Researchers identified human remains on