Researchers at Kansas State University have developed a robust model to predict chemical reactions involving three atoms at ultracold temperatures, shedding light on mysterious quantum states and the Efimov effect. The findings provide a largely accurate idea of how atoms bind to form molecules.
Kansas State University physicists are part of a collaborative project that seeks to understand how light interacts with matter. The National Science Foundation's EPSCoR grant will help develop tools for controlling molecular processes using laser technology.
Researchers at Kansas State University have developed a lithium-based neutron detector for various applications, including medical imaging and national security. The Li-Foil Neutron Detector is more cost-effective than helium-3 based detectors due to advancements in lithium foil manufacturing.
Researchers are developing Camelina sativa as a biodiesel crop for the Great Plains, which can grow on poor-quality farmland and requires little irrigation and fertilizer. By altering the plant's biochemistry, they aim to create low-viscosity oil that can be used directly in diesel engines.
Researchers found that burning outside the traditional late spring frame has no measurable negative effects, but may have multiple benefits. Burning in the fall or winter increases flexibility and ensures pasture gets burned without reducing grass production.
Researchers have used next-generation sequencing to rapidly identify pathogens in the United States. A recent discovery of porcine enterovirus G highlights the importance of this technique in detecting viruses that can cause disease. The virus is thought to be benign but raises concerns about other viruses getting through borders.
Researchers used evolutionary game theory models to study information flow in the natural world, finding that arbitrary signals can come to mean something through a natural process. This discovery may help explain how words gain meaning and acquire meaning through biological evolution, social learning, or other adaptive processes.
Researchers used an ultrafast optical laser and X-ray pulses to study the movement of electrons between atoms in exploding molecules. They observed that electrons can jump over surprisingly long distances, up to 10 times the length of the original molecule, shedding new light on microscopic dynamics.
A team of researchers from Kansas State University has completed a chromosome-based draft of the wheat genome, providing a valuable resource for plant science researchers and breeders. The genetic blueprint will enable the rapid location of specific genes controlling complex traits such as yield, grain quality, and disease resistance.
Researchers at Kansas State University have found that bacteria can acquire iron from the environment using tiny protein loops on their surface. These protein loops are similar to fingers and can open or close to grab iron molecules, allowing the bacteria to establish an infection.
A study by Kansas State University researcher Sooyeol Kim found that employees who take short smartphone breaks throughout the day are happier at the end of the workday. Microbreaks, defined as non-working-related behaviors during working hours, can provide employees with refreshment and help them cope with stressors.
Researchers at Kansas State University have found evidence that the Higgs boson is responsible for generating mass in fundamental particles, such as electrons. This discovery reinforces existing theories and provides new insights into how the universe works.
A team of researchers from Kansas State University has created a new molecular assay to detect and quantify major genes specific for E. coli O157 in cattle feces. This test can be used in diagnostic or research laboratories to accurately detect E. coli and help with quality control in cattle facilities.
A team of Kansas State University engineers and students have developed customized devices and software to help children with severe developmental disabilities, including autism spectrum disorders and cerebral palsy. The technology, supported by a $125,000 grant from the National Science Foundation, aims to improve their health and qua...
Researchers at Kansas State University are developing a way to enhance high-order harmonics to create powerful small tabletop light sources. They propose synthesizing two- or three-color laser fields to optimize harmonic intensity, potentially leading to new applications in science and technology.
Researchers at Kansas State University have identified a new gene expression mechanism in the porcine reproductive and respiratory syndrome (PRRS) virus. The discovery provides a potential avenue for developing new antiviral strategies.
Researchers at Kansas State University have identified a new protein, BiP, associated with the neurological disorder dystonia. The study, published in the Journal of Biological Chemistry, suggests that modulating BiP could lead to effective treatments for dystonia.
The patented template-based system detects explosives hidden underground or in car trunks, improving safety for soldiers in combat zones. The researchers aim to make the system effective at 100-meter distances, enabling quick detection of improvised explosive devices.
Researchers have developed a method of insect control using plants that emit sex pheromones mimicking those naturally produced by moths. The study, published in Nature Communications, shows that plants can be engineered to produce these pheromones, attracting male moths and effectively trapping them.
A Kansas State University researcher has found that nobody likes negative feedback, even those trying to learn. Culbertson suggests focusing on constructive feedback, avoiding numerical ratings, and eliminating the 'sandwich' approach. This can help managers improve employee motivation, commitment, and performance.
A Kansas State University epidemiologist has found that climate, physical environment, and socio-ecologic conditions contribute to tularemia infections among domestic cats. The study identified newly urbanized areas, residential locations surrounded by grassland, and high-humidity environments as key factors in the disease's prevalence.
Researchers found that chronic lead intoxication impairs therapeutic effectiveness of antibiotic amoxicillin in goats, leading to lower serum concentrations and faster excretion. The study suggests that lead-intoxicated goats may require more frequent amoxicillin administration for effective therapy.
A recent study in Nature finds that the Arctic tundra during the last ice age was teeming with colorful wildflowers, providing sustenance for giant grazing animals like woolly mammoths. The research, led by Kansas State University's Joseph Craine, challenges conventional views of the region's vegetation history.
A Kansas State University engineer has developed a composite paper that can efficiently store sodium atoms and serve as a flexible current collector in sodium-ion batteries. The paper offers stable charge capacity and eliminates the need for polymeric binders and copper current collectors.
New research conducted at Kansas State University's Biosecurity Research Institute shows promise in fighting the deadly H7N9 influenza virus. The study reveals that Alferon N can inhibit the replication of wild type and Tamiflu-resistant H7N9 virus strains, providing a potential treatment option.
