The University of Oklahoma has acquired a new mobile radar to better understand tornadoes and their formation. The radar's dual-polarization capabilities will enable researchers to distinguish between raindrops and hail, and determine the size and shape of storm elements.
Jason Julian, a University of Oklahoma geography professor, has been awarded a Fulbright fellowship to research the impact of land use changes on optical water quality in New Zealand rivers. His study will explore connections between landscape characteristics, land use, and water clarity over the past 20 years.
Researchers are using radar technology to monitor and study airborne organisms, requiring collaboration between disciplines like ecology, computer science, and engineering. This advancement offers insights into animal migration patterns, invasive species, and ecosystem sustainability.
The University of Oklahoma is establishing an Institute for Water and Sustainability, including the Oklahoma Water Survey, to benefit Oklahoma and the nation. The institute will provide research and data for informed decision-making regarding water conservation and use.
Researchers at The Peggy and Charles Stephenson Oklahoma Cancer Center have found a way to stop early stage pancreatic cancer in research models, offering a promising approach for high-risk patients. A clinical trial has been launched, and the FDA-approved drug Gefitinib is expected to be tested nationwide within a year.
A new oral anticoagulant agent, Apixaban, has been found to be more effective and easier to use than current medicines in preventing blood clots after hip replacement surgery. The study involved over 5,000 patients and showed Apixaban reduced the risk of blood clots without increasing bleeding side effects.
The new simulator will take into account the unique physics of fluid flow and storage in shale gas reservoirs. OU researchers aim to address concerns about water production and its impact on shallow aquifers.
Heather Hollen, a University of Oklahoma senior majoring in geography and electrical engineering, has been awarded a $10,000 scholarship by astronaut William Pogue. The award recognizes Hollen's exceptional academic achievements and her passion for engineering and geography.
A University of Oklahoma research team has established a new Center for Interfacial Reaction Engineering, focusing on biofuel and fossil fuel upgrading using revolutionary nanocatalysts. The $2.9M grant will accelerate reactions at the interface of water and oil, creating emulsions for refining processes.
Researchers will investigate microbial community diversity, structure, and responses to climate change in two ecosystems. The studies could inform U.S. policy on climate change and advance the field of microbial ecology.
A new clinical trial at The Children's Hospital at OU Medical Center aims to detect Retinopathy of Prematurity (ROP) in premature infants through a novel technique. If successful, the method could prevent blindness and save $1 million per child in lifetime support costs.
A University of Oklahoma research team will explore the biological stability of current and next-generation fuels, measuring their impact on biocorrosion activity. The five-year total grant aims to provide a scientific basis for assessing alternate fuels and mitigating fuel biodeterioration and biocorrosion problems.
Researchers at OU aim to create more efficient solar 'photovoltaic' cells that can convert heat to electricity with conversion efficiencies of 30% or higher. The project involves collaboration between OU and Sandia National Laboratories to push photovoltaic technology to longer wavelengths.
Yang Hong's project aims to increase Pakistan's capacity to reduce natural disaster risks through training, research, and early warning systems. The goal is to strengthen the country's flood risk assessment and management system, supporting vulnerable communities.
A University of Oklahoma research team has discovered a compound that can suppress the growth of pathogenic microbes and keep other oral microorganisms in check. This finding may lead to new treatments for thrush and related Candida infections.
University of Oklahoma researchers have developed a new method for understanding brain function in humans, leveraging advances in genetic techniques to manipulate small subsets of brain cells. This breakthrough has significant implications for studies of human neurological diseases, including Alzheimer's and Parkinson's disease.
Scientists used OU GeoChip technology to analyze deepwater oil plumes in the Gulf of Mexico. The study found that microbial activity degraded virtually all oil without oxygen depletion.
The OU Biocorrosion Center aims to address the growing threat of biocorrosion in the oil and gas industry, which can lead to hazardous material discharges. Researchers will explore new technologies to mitigate biocorrosion problems, fuel biodeterioration, and anaerobic microorganisms.
Donna Nelson, a University of Oklahoma professor, has been selected as a 2010 American Chemical Society Fellow for her contributions to the chemical sciences and outstanding service. She is recognized for her research on minorities in academe and functionalizing single-walled carbon nanotubes.
A University of Oklahoma researcher is developing a novel therapy for Alzheimer's disease by targeting the toxic plaque in the brain. The therapy uses biopharmaceutical proteases that can degrade thousands of plaque molecules, potentially delivering a catalytic benefit even if only small amounts pass through the cell barrier.
Researchers at the University of Oklahoma Health Sciences Center have found a way to use gene therapy to treat retinitis pigmentosa, an eye disease that causes blindness. The treatment involves delivering genetic therapies directly to light-sensitive cells in the retina using nanoparticle technology.
Scientists found that reforestation can decrease the ability of forests to combat climate change by reducing carbon stock. The study suggests implementing forest management practices, such as site preparation without burning, to minimize negative effects on ecosystems.
The OU-PRIME research weather radar captured fine details of the storms never seen before with any radar. Researchers believe this unique data set will reveal new discoveries about tornado genesis and severe storms for years to come.
Researchers at OU WaTER Center address global water dilemmas with focus on climate change, treatment and cleanup methods. The Center's work has impact in four areas: teaching, research, service, and international leadership.
The University of Oklahoma Health Sciences Center has received a $100,000 Grand Challenges Explorations grant to develop a safe and cost-effective strategy for immune intervention. The project aims to boost immunity with minimal adverse effects in populations at risk due to malnutrition and poor socio-economic conditions.
Researchers are developing a new chemical enhanced oil recovery technology to access the remaining oil in existing US reservoirs. The project aims to increase domestic oil production from marginal wells, reducing reliance on deepwater drilling.
The University of Oklahoma National Weather Center has opened its Experimental Green Roof to the public, featuring a 1,280 square-foot system that intercepts solar radiation and reduces stormwater runoff. The project aims to improve energy efficiency, water quality, and urban development in Oklahoma.
Researchers are working together to understand intraplate earthquakes in an effort to minimize the loss of life and property. By deploying seismic recorders and analyzing data from two large experiments, the team aims to advance knowledge of earthquake causes and hazards.
Researchers are analyzing sediment and water samples from four distinct environments, including cold-dry Antarctica, to test a hypothesis about the planet's past climate. The team hopes to find 'markers' or indicators unique to erosion in this type of climate.
Phononic Devices partners with OU for breakthrough thermoelectric technology, promising increased efficiency in power generation and waste heat removal. The $3M ARPA-E grant enables further development and commercialization of the tech.
The study, published by the Oklahoma Tobacco Research Center, reveals hazardous air quality levels due to secondhand tobacco smoke in 'smoking' rooms. The average particulate level measured was beyond the EPA's hazardous extreme, posing a risk to employees and patrons.
A new weight-loss supplement, tri-pepper blend, has been shown to burn as many calories as a 20-minute walk. The University of Oklahoma study found statistically significant results, validating product weight-loss claims through measurements of oxygen consumption and carbon dioxide production.
Biodiversity in Oklahoma's rivers is declining due to environmental changes like water pollution, habitat destruction, and climate change. Freshwater mussels play a crucial role in biofiltration and ecosystem services, highlighting the need for sustainable water management.
Researchers at OU Health Sciences Center have developed a new treatment that kills large breast cancer tumors and reduces the need for mastectomies by almost 90 percent. The treatment, called Focused Microwave Thermotherapy, uses microwave technology to kill cancer cells, allowing women to save their breast tissue.
University of Oklahoma researcher Amy Cerato receives the Presidential Early Career Award for her groundbreaking research on expansive soils, which can cause extensive damage. The award also recognizes her commitment to community service and public outreach.
Meteorology Professor Evgeni Fedorovich has been recognized with the Humboldt Research Award for his contributions to fundamental discoveries in atmospheric flow dynamics. He will conduct research on numerical algorithms for simulating turbulent flows in Germany.
Researchers found a way to turn ineffective cancer drugs into effective fighters using their patented chemical compound, SHetA2. The compound tricks cancer cells into responding to new treatments and undergoing cell suicide without harming normal cells.
The University of Oklahoma's ACGT group has received a $7.5 million grant from the NSF for plant genomics research, focusing on the Heinz 1703 tomato genome. The project aims to improve crop yields and quality of life by understanding the chemical makeup of tomatoes.
The University of Oklahoma has received over $10 million in federal stimulus grants to support 33 research projects across various disciplines, including archaeology, weather, and genetics. The funding will enable OU researchers to tackle important problems with practical benefits for Oklahoma and the nation.
The University of Oklahoma is leading a $6 million NSF-funded project to develop cyberCommons, an information commons for real-time ecological data and forecasts. This will enable ecologists to predict changes in weather's impact on plant carbon use and nitrogen storage.
Researchers Lawrence Weider and Amy V. Callaghan will investigate how aquatic organisms cope with drastic environmental changes caused by nutrient pollution. The study targets lakes in Canada and Minnesota, where Daphnia diapausing eggs have remained dormant for over 50 years.
The National Science Foundation has awarded a $360,000 grant to establish a Robotics Crystallization Core Facility on the University of Oklahoma's Norman campus. The grant will provide sophisticated robotics equipment to support collaborative efforts among structural biologists in the state.
A massive international study is examining potential genetic consequences of reproductive organs exposed to curative therapy by drugs or radiation. Scientists aim to determine if radiation treatment increases birth defects, stillbirths, and specific conditions like Down syndrome in offspring.
The University of Oklahoma is developing a guide, workshop materials, and a training program for effective transportation project management strategies. The program will utilize innovative approaches, methods, and tools for successful outcomes.
The University of Oklahoma Center for Analysis and Prediction of Storms has been awarded three separate grants worth nearly $3 million to enhance severe weather prediction, improve wildfire management and predict tropical cyclones. The grants will focus on next-generation supercomputing, improved model resolution and advanced data assi...
Zachary Flamig, a senior at the University of Oklahoma's School of Meteorology, has been selected to receive a $10,000 scholarship from the Astronaut Scholarship Foundation. He will be recognized during an awards luncheon on September 25 for his exceptional performance and initiative in meteorology.
Tropical lizards detect effects of global warming in climate change research, highlighting threat to species and ecosystems, and human health. The loss of predators due to global warming disrupts natural biodiversity, leading to irreversible long-term consequences.
Researchers discovered a link between the anti-aging gene klotho and reduced high blood pressure, reversing kidney damage. The study shows that increasing klotho expression can lower blood pressure for at least 12 weeks and potentially prevent hypertension.
A recent study by University of Oklahoma's Cecil Lewis explores genetic ancestry influences on health and population genetics. The research finds that eastern South America has more genetic diversity than previously expected, contradicting the widely accepted peopling timeline.
Researchers have developed a new oral anti-clotting drug called Apixaban that is effective in preventing blood clots and reducing bleeding risk by half. The treatment was tested in a double-blind study of over 3,000 patients and proved to be a major step forward in preventing deadly blood clots after joint replacement surgery.