A UTA professor is using a pavement testing machine to determine which mixes of recycled asphalt will last longer and work better on surface layers of Texas roads. The testing facility, in collaboration with TxDOT and the Texas A&M Transportation Institute, aims to improve road durability and lifespan.
Researchers found that surgical intervention for sleep apnea in children does not significantly improve behavior, cognitive performance, or symptoms of attention deficit hyperactivity disorders. The study suggests alternative explanations for improved outcomes, shedding new light on a widely performed pediatric surgical procedure.
Jia Rao's research aims to overcome bottlenecks in high-speed networks and virtualized networks by developing stress-testing approaches, pipelining processes, and scheduling algorithms. The goal is to improve efficiency in commodity operating systems, allowing users to capitalize on the speed of high-performance networks.
Sharareh Kermanshachi is studying third rail insulator failures and developing a workforce development framework for concrete paving experts. Her research aims to improve transportation efficiency and reduce project failures in the US.
A UTA study finds that consumers rely on price to judge product quality when local identity is important, suggesting marketers can use this understanding to shape price perceptions. The study also recommends using local flavors and ingredients in products for rural areas where local identity is strong.
Researchers have made a breakthrough in cancer treatment using nanoparticles that can be activated by radiation, resulting in statistically significant reductions in tumor size. This innovative approach builds on previous research and has the potential to effectively treat tumors throughout the body.
Researchers at UTA developed a system to track repairs and data on potentially problematic slopes, reducing repair time from four months to one to two weeks and costs by 20%. The project was recognized as one of AASHTO's top projects in 2019.
The University of Texas at Arlington has been awarded over $2 million in Cancer Prevention & Research Institute of Texas (CPRIT) grants to support its thriving cancer research initiatives. Dr. Piya Ghose received a $2 million grant for her work on programmed cell death, while Dr. Yaowu Hao received $200,000 to investigate radioactive n...
Researchers have discovered bone-like particles in the peripheral circulation of individuals with advancing age, which may lead to vascular calcification and restricted blood flow. These particles are potentially more dangerous due to their sharp edges and could contribute to diseases such as heart attack and stroke.
Researchers are creating a database to catalog teacher misconduct cases in Texas, aiming to inform policymakers with empirical data on educator sexual misconduct. The database will include employment and certification data, shedding light on patterns among offender educators.
Krishnan Rajeshwar, a prominent chemistry professor at the University of Texas at Arlington, has been recognized for his exceptional contributions to electrochemistry. He received the Electrochemical Society's 2019 Electrodeposition Research Award for his outstanding research in electrodeposition.
Rasel Raihan, a research scientist at the UTA Research Institute, has received the Young Professionals Emerging Leadership Award from the Society of Advancement of Materials and Process Engineering. He is recognized for his technical excellence and outstanding service in advancing the field of advanced materials and process engineering.
A UTA study reveals that urban sprawl increases the likelihood of a neighborhood becoming a food desert, which is defined as an area with limited access to healthy food options. More compact neighborhoods are likely to support a greater number of grocery stores and have healthier food options.
Physicist Yue Deng is developing a space weather simulator to predict how energy is distributed during solar flares and magnetic storms. The goal is to improve models' accuracy, affecting GPS and communication systems.
A workshop at the University of Texas at Arlington aims to develop a holistic approach to urban watershed management in North Texas. The event will bring together experts from various disciplines to discuss the environmental impacts of infrastructure, climate change, and economic growth on the Trinity River Watershed.
Researchers at UTA are collaborating with Lockheed Martin to optimize sensor usage in unmanned vehicles, using a Kalman filter to combine information from multiple sensors. The goal is to accurately predict target behaviors and adapt to changing environmental conditions.
The University of Texas at Arlington is developing an algorithm that models the effects of earthquakes on water pipeline infrastructure. This model determines how best to use limited infrastructure funding to make pipelines less prone to earthquake damage.
Researchers aim to understand how aging immune system interacts with arteries, potentially informing treatment of heart disease. A five-year NIH grant will support the study, which involves recruiting 54 healthy adults across three age categories.
Researchers at UTA and UT Southwestern are studying the mechanisms of exercise intolerance in heart failure patients with preserved ejection fraction (HFpEF) to develop personalized therapies. They aim to identify common characteristics among HFpEF patients based on cardiac, pulmonary, and skeletal muscle limitations.
A UTA professor is working on a new classification system for geomagnetic storms based on overall storm energy, focusing on storms with large amounts of power that dissipate in the ionosphere. This research could lead to better understanding of how space weather affects satellites and ultimately life on Earth.
Diane Jones Allen, UTA associate professor, has been elected as an ASLA Fellow, honoring her contributions to landscape architecture and resilient design. Her research focuses on transit deserts, social justice, and sustainability, shaping the future of resilient design practices.
A chemist at the University of Texas at Arlington has developed a device that collects and analyzes liquid samples as they travel through space. The open-tubular chromatograph can detect and separate ions using very little power, making it ideal for future Mars missions.
UTA researcher Surendra Shah has been inducted into the Academy of Athens for his work on making concrete production more energy-efficient and environmentally sustainable. His research focuses on nanomaterial applications to improve the use of composite materials and reduce carbon footprint.
The University of Texas at Arlington's team, led by Associate Professor Yan Wan, excelled in the 2019 Swarm and Search AI Challenge. They developed algorithms for multiple UAVs to map wildfires efficiently. The technology can provide real-time information and forecasts to firefighters.
