Biologist Keith Gido is discovering dramatic changes in native fish communities due to the North American drought. River fragmentation and groundwater withdrawals are affecting aquatic systems and native fish species in the Great Plains.
Andrew Ivanov, a Kansas State University physicist, has received the Department of Energy Early Career Research Award to study the Large Hadron Collider. He aims to find a partner particle to the top quark and improve the Compact Muon Solenoid Pixel Detector system.
The study successfully creates a device that detects humidity and pressure using graphene quantum dots, showcasing improved sensing capabilities. By manipulating the distance between the quantum dots, the researchers increased conductivity by 43-fold, enabling more accurate measurements.
Researchers found a key role for chaperones in protein assembly and regulation of the proteasome's functionality. The study may reveal new targets for anticancer drugs and advance research on Parkinson's and Huntington's diseases.
A team of Kansas State University researchers, led by Barbara Valent, has been awarded $5.5 million to develop resistant varieties and diagnostic tools for two deadly diseases: wheat blast and rice blast. The project aims to improve U.S. rice production and protect the nation's wheat crop.
Clint Frye, a Kansas State University doctoral student in chemical engineering, has been named the university's first Lawrence scholar. As a scholar, he will spend four years conducting collaborative research at the Lawrence Livermore National Laboratory and performing related research on semiconductors at K-State.
A Kansas State University-led team is researching an antiviral drug for market use to prevent and treat norovirus infection. The team has identified protease inhibitors with potential for preventing and treating norovirus, a contagious stomach illness infecting 1 in 15 Americans annually.
A Kansas State University research team found that global nitrogen availability has remained steady for the past 500 years, despite increased industrial production. The study suggests a link between nitrogen and carbon levels, with implications for future ecosystem changes.
Researchers at Kansas State University have developed a material that uses biofuel byproducts to make concrete stronger and reduce its carbon footprint. The new material replaced 20% of cement with cellulosic ash from biofuels, increasing the strength of concrete by 32%.
Researchers at Kansas State University are part of a $6.5 million collaboration to refine biomass conversion into better biodiesel, jet fuel, and other value-added products. The project aims to optimize every component used in the production cycle for closed-loop systems without emissions.
A study published in the International Journal of Behavioral Nutrition and Physical Activity found that sitting time was significantly associated with an increased risk of chronic diseases. The study, which included 63,048 middle-aged Australian males, showed a steady increase in risk as sitting time increased.
Breast cancer stem cells drive tumor progression and recurrence, making current treatments ineffective. Zolkiewska's research focuses on ADAM12, a promising marker that can help identify and target these cells for more effective treatments.
A recent study by Kansas State University researchers found that company policies alone are insufficient to curb cyberloafing, which results in lost productivity and potential legal trouble. Consistent enforcement of policies is key to reducing this behavior.
The gift enables researchers to study ways to improve electrical systems using software-defined networking technology, aiming to boost efficiency and security. The laboratory will be one of the first facilities to test emerging tech in managing power distribution.
A Kansas State University doctoral student has received a USDA grant to research the relationship between the tomato spotted wilt virus and its vector, the western flower thrip. The goal is to develop a genetic tool to silence the thrip's protective genes, potentially stopping the disease's transmission.
A Kansas State University-led study reveals a new protein that affects how cells in the innate immune system function and protect humans against invading bacteria. The researchers characterized a glycosyltransferase activity protein that targets GAPDH function to inhibit NF-kappaB activation, leading to enhanced disease susceptibility.
Researchers develop efficient methods for creating nanomaterials and lithium-ion batteries using graphene films grown on copper and nickel foils. Graphene-based battery shows improved performance due to well-defined Bernal Stacking, while tungsten disulfide nanosheets store and release lithium ions through conversion reactions.
A team of researchers led by Kansas State University's Xiuzhi Sun will study oilseed camelina to make it a cost-effective bioenergy and biobased product feedstock. The goal is to create a foundation for nonfood oilseeds as a resource for biofuels, chemicals, and bioproducts with minimal impact on food systems or the environment.
Researchers at Kansas State University have developed a new method for prioritizing genes in plant genomes, which has been shown to improve the likelihood of finding critical genes controlling traits such as drought tolerance and grain yield. By applying genetic-analysis methods used to study humans, scientists were able to identify a ...
Four Kansas State University researchers, John Blair, Ruth Welti, Kun Yan Zhu and Ron Trewyn, have been named fellows by the American Association for the Advancement of Science for their distinguished contributions to science. The university celebrates this prestigious recognition as a testament to its commitment to scientific excellence.
Researchers found that E. coli must acquire iron from the host to establish a foothold and colonize the gut, resolving a long-standing debate about the importance of iron in bacterial infection. By understanding how bacteria obtain iron, scientists can develop new strategies to block microbial diseases and create new antibiotics.
A Kansas State University-led research team is studying the potential of social media to prevent the spread of infectious diseases. By analyzing human behavior and identifying key groups to reach with health information, researchers hope to develop a more robust preventative society against infectious diseases.
A Kansas State University study found that exercising with a teammate perceived as better increases workout time and intensity, but only when the partner is approximately 40% more skilled. Over time, this motivation can lead to significantly longer exercise sessions.
Researchers created a culturally relevant guidebook to improve Hispanic health and behaviors, focusing on physical activity and nutrition. The guidebook was well-received by community residents and addressed the Latino Paradox, highlighting the shift in healthy eating habits when immigrants arrive in the US.
Researchers have mapped the domestic pig's genome, uncovering genetic traits that could improve animal health and share similarities with human physiology. The sequenced genome includes genes associated with disease resistance, immune mechanisms, and protein abnormalities linked to various human diseases.