Research from Kansas State University found that decreasing sitting time and increasing physical activity can lower chronic disease risk and improve quality of life. The study suggests breaking up sedentary periods with movement to stimulate metabolism and reduce the risk of obesity, diabetes, cardiovascular disease, and mortality.
Researchers at Kansas State University are exploring how E. coli proteins block the host's innate immune system, which is critical for infection prevention. Understanding this mechanism may lead to new therapeutics for autoimmune diseases and cancer.
Kansas State University researchers are developing wearable medical sensors to monitor astronauts' vital data, such as breathing rate or muscle activity. The team is also creating a specialized wireless network for the biosensors to communicate with each other and a space station.
The university's premier biomedical instrument is expected to provide breakthroughs in treating animal and human health conditions, including cancer. The instrument uses thermal cell therapy and high-resolution imaging to target specific cells and tumors.
College of Veterinary Medicine researcher Yunjeong Kim is working on a novel approach to combat feline coronavirus and calicivirus infections, which cause life-threatening illnesses in cats. She has identified a promising compound that targets the virus protease, essential for successful replication.
Researchers are studying the molecular interactions between CFTR and SLC5A8 transport proteins in the thyroid gland, which may play a role in moving iodide into follicular lumens.
Researchers have found that tungsten is leached from sediment into groundwater based on pH and oxygen levels. The study suggests that iron oxide particles play a key role in regulating tungsten concentrations in groundwater, with higher pH levels leading to more tungsten entering the water.
A Kansas State University microbiologist has discovered a breakthrough medicinal compound that treats Candida albicans, a common human fungal pathogen. The nontoxic gymnemic acid compound blocks the virulence properties of the fungus, making it more treatable and reducing its risk to patients.
Researchers at Kansas State University have discovered a new three-atom-thick material, molybdenum disulfide, and found that manipulating it with gold atoms improves its electrical characteristics. This breakthrough could lead to advancements in transistors, photodetectors, sensors, and thermally conductive coatings.
A Kansas State University study shows that the Clean Air Act has helped forest systems recover from decades of sulfur pollution and acid rain. The research found a clear shift in tree growth and physiology since the Clean Air Act was passed in 1970, with significant improvements seen after 1982.
A team of 8 researchers from Kansas State University is studying the Smoky Hill Watershed to improve Great Plains water sustainability, focusing on human activity and climate change impacts. The project aims to build resiliency in both human and natural systems for economic, cultural, and ecological benefits.
A recent study by Kansas State University predicts that the High Plains Aquifer will deplete to 69% by 50 years if current irrigation trends continue. Reducing water use could extend the aquifer's lifetime and increase net agricultural production until 2110.
Researchers identified a neuropeptide named natalisin that controls reproductive ability and interest in mating in insects. The study found that knocking out natalisin in fruit flies reduced their reproductive capacity and decreased their desire for mating.
A study by Kansas State University researcher Sarah Asebedo found that workaholics are more likely to experience reduced physical and mental well-being. Workaholism was associated with skipped meals and lower self-reported depression scores.
Researchers at Kansas State University have identified a PHS gene in wheat that prevents preharvest sprouting, a major cause of crop loss. The discovery provides a potential solution for the $1 billion annual industry losses associated with white wheat production.
Researchers at Kansas State University and Avatekh Inc. are developing advanced nonlinear algorithms and circuits called adaptive nonlinear differential limiters (ANDLs) to reduce electronic noise and interference in industrial and consumer products. The technology may improve smartphone performance, battery life, and operating range.
Researchers at Kansas State University have successfully restored hearing and balance in mice with a genetic mutation that causes hereditary deafness. The study, published in PLOS Genetics, uses a targeted approach to rescue hearing and balance by restoring pendrin expression in the endolymphatic sac. This finding has significant impli...
Kansas State University researchers have discovered how Enterococcus faecalis, a bacterium causing hospital-associated infections, uses its regulatory system to resist the host's innate immune defense. The team has identified a protein called Eep as a key stress response that can be targeted with novel drug compounds.
A study published in Family Relations found that financial issues are the top predictor of divorce, regardless of income or net worth. Early financial arguments can lead to lower relationship satisfaction and increased stress, making it essential for couples to address these issues through education and counseling.
A 7-year Kansas State University study found that wind turbines have little effect on greater prairie chicken populations. Female survival rates increased after turbine installation, possibly due to reduced predator presence. Conservation management practices, such as grazing and fire management, had the strongest impact on bird habitats.
A Kansas State University-led study reveals that the TonB protein plays a central role in the uptake of iron by Gram-negative bacteria, which cause diseases like typhoid fever and meningitis. The research found that TonB acts as an electric motor that rotates in response to cellular energy flow, enabling iron acquisition into the cell.
Researchers at Kansas State University have identified a key component of plants' immune system that recognizes and fights the invasive Ug99 stem rust pathogen. The discovery of the Sr35 gene provides hope for developing new wheat varieties to protect global food crops against this devastating disease.
A recent study published in PLOS ONE found that climate change is likely to reduce the nutritional quality of grasses, causing bison to grow more slowly and weigh less. This could have significant economic implications for cattle producers, with a potential loss of $1 billion in income due to reduced weight gains.
Researchers have shed light on how the rice blast fungus invades plant tissue by evolving two distinct secretion systems. Understanding this process is crucial in controlling the disease and will help prove pivotal in blast disease control.
A Kansas State University researcher has received a prestigious fellowship to study mosquitoes and their role in spreading malaria. The goal is to understand how the mosquito's immune system responds to parasites, which could lead to new methods to limit parasite development and potentially find a cure for malaria.