A study published in Folia Primatologica found that protecting national parks can preserve multiple mammal species, including carnivores and ungulates. Researchers observed a significant increase in species diversity within the protected area of Niokolo-Koba National Park in Senegal.
A new process developed by Purdue University researchers makes it easier to cut and shape exotic metals, reducing the need for high-force machining. The method uses a designer surface-active agent to create a smoother end surface with fewer cracks and tears.
Purdue researchers have successfully probed interference of quasiparticles using a new device. The device, built with molecular beam epitaxy, overcomes technical challenges to observe quantum mechanical effects. This breakthrough may be key to developing topological qubits and advancing quantum computing.
A new microscope developed by Purdue University researchers uses phase-contrast microscopy to gather detailed information about molecules and membranes, enabling better testing of drugs and understanding of biological processes.
A new injectable bone healing drug has been developed to accelerate fracture healing by 50% and reduce recovery times. The technology, licensed through Purdue University's Research Foundation, has shown promising results in preclinical studies and is expected to transform treatment for broken bones.
Purdue University researchers have developed a material that improves the stability of quantum bits by enhancing supercurrents on their surface. This innovation has potential to boost quantum computing's performance and accuracy.
The proliferation of genetically modified seeds in India has led to 'choice overload,' where farmers struggle to make decisions due to a vast array of options. Farmers prioritize community expectations and social status over yield, driven by the desire to be successful and modern.
A new method borrows from Goldilocks thinking for evaluating metal thickness, finding the ideal electrode thickness. This technique can increase catalyst activity by 10-50 times and use 90% less metal than current fuel cells.
A new technique developed at Purdue University could lead to faster and more accurate detection of cancer cells in patient blood samples. The method uses near-infrared spectroscopy to analyze proteins expressed on cancer cells, enabling early diagnosis and potentially improving outcomes.
A novel type of flow battery is being tested in golf carts and industrial vehicles, showing promise for powering electric cars for up to 3,000 miles. The technology replaces traditional batteries with a water-based single fluid that can run like a gas engine without burning anything.
Purdue researchers develop a technology to address uncertainty in CubeSat ignition systems, enabling reliable propulsion for extended lifetimes. The innovation uses nanosecond-long pulses to initiate ignition, successfully testing over 1.5 million pulses without significant damage.
Researchers at Purdue University have developed a chemical conversion process that can transform polyolefin waste into valuable products, including polymers, naphtha, and clean fuels. The technology has the potential to boost recycling profits and reduce global plastic waste stock.
A new study suggests that enlarged prostates could impede tumor growth in prostate cancer patients. Computer simulations found that the mechanical stresses from an enlarging prostate keep tumors small. The findings challenge traditional treatments that involve downsizing the prostate.
A new soy-based adhesive, created using Maillard chemistry, shows promise as a non-toxic alternative for food packaging. The adhesive, made from natural proteins and sugars, is stronger than Gorilla Glue on wood and has the potential to replace toxic petroleum-based adhesives.
Physicists have made a slight improvement to the ATLAS experiment's measurement, but results are nearly consistent with the standard model. Despite this, researchers remain hopeful that future data may reveal new physics or dark matter particles.
Researchers created a new testing ground for quantum systems to study spin current decay and its effects on spintronics. This breakthrough may lead to advances in computing and electronic devices that use spin instead of electrons' charge.
Researchers at Purdue University have developed a series of drug compounds that have shown promise in treating acute myeloid leukemia (AML), a type of blood cancer that is often lethal. The new compounds work on both common and drug-resistant forms of AML, including those with problematic mutations.
Researchers uncover potent and selective inhibitor of SHP2, a key target for cancer treatment. The discovery could lead to improved cancer drugs and new strategies for killing cancer cells.
A Purdue University-developed drone technology can map a scene in five to eight minutes, allowing public safety officers to open roads much quicker after an accident. This reduces secondary crashes by 60% and exposure of colleagues to highway traffic hazards.
Researchers at Purdue University have discovered two peptides that selectively activate beneficial cellular pathways without causing unwanted side effects. These peptides are being investigated in preclinical studies for their ability to regulate dietary intake and have shown promising results.
Researchers at Purdue University have discovered a new material that can store and retrieve data quickly without consuming too much power. The material, molybdenum ditelluride, allows for faster switching between high and low resistance states, which can increase the rate of storing and retrieving information.
Researchers developed two classification models that gauge human trust in intelligent machines using electroencephalography and galvanic skin response. The models achieved a mean accuracy of 71.22 percent, enabling real-time trust estimation.
Researchers at Purdue University have created a new organic plastic material that can reliably conduct electricity in up to 220 degrees Celsius, stable across a wide temperature range. This breakthrough technology has the potential to improve applications such as sensors and solar cells in extreme temperatures.
Researchers at Purdue University have developed a series of molecules that may provide more reliable relief for people with autoimmune diseases. The new inhibitors target Janus kinase, offering potential treatment options for conditions like rheumatoid arthritis and psoriasis.
Researchers have made improvements to fluoride-based batteries that allow them to operate at room temperature, potentially rivaling lithium-ion batteries. This breakthrough could lead to the development of high-energy density batteries with wider operating voltage and stability.
A new generation of farmers is shifting towards the outskirts of cities with high demand and purchasing power, driven by a desire for healthier food systems and authentic rural identities. The movement, identified by Purdue University researcher Andrew Flachs, thrives in hotspots like central Texas, Oklahoma, and the Great Lakes region.