By using high-powered X-ray laser, researchers stripped a record 36 electrons from a xenon atom, achieving a previously unachievable positively charged state. This breakthrough will help create new states of matter and produce higher-quality images of nano-world objects.
A Kansas State University-led research project is developing quality control tests for freeze-thaw durable concrete railroad ties. The team adds surfactants to the concrete to create pressure release valves, protecting it from damage.
The university will use the grant to build solar-powered charging stations for electric and hybrid vehicles, exploring technical, social, environmental and economic issues surrounding plug-in vehicles. The project aims to reduce air emissions and improve air quality by promoting the adoption of solar-powered charging stations.
Researchers at Kansas State University are using the new mass spectrometer to analyze plant responses to heat, cold, and other stresses. By studying Arabidopsis thaliana, a model plant species, they aim to improve crop plants' ability to withstand environmental stress.
A Kansas State University doctoral student is developing a high-performance nanostructure of silicon coated onto carbon nanofibers to improve lithium-ion batteries. The material stores roughly 10 times the energy of current electrodes, resulting in a 10-15 percent improvement in battery technology.
A blood test developed by Kansas State University researchers can accurately detect the beginning stages of breast and non-small cell lung cancer. The test works by detecting increased enzyme activity in the body, with a 95% success rate in detecting cancer in participants.
Kansas State University assistant professor Carlos Trallero has received two prestigious national awards for his research on quantum laws. He will use nearly $1 million from the National Science Foundation to buy a world-class femtosecond laser.
A Kansas State University professor's research on post-surgery pain treatment and osteoarthritis therapy in dogs aims to develop better ways to treat humans. The study found that hot and cold packing can be effective in reducing swelling, with a recommended time frame of 10 minutes.
Researchers at Kansas State University have designed a membrane-bounded vesicle formed entirely of peptides that can safely deliver drugs to specific cells in the body. The peptide vesicles offer advantages over existing drug delivery systems, such as improved stability and durability.
The National Science Foundation awards a $2.3 million scholarship program at Kansas State University to train students in cybersecurity, as the nation faces growing cyber threats. The program aims to develop experts capable of handling cybersecurity challenges and safeguard critical infrastructure.
A team of researchers at Kansas State University is working on a project to develop improved security warning messages that prompt users to make gut decisions about online safety. They aim to minimize traditional text warnings and icons, instead using visual images to convey the importance and danger level of certain choices.
Researchers at Kansas State University are working on developing a flexible but standardized and secure communication network for medical devices. The team aims to enable devices to monitor and reason about patient health, reducing security problems as devices become more complex.
Kansas State University professor Matthias Kling has received a $750,000 award to study electron dynamics in nanostructures with strong laser fields. His research could lead to speeding up electrons by a factor of 100,000, improving communication technology.
Researchers developed a glue mixture that can improve the safety of LASIK eye surgery by reducing the need for cornea transplants. The adhesive, made from fibrinogen and riboflavin, was tested on dogfish sharks and rabbits and found to be effective in keeping the cornea's flap in place.
Kansas State University researchers have made significant discoveries in cancer research by studying animal health. They found SCID pigs with severe combined immunodeficiency and discovered the connection between human cancer and pig diseases. This collaboration has huge potential for improving surgeries, drug development, and bone mar...
A Kansas State University expert's study reveals that relationship dynamics with ex-partners significantly impact co-parenting relationships. Mothers with contentious relationships often struggle with parenting styles, financial concerns, and control issues, while those with amicable relationships prioritize communication and shared re...
A recent study found that diverse grasslands can tolerate increased periods of drought and climate change due to the presence of drought-resistant species. This diversity allows grasslands to maintain their ecological functions, including carbon sequestration, food sources for grazing animals, and temperature regulation.
A new line of defense against E. coli O157:H7 has been discovered through a Kansas State University study. The commercial cattle vaccine significantly reduced E. coli shedding in feces by more than 50%, making it an effective tool for improving food safety.
A Kansas State University researcher has developed a guidebook for creating intergenerational classrooms in nursing homes, where children and seniors can learn from each other. The program has been shown to improve the health and well-being of nursing home residents, while also promoting social development and a sense of purpose.
A Kansas State University research team has developed an improved method for detecting and measuring bridge damage using a bridge health index. The index provides a more objective way to determine and compare bridge damage, allowing inspectors to input parameters and receive a numerical value indicating the bridge's health.
A team of scientists has cloned the tannin gene in sorghum, revealing its role in promoting human health through antioxidant properties. The study also explores ways to alter tannins to improve sorghum's use as food and feed.
Researchers at Kansas State University are studying the geochemical effectiveness of trapping and storing carbon dioxide in the Arbuckle aquifer, a porous rock layer that could permanently store CO2. The study aims to understand how to sequester carbon dioxide and keep it from reaching the atmosphere.
A study by Kansas State University researchers found that prescription drug warning labels often fail to attract attention, impairing the communication of critical safety information. The research highlights the need for an effective labeling standard to improve patient safety and reduce medication errors, particularly among older adults.
Researchers at Kansas State University have identified a new bound state in atoms that can hold three identical atoms together, but repel two. This discovery sheds light on matter and its composition, and may lead to breakthroughs in experiments with ultracold atomic gases.
A Kansas State University researcher analyzed police data to find that black and Hispanic women are just as likely as white men to be ticketed or searched during a traffic stop. Black and Hispanic men were more likely to receive tickets or be searched, with significant disparities in outcomes.