Researchers develop biosensors that track metabolic activity and diagnose unhealthy conditions in obesity. ATP's role in metabolism makes it a potential target for early diagnosis and treatment of metabolic syndrome.
The University of Houston's Institute for Molecular Design will receive a $500,000 DNA sequencer, allowing researchers to analyze complex genome data in a couple of days, instead of years. The device will help advance synthetic biology and stem cell research at UH.
University of Houston professor Dmitri Litvinov develops nanomagnetic computing systems that combine logic, memory, and data storage in a single system. This technology has the potential to revolutionize information processing with ultra-high density computing power.
Researchers at the University of Houston are presenting new material innovations that have potential applications in consumer electronics and fuel cell research. These advancements include hybrid nanomaterials for energy conversion devices, a Pd membrane reactor to convert fuels into hydrogen for electricity production in fuel cells.
The University of Houston's teachHOUSTON program aims to replicate the successful UTeach format, providing intensive mentoring and field experience for aspiring math and science teachers. The program has already begun with 14 students and plans to expand to 375 participants by the fourth year.
Thomas Hsu, a University of Houston civil engineering professor, has been recognized for his work on the 'Universal Element Tester,' a device capable of testing reinforced concrete under varied controlled forces. The UET allows engineers to predict seismic behavior and design cost-effective structures.
Laura Wade, associate director at the Texas Center for Superconductivity, has received the Distinguished Service Award from the National Council of University Research Administrators. Her colleagues praised her commitment to the profession, citing her tireless efforts in grant proposals and educational workshops.
A University of Houston engineer is using a new device to study the adult brain's ability to adjust and recover from injuries. The research aims to understand the level of plasticity in adult brains and potentially develop new treatments for brain damage.
Professor Bittner received the prestigious Guggenheim Fellowship to study quantum dynamics in molecular electronic devices at Cambridge University. He is the first UH scientist named as a fellow in 18 years and joins an illustrious group of past recipients including Linus Pauling.
Lynn Simpson, a clinical associate professor at the University of Houston College of Pharmacy, has received the American Pharmacists Association-Academy of Student Pharmacists' Outstanding Chapter Advisor Award. She was recognized for her spirit and impact on students, who have held regional or national leadership posts in APhA-ASP.
Five UH geosciences professors are recognized for their outstanding achievements in various fields of study. Janok Bhattacharya receives the Grover E. Murray Memorial Distinguished Educator Award, while Aibing Li receives a $450,000 NSF Faculty Early Career Development Award supporting research and education integration. Fred Hilterman...
A novel detection procedure using nanotechnology and high-temperature superconductors enables surgeons to accurately locate the sentinel lymph node for breast cancer. The ultrasensitive magnetic probe detects minuscule magnetic fields, allowing for more effective staging and treatment of breast cancer.
The UH David M. Underwood chapter of the American Humanics program received the Program Excellence Award for achieving excellence in all areas of programming, institutional and community support, effective public relations and fundraising, quality of internships and graduate placement.
A University of Houston student is working on a space suit redesign that prioritizes stability and locomotion for astronauts. Her research focuses on reducing the weight and improving the mobility of the space suit, which will enable astronauts to navigate the lunar terrain more easily.
Researchers create an array of magnetic-field sensors to detect tiny magnetic spheres, which can bind with cell receptors. This technology enables rapid evaluation of potential antiviral drugs and high-precision detection of cancer biomarkers.
A University of Houston research team has been awarded a $1.6 million grant to build the most powerful magnetic field sensor to date. The sensor, which could be hundreds or thousands of times more sensitive than current models, will have applications in both military and medical fields.
Researchers aim to shorten runway delays by creating near-axis swirls in trailing vortices, reducing turbulence and making runways usable more quickly. The study's goal is to demonstrate the feasibility of this approach and explain its physics.
Researchers at the University of Houston have created a low-density, open-caged structure of germanium with unusual thermoelectric and optoelectronic properties. The new material has the potential to emit light and exhibit significant technological potential.
The University of Houston has received a $1.4 million grant to provide students with hands-on training in the petroleum industry. The donation includes the KINGDOM Suite software, which will be used for research and classes.
The University of Houston's Moody Tower Atmospheric Chemistry Facility conducts round-the-clock monitoring for the Texas Air Quality Study-II. Researchers collect data on various pollutants, including ozone-forming compounds, and develop a Gulf Coast Air Quality Model to improve air quality predictions.
The Institute for Multi-dimensional Air Quality Studies has developed an ozone forecaster to increase public awareness and help Texas manage air quality. The system provides detailed forecasts, including hourly data from air pollution monitors, to assist individuals with respiratory problems.
The Texas Smoke-Free Ordinance Database shows that over a quarter of Texas cities have passed new smoking ordinances since 2000. The database provides detailed information on smoking policies across the state, including summaries of various ordinances and enforcement measures.
University of Houston and Lunar Planetary Institute researchers use data mining and machine learning to analyze Martian surface patterns. They develop new computational tools to characterize large portions of the Martian landscape, aiding understanding of past water activity on Mars.
A University of Houston team, with a NIH grant, is creating a quick, accurate test for the 'Cruise Ship Virus' using retroreflectors and antibody proteins. The tool has the potential to diagnose diseases like Norwalk more easily and may be applied to other infectious diseases.
A $1.5M study at UH's Office for Drug and Social Policy Research investigates drug abuse, depression, PTSD and HIV/AIDS among 300 Katrina evacuees, mostly African American and Hispanic. The research aims to develop rapid public health responses for large-scale disasters affecting socially disenfranchised populations.