Climate researchers warn that peatlands in the Peruvian Amazon may lose up to 500 million tons of carbon by the end of the century due to warmer temperatures and increased precipitation. This loss could lead to a significant increase in global carbon emissions, exacerbating climate change.
Researchers at Purdue University have developed a shoe insole that gradually releases oxygen to aid healing of diabetic foot ulcers. The insole can be customized to fit individual wound sites and is designed to improve mobility for patients with diabetes, who are at risk of losing toes or limbs if left untreated.
Purdue University researchers have developed a technology that uses nanoparticles to target cancerous cells and tumors, providing more effective and safer chemotherapy treatment. The method has been tested on breast cancer and melanoma models and shows promise for treating various types of cancerous tumors.
A new study published in the journal Nutrients found that diet fluctuations can lead to a rollercoaster of risk factors for cardiovascular disease and diabetes. Repeated attempts at adopting a healthy eating pattern can have benefits, with significant improvements in blood pressure and cholesterol levels seen after just a few weeks.
Researchers at Purdue University have developed a new flexible, transparent biopatch that can deliver exact doses of biomolecules directly into cells, expanding observational opportunities. The patch, which is minimally invasive, can also treat cancerous tissue, making it a potential breakthrough in healthcare.
Researchers created a new drainage device that combats biofouling by using microtechnology, allowing for a more reliable and effective implant for treating glaucoma. The device varies flow resistance to customize treatment for each patient, helping to save eyesight.
Researchers are investigating the link between blood clots and pancreatic tumors, which could lead to more effective treatments for patients with pancreatic cancer. The study aims to understand how blood clots form and contribute to tumor growth, potentially leading to new therapeutic approaches.
Scientists discovered that extremely strong vibrations in the Earth allow rock to flow like a liquid for a crucial few minutes after impact. This 'acoustic fluidization' process enables the formation of mountainous ring structures within the crater's center.
Purdue University researchers used an MRI to study the effects of vagus nerve stimulation on stomach complications, showing it can correct symptoms and speed up gastric emptying. The technique has potential for more precise treatment than existing methods, and further research is planned.
New study using cryo-EM reveals structural asymmetry in spherical viruses like dengue and Zika, challenging long-held assumptions about icosahedral symmetry. The research found that many viruses have nearly icosahedral structures, with unique features like 'belly buttons' on their outer layer.
A Purdue University-led team developed a new material that enables more efficient solar-powered electricity generation by reducing the cost of converting sunlight into heat energy. The innovation could make solar power a direct competitor to fossil fuels in generating electricity.
Researchers at Purdue University have developed wearable electronic stickers that can monitor physical activity and alert users to potential health risks in real-time. The low-cost, disposable devices are made from paper-like cellulose and can be used to track sleep patterns of patients or monitor athletes' health during exercise.
Purdue researchers, including Nobel Prize winner Ei-ichi Negishi, developed a new chemical process to synthesize drug-like molecules with ultra-high purity. The technology produces high yields and has a broad scope for use among boron-based drugs.
Researchers at Purdue University have discovered a light-active version of heme that can help inactivate methicillin-resistant Staphylococcus aureus (MRSA) infections. The technology uses a simple LED array to activate the photosensitizer, which rapidly kills MRSA strains.
Researchers at Purdue University are developing a new simulation platform that uses artificial intelligence, augmented reality, and the Internet of Things to simulate factory settings. The platform aims to help manufacturers assess business success and risks, offset costs, and prepare workers for collaborating with robots.
A new AI tool called DiffProf helps developers identify and optimize energy-draining features in their apps, improving battery life. The tool analyzes 'call trees' of similar tasks to show why certain features consume more energy than others, providing actionable diagnosis and fixes for developers.
Purdue University researchers have created a 3D-printed cement paste that gets tougher under pressure, inspired by arthropod shells. The technique could lead to more resilient structures during natural disasters.
A new study finds that for every 1% increase in depression diagnoses, opioid overdose deaths rise by 25-35%. The researchers emphasize the need for doctors to screen for depression before prescribing opioids and for better access to mental health care.
Researchers at Purdue University have developed a revolutionary technology that uses solar cells as optical antennas to transmit and receive information wirelessly between devices. This innovation enables seamless integration of IoT devices into everyday objects and harnesses energy from the environment to avoid frequent recharging.
Researchers at Purdue University have found that red and blue LED lights can lead some birds to fly away, potentially preventing bird strikes. The study used a single-choice test to measure avoidance behavior in brown-headed cowbirds.
Purdue University researchers have simulated how over 20 different breast tissue ratios respond to heat given off by MRIs at higher field strengths. The simulations showed that a fivefold increase in SAR could still stay within FDA limits for most breast tissue ratios, enabling the use of 7 tesla technology for safer cancer detection.
Purdue University researchers have developed a cheap and stable sodium-ion battery alternative to lithium-ion batteries, using sodium powder to prevent 'getting lost' during charging and discharging. The new technology has improved cycling performance and capacity of the battery.
Researchers at Purdue University have developed an injectable-targeted drug that demonstrates accelerated and improved bone fracture healing. The grant will support human trials for this novel treatment, which could also be used for other conditions such as dental implants and spinal fractures.
Researchers observe a supernova explosion that remained visible six years after the initial event, sparking predictions of a pulsar wind nebula. The phenomenon could shed light on the fundamental physics behind superluminous supernovae and their potential role in producing gravitational waves.