic variants associated with polycystic ovary syndrome (PCOS), which may inform positive lifestyle and treatment choices. The study also found links between PCOS and increased risk of type 2 diabetes, high cholesterol, and fertility problems.
Researchers used a gel-like substance called Carbopol to study the resistance of rock formations in the middle crust to fracturing. The study provides insight into how large earthquakes and slower moving events interact, with potential implications for predicting seismic activity.
Early-career cell biologists Clifford Brangwynne, Ahmet Yildiz, and Meng Wang have won the ASCB-Gibco Emerging Leaders Prizes for their groundbreaking research in cell biology. Their work has launched new research fields at the interface of biology and physics.
A mobile app collected data from over 150 participants, showing that a majority of people eat for 15 hours or longer. The study aimed to test whether reducing daily food intake duration impacts health and found that time-restricted feeding can lead to weight loss and improved energy levels.
Scientists at Van Andel Research Institute and University of Toledo have discovered a way to stop the spread of glioblastoma multiforme by activating a family of proteins. This innovative approach may lead to a novel treatment for this deadly brain cancer, which affects 22,000 people in the US each year.
Researchers have developed a new stretchable, transparent conductor that can withstand over 10,000 strain cycles without showing signs of fatigue. The material, made by pairing gold nanomesh with a stretchable substrate, has potential applications in foldable electronics and implantable medical devices.
A study by Duke University analyzed data from 500 citizen scientists worldwide, who played the same games as researchers use in labs. The results showed that dogs rely on memory over sense of smell to solve problems. The dataset also revealed unique cognitive skills among dogs, including communication and problem-solving abilities.
Researchers at Washington State University have discovered a way to stretch metal films used in flexible electronics without breaking. By using indium, a fairly inexpensive metal, they were able to create a metal film that could be stretched to twice its original length.
Researchers from various disciplines set eight research axes to improve nutrition science, including sustainability, data analysis, and human behavior. The initiative aims to bring together experts to tackle key challenges in the field.
UBC physicists successfully induce superconductivity in single-layer graphene by coating it with lithium atoms, opening up new possibilities for graphene electronics and nanoscale quantum devices. The breakthrough has significant cross-disciplinary impacts, with potential applications in computing, medicine, and sustainable energy.
Researchers at the University of Chicago have discovered a new type of glass by studying the properties of microscopic animals, including tardigrades. The team found that these creatures can create glassy molecules under extreme conditions, leading to potential breakthroughs in electronic devices and material science.
Researchers found that THC delayed skin graft rejection in mice due to suppressed immune response, potentially leading to new antirejection therapies for humans. Further studies are necessary to confirm benefits in humans.