Jerald Strickland, a UH optometry professor, received a Doctor of Humane Letters (Honoris Causa) from NECO and the Distinguished Service Award from the AOA for his outstanding achievements in optometry and community service. He has been instrumental in creating the Partnership Foundation for Optometric Education, which aims to support ...
Azim Karim and Hassan Khalil, two University of Houston graduates, received prestigious national fellowships. Azim's $20,000 Merage fellowship will support his goal to become a medical doctor specializing in cardiovascular sciences.
Phuc M. Huynh, an electrical engineering major at UH, has been awarded the prestigious Goldwater Scholarship for his research on infrared bandpass filters that can increase energy efficiency. With a grade point average of 3.89 and recognition from prominent faculty members, Huynh is well-deserving of this honor.
Researchers aim to identify patients at high risk of aneurysm rupture using computer simulations of blood flow. The study uses geometric models and fluid dynamics programs to analyze blood flow characteristics and predict patient-specific risks.
Scientists have discovered a new mechanism for the formation of insulin crystals, which is crucial for understanding diabetes. The discovery, made by University of Houston researchers, provides insight into how insulin molecules attach to crystals and could lead to breakthroughs in various fields.
Xiaolian Gao, a UH biology and biochemistry professor, is among the 24 honorees for her DNA chip research that has the potential to make complete functioning organisms. Her technology could lead to alternative energy sources, natural product synthesis, and gene therapy procedures.
The grant unifies labs, extending technologies and adding computation and visualization resources. Researchers will analyze large volumes of data from non-invasive imaging technologies to study brain function, detect cognitive impairment, and improve biometrics-based security.
Ricardo Azevedo's study using a computational model suggests that sexual reproduction can lead to the evolution of negative epistasis, which confers an evolutionary advantage on sexually reproducing organisms. This finding implies that sex may be self-reinforcing, leading to increased robustness in populations.
A University of Houston graduate student has developed a new type of memory storage device using solid state physics, promising faster access to data, music, and movies in hand-held devices. The invention utilizes magneto-electric effects in multiferroic compounds to read and write information.
The University of Houston is collaborating with the US Navy to develop nanomagnetic biosensors for detecting biological warfare agents and land mines. The program aims to create high-sensitivity techniques for improving land mine detection.
Researchers at the University of Houston have developed a new software tool that can detect 'inflamed plaque' in blood vessels, highlighting areas prone to future rupture and blockage. This technology will provide doctors with an early detection method to reduce fatalities due to unpredictable heart attacks.
C. Richard Liu's innovative GPR device measures concrete thickness non-destructively, reducing drilling costs and providing more data than traditional methods. The device is affordable and will be used in everyday operations to ensure highways meet proper construction standards.
John Castagna's developed an algorithm to predict seismic-wave velocities for direct hydrocarbon indicator analysis, detecting oil and gas reservoirs more effectively. This advancement enables explorers to locate hydrocarbon discoveries with higher accuracy, reducing the need for costly drilling operations.
Mohamad Halawi, a UH graduate, has been awarded multiple scholarships and a prestigious NIH fellowship to pursue his passion in cancer genomics research. With these honors, he aims to become a physician-scientist practicing in oncology.
Dan Luss' research focuses on developing operation and control policies for chemical reactors, increasing efficiency, and producing advanced ceramics. He aims to prevent runaway reactions and explosions by understanding initial conditions and developing start-up procedures.
Researchers at VisiGen Biotechnologies aim to sequence human genomes in under a day at a cost of $1,000 with new BioNano Technology system. The goal is to enable comprehensive genome analysis and design single-molecule DNA sequencing instruments for disease research.
The program provides hands-on research experience and networking opportunities for biomedical engineering students. Students work with medical professionals to apply their research in a professional setting.
The University of Houston College of Optometry has awarded five graduate students with fellowships from the American Optometric Foundation, recognizing their excellence in research and teaching. The students will pursue full-time careers in optometric research and education.
Hassan Khalil's model will allow for new experimentation in artificial organ control, making experiments more flexible and predictable. The collaboration between UH and the Texas Medical Center fosters collaborations between engineers, doctors, and professionals.
Math Professor Suncica Canic received a Top Houston Women in Technology award for her career achievements and research on improving stent design. UH students Irene Cooperstein Cole and Barbara Nishae Brooks were awarded $10,000 Kathi Bowles Scholarships for their exemplary performance in math and computer science.
Moss's work on local structure of alloys led to the development of Krivoglaz-Clapp-Moss theory, redefining alloy studies. He continues to study atomic structure of alloys to understand phase stability and properties.
The University of Houston is developing DNA probes to detect emerging pathogens using advanced genomic computations and bioinformatics. The goal is to rapidly identify microorganisms and viruses that could be used in bioterrorism attacks.
The University of Houston's Sasakawa International Center for Space Architecture is designing a research facility on the Greenland Summit. The UH team will conduct site evaluations and initiate tests of an experimental scale mockup station to refine the design.
Pradeep Sharma's research on quantum dots holds potential in detecting tumors and encrypting data. The award will support his investigation into new scaling laws for quantum dots due to mechanical strain.
Dana Hausmann, a fourth-year UH pharmacy student, won the contest for the second consecutive year, competing against 90 contenders from across the country. The victory highlights the college's emphasis on effective communication with patients, reflecting the quality education students receive from faculty.