Researchers at The University of Texas at Arlington are developing a strategic development plan to strengthen Fort Worth's Medical Innovation District. They aim to boost the district into a thriving hub of medical innovation, creativity, and discovery.
A UTA research team is working with the Army Research Laboratory to develop nanophotonic devices that can capture and release light in the longwave infrared spectral region. These devices have potential applications in thermal imaging, medical diagnostics, chemical analyses, and environmental monitoring.
A $2.88 million NIH grant supports Jingsong Zhou's work to preserve mitochondria and understand the mechanisms behind ALS deterioration. Her novel approach investigates the theory that ALS affects the physiology of the whole body through defective cells in multiple organs.
Nick Fang is analyzing regional drainage and proposing recommendations to prevent future flooding in nine southeast Texas counties. His research has the potential to change not only an area but the entire state, saving property and improving flood warning systems.
Two UTA startups, SolGro Inc. and Fade, have been selected for an international accelerator program, showcasing the university's efforts to foster new businesses and ideas. The companies aim to improve agricultural industries through innovative technology and create mobile app connections for local barbers.
Researchers are developing a light-based technology to increase energy available to brain cells and improve astronaut performance. The new LED device aims to replace lasers as the delivery method for near-infrared light to stimulate mitochondria and create more oxygen in the brain.
Allison Osmanson, a UTA doctoral student, has received a prestigious fellowship from the Semiconductor Research Corp. to work on microelectronics packaging. She will receive funding and technical guidance from Texas Instruments.
UTA researcher Sharareh Kermanshachi is studying the risks of Texas and Louisiana transportation projects. She will develop best practices for construction inspectors and establish a knowledge-sharing framework.
The University of Texas at Arlington has received a DURIP grant to purchase equipment that can determine the severity of brain injuries, even those that are not immediately apparent. The new equipment will be used to expand associate professor Ashfaq Adnan's research in damage detection for blast-related traumatic brain injuries.
The University of Texas at Arlington's George Siemens is developing an integrated data infrastructure to centralize digital learning and engagement tools. This project aims to understand how people interact with technology and its impact on human knowledge development in both education and corporate environments.
Researchers at UTA work with TxDOT to improve soil monitoring and predictive modeling, reducing slope failures and increasing road resilience. The projects also aim to enhance the transportation system's reliability and safety.
Cara Boutte's research aims to better understand how mycobacteria respond to stress and develop effective treatments. The project will characterize two systems by which mycobacteria regulate cell growth and division in response to stress, leading to new mechanisms of cell wall regulation.
A researcher at the University of Texas at Arlington has received a four-year grant to investigate protein regulation in programmed cell death. Understanding how these proteins are regulated could lead to drugs targeting specific cancer cells.
The REHEAL Glove is a flexible wound dressing that provides negative pressure therapy and allows early motion therapy during healing. It has successfully completed another key step on the road toward commercialization, earning national recognition for its potential to improve treatment of hand trauma.
Researchers are studying the Texas Foundation High School Program to assess its impact on student graduation, college choice, and degree attainment. The study aims to provide insights into how endorsements affect student performance and inform future research and policy.
A UTA researcher is studying the relationship between cardiovascular disease and depression, with potential breakthroughs in prevention and therapy. Adults with depression are at an accelerated risk of developing cardiovascular disease, which can happen at an earlier age than expected.
The UTA Research Institute and Neuro Rehab VR are developing a robotic glove that will aid in rehabilitating stroke patients through virtual reality gaming. The device aims to provide fine motor training and increase patient compliance, saving money on rehabilitation. Clinical testing is expected to begin after development.
Researchers have made significant breakthroughs in understanding snake genomes, including the evolution of venom genes, dosage compensation mechanisms, and sex determination systems. The study provides a comprehensive genomic context for these complex biological processes, offering new insights into the unique adaptations of snakes.
A study conducted at the University of Toronto found that elevation plays a major role in determining which species can survive as human land use changes. The research suggests that species in highland areas are more likely to go extinct when forests are cut down, while lowland species can adapt and thrive in warmer environments.
Dr. Daejong Kim, a UTA associate professor, collaborates with POSCO senior principal researcher Kihwan Kim on a $80,000 grant-funded study to develop intelligent robots for inspecting and maintaining large steelmaking facilities. The goal is to improve efficiency and safety in harsh environments, such as high temperatures and toxic gases.
Kate Smits' team is working with residents and local universities to find environmentally-friendly solutions that respect ancestral ways of life. The goal is to make artisanal and small-scale gold mining safer, cleaner, and more sustainable.
A University of Texas at Arlington nursing professor has been awarded $6.575 million in grants to combat debilitating musculoskeletal diseases such as sarcopenia and osteoporosis. His research aims to advance discovery of how aging leads to these conditions, with the goal of developing new diagnostics and treatments.
A University of Texas at Arlington project aims to help small-scale farmers in Texas reduce costs and increase efficiency in transporting their products to market. The study will focus on collaborative transportation and aggregation, potentially leading to better income streams for producers.
Haiying Huang, a UTA professor, has received $900k grants to monitor ship structural health and detect early material degradation. Her research focuses on using optical fibers as waveguides for lightweight, effective, and easy-to-maintain sensor networks.
Kate Hyun and her team are exploring a new approach to estimate bicycle volumes by fusing data from sensors, surveys, mobile apps, and GPS-enabled systems. The goal is to provide cities with more accurate information to establish viable bike networks.
Weidong Zhou aims to develop energy-efficient lasers using nanophotonic cavities and nanostructured materials, enabling faster data transmission and sensing applications. His research explores carrier dynamics and quantum dots to achieve maximum efficiency.