Articles tagged with Scientific Associations
Researchers have developed an easy-to-implement method to eliminate or reduce cross-contamination in commercial processing facilities that prepare leafy greens for the market. The new approach uses a photocatalyst to kill bacteria, particularly E. coli, which is responsible for many outbreaks.
A new type of flexible electronics can monitor health, stresses on aircraft wings, and vital signs through wearables. Researchers are developing hybrid systems for military and civilian use, including biosensor patches that can transmit biometric signals in real-time.
Researchers have identified phytol and coumarin as key compounds responsible for repelling mosquitoes in traditional sweetgrass. The study, presented at the American Chemical Society meeting, demonstrates a scientific basis for the folklore of using sweetgrass to deter biting insects.
Researchers have demonstrated that DNA can preserve information for at least 2,000 years, and they're now working on a filing system to make it easier to navigate. DNA offers a potential solution to data loss in the digital age, with the ability to store unprecedented amounts of data in a fraction of an ounce.
Researchers have developed a new glass paint that can reflect all sunlight and passively radiate heat, keeping metal surfaces up to 70 degrees Fahrenheit cooler than ambient temperature. This coating has potential applications on naval ships, roofs, and playground equipment, offering environmental benefits and durability.
A team of researchers has developed a color-changing polymer-based material that changes colors depending on the force applied to it. The goal is to detect head trauma immediately and provide an obvious indication of injury. In future studies, the team plans to develop materials that can indicate how quickly a force is applied.
Scientists have developed a technique to estimate the age of fingerprints, which could help investigators determine relevance and exclude older prints. The method uses palmitic acid migration rate to predict fingerprint age, applying to prints up to four days old, with plans to expand that window.
Researchers have identified a bacterial enzyme called NicA2 that breaks down nicotine in blood samples within 30 minutes. The enzyme also remained stable for several days and showed no observable side effects in mice, suggesting its potential as a new approach to help smokers quit.
Researchers have discovered that metal organic frameworks (MOFs) exhibit dynamic behavior, shifting between different geometries over time. This finding could lead to the synthesis of brand-new types of materials with enhanced flexibility in applications such as antimicrobial agents, hydrogen-storage materials and solar-cell components.
Researchers at Princeton University have developed a new chemical reaction that breaks the strongest bond in a molecule instead of the weakest. Using a two-component catalyst system, they selectively activate the strongest bond through proton-coupled electron transfer (PCET), allowing access to previously inaccessible compounds.
Two new battery technologies, sodium-ion and lithium-sulfur, are poised to compete with lithium-ion batteries in the electric car market. Faradion's sodium-ion version and Oxis Energy's lithium-sulfur technology aim to match lithium-ion performance, safety, and costs within the next two to four years.
Researchers have recreated firefly bioluminescence in the lab using a chemical reaction between luciferin and oxygen. The discovery could lead to new applications in medicine, such as more efficient light therapy for patients with certain diseases.
Researchers found that changes in reflectance depend on the thickness of crystal spacing, enabling copepods to disappear briefly. The study could inform the design of artificial photonic crystal structures with various applications in reflective coatings and optical displays.
Researchers create film using zeolites and cellulose to trap sulfur-containing compounds responsible for bad food smells. The material reduces odors to levels undetectable by humans, potentially solving issues with transporting and storing stinky edibles.
The American Chemical Society is featuring 'The Talented 12' - a group of young researchers using chemistry to address global issues like climate change and disease. These innovators are developing more environmentally friendly methods for synthesizing molecules and investigating biochemical underpinnings of diseases.
Fireflies produce light through a chemical reaction involving luciferin and ATP, but intermediate steps were unclear. Researchers explored enzyme luciferase, finding that a single electron transfer occurs during the final step, suggesting a unifying feature of bioluminescence.
Researchers found that adding certain yeast autolysates can enhance fruity aromas in sparkling wines without affecting foam quality or phenolic compound content. The study provides new insights into the impact of commercial yeast products on bubbly wines.
Researchers at Lawrence Livermore National Laboratory simulated a nuclear explosion using new experiments and computer modeling to analyze plutonium behavior. The results will help scientists perform forensic analyses in the case of an actual detonation, providing deeper insights into the element's properties.
Researchers have created a real-time monitoring system for air and water quality in space, reducing the need for sample collection and analysis. The system enables astronauts to test their surroundings more efficiently, making long-term space missions possible.
Two new nucleotides, 'Z' and 'P', have been found to form double helix structures similar to those made by the four natural bases C-G-A-T, opening up possibilities for creating new proteins with medical applications.
The US market offers less effective sunscreens compared to European counterparts, which have approved eight superior formulations for better protection against UV-A and -B rays. Manufacturers are waiting for FDA approval since 2002, hindering product availability.
Scientists have created a light-emitting, transparent and flexible paper out of biocompatible materials, a significant step towards bendable electronics. The innovation uses wood flour and quantum dots made from zinc and selenium, offering a 'greener' alternative to traditional plastics.
Researchers build programmable DNA-based processor that calculates shortest routes on a map of six locations, offering cost- and time-savings over other DNA-based computers. The system may also help scientists understand the brain's internal GPS mechanism.
Despite plateauing emissions, China still faces energy challenges to sustain control over its carbon footprint. The country's transition towards renewable energy and service-oriented economy are key factors in achieving emission-cutting goals.
Researchers successfully boost enzyme activity by 170-fold, rendering antigen-neutral and compatible with all patients regardless of blood type. This breakthrough advances blood transfusions and potentially organ and tissue transplants from mismatched donors.
Researchers create ultra-sensitive wearable sensors that can detect subtle eye movements and facial expressions, allowing robots to understand human emotions. These advancements could lead to more intuitive interactions between humans and robots, improving their usability and user experience.
Scientists develop enzymes that can catalyze brand-new chemical reactions by mimicking natural evolution and optimizing active site amino acids. This breakthrough enables the creation of novel chemicals, such as aziridines, which have potential applications in pharmaceuticals.
Researchers have created a safer and more environmentally friendly antifreeze by combining propylene glycol with an additive that improves heat transfer. The new product is 60% more efficient than conventional formulations, making it suitable for smaller markets like the food industry.
The PNNL Hydrogen Catalysis team received the American Chemical Society's Catalysis Lectureship for Advancing Catalytic Science. Their breakthrough research revolutionized understanding of proton movement, enabling faster and more energy-efficient catalysts.
Scientists are finding valuable metals in sewage, including gold, silver, and rare elements like palladium and vanadium. The discovery could reduce the need for mining and decrease environmental pollution by recovering these metals from treated solid waste.
Researchers have designed 'invisibility stickers' that could help soldiers disguise themselves even when detected by infrared cameras. The stickers use a protein found in squid skin and can be triggered to change their appearance under an infrared camera, making them ideal for camouflage operations.
ACS researcher Laura Kiessling has discovered a way to target bacterial carbohydrates, potentially leading to new antibiotic strategies. Her team found that human proteins can recognize unique microbial carbohydrates, opening up possibilities for delivering targeted treatments.
Scientists developed a new way to cook rice that increases resistant starch content, potentially reducing calories absorbed by the body by over half. This simple cooking method can transform digestible starch into indigestible resistant starch, lowering usable calories and addressing obesity rates.
The presentation focuses on developing novel materials that can prompt reactions in the lab, which could help reduce levels of greenhouse gases. The research aims to mimic nature's chemistry to solve global environmental problems and provide new solutions for industrial applications.
A molecule from plants and trees, lignin, could be used to create asphalt and sealant mixtures that are more environmentally friendly and durable. Lignin, a renewable resource found in trees, has been integrated into bitumen to improve its performance and reduce the amount of non-renewable oil needed.
A recent spill of 3 million gallons of fracking wastewater in North Dakota has raised concerns about the potential harm it could cause to human health and the environment. Scientists are using advanced analytical techniques to study the composition of fracking fluids and wastewater, which may break down differently in the environment.
Scientists have created a durable, flexible cloth that harnesses human motion to generate energy, self-charging batteries or supercapacitors without an external power source. The novel TNG fabric can be stacked and reused multiple times, making it suitable for various biomedical and commercial applications.
Dasgupta, a renowned chemist and educator at the University of Texas at Arlington, has received the prestigious J. Calvin Giddings Award for his commitment to teaching and research excellence. The award recognizes his efforts to enhance analytical chemistry students' professional development and publish influential textbooks on teaching.
Scientists are struggling to weigh e-cigarette promises and threats as sales boom, with preliminary studies showing lower nicotine levels in users compared to smokers. Ongoing studies aim to flesh out potential health issues, including respiratory disease linked to flavorings.
Researchers have developed a novel, drug-releasing wafer that patients can apply directly to their affected eyes once daily, showing twice the effectiveness of traditional eye drops in mice without causing inflammation. This innovative treatment could help patients recover faster and reduce side effects associated with current therapies.
The EPA proposes stricter rules for refineries to reduce emissions, but industry groups dispute the environmental benefits, citing high costs. The EPA claims the revisions will improve air quality and public health in affected communities.
A team of scientists has created a new type of lens that can rapidly switch between clear and dark shades, addressing safety concerns for pilots and others who need adaptable eyewear. The lenses, which can be controlled by the wearer, also offer fine-tuning capabilities to match various hues.
Scientists developed a smart keyboard that senses typing patterns to distinguish individual users, providing an additional layer of security for computer systems. The device harnesses energy from typing to power itself or other devices, while its surface coating repels dirt and grime.
The EPA's proposed rule aims to disclose all pesticides' inert ingredients, but consumer advocates argue it doesn't go far enough to protect human health and the environment. The fight over regulations dates back nearly a decade, with advocacy groups claiming that many inert ingredients are hazardous to people's health.
The year saw major advances in solar cells and treatments for Ebola, as well as efforts to label GMO products and restrict neonicotinoid use. The American Chemical Society highlighted its impact on research, policy, and industry through various initiatives.
Scientists develop novel class of molecules that could revolutionize immunotherapy for cancer and other diseases. The synthetic antibody mimics, or SyAMs, are smaller than current biologics and may avoid their risks.
A new study reveals that warm vinyl crib mattress covers release higher levels of phthalates, which can increase infant exposure four-fold. The preliminary findings suggest the need for further investigation into the potential risks posed by alternative phthalates.
A recent study on personal care products found that most contain skin allergens despite being marketed as hypoallergenic. The FDA has not set standards for the label, and companies are self-regulating, but this doesn't guarantee a safer product.
Scientists have developed a stretchable electronic skin that can detect pressure, location, intensity, and direction. This innovation could be used in prosthetic limbs, robotic skins, and rehabilitation devices.
Researchers have identified two strains of waxworm gut microbes that can break down polyethylene without pretreatment, pointing towards a direct way to biodegrade plastic. The finding has significant implications for the global plastics industry, which produces over 140 million tons of polyethylene annually.
A new study by Wilhelmina Kalt and colleagues found that a blueberry-supplemented diet did not improve sight in the dark, but helped subjects recover normal vision after exposure to bright light. The enhancement was small and unlikely to be noticeable to most healthy individuals.
The FDA has approved dozens of nanodrugs without a formal definition, leading to case-by-case examination and nonbinding guidance. This complexity hinders the development of generic nanodrugs, potentially delaying price savings for patients.
Scientists are developing low-cost air-cleaning devices to replace expensive metals like platinum and palladium. Recent studies have shown promising results in improving indoor air quality, potentially alleviating symptoms of 'sick-building syndrome'
Companies like Invista and Genomatica are pursuing plant-based nylon intermediates from sugar, while Coca-Cola is making progress toward a 100% biobased soda bottle. The main challenge to this shift is economics, with prices needing to drop to competitive levels and manufacturers investing in new facilities.
Researchers found that plants produce special molecules called sinapate esters to protect themselves from harsh ultraviolet-B radiation. These molecules appear to block UVB radiation from penetrating deeper into leaves, hindering plant growth. The study provides insight into the mechanics of how these natural plant sunscreens work.
A Scottish startup is scaling up its whisky waste-to-fuel process, converting draff and pot ale into ethanol and 1-butanol. The company has secured funding from the UK government and private investors to move towards a commercial plant.
Scientists have developed a new family of materials for making household LED bulbs without using rare earth elements, which are increasingly expensive. These materials, made from copper iodide, offer a warm white glow and low-cost solution process, showing significant promise for general lighting applications.
Researchers have developed an inexpensive and simple method to create transparent, flexible transistors, a crucial component of flexible electronics. The new technology has the potential to bring roll-up smartphones with see-through displays to market in just a few years.
Researchers developed tiny hollow shells to contain Li-S compounds, achieving high-energy storage capacity of 630 mAh/g. The new battery technology could potentially offer up to five times the energy of existing lithium-ion batteries.
A novel, efficient fog collector inspired by shorebirds' beaks has been developed, promising a sustainable solution for communities in arid regions. The device collects water from fog using a simple, rectangular design that mimics the shorebird's feeding mechanism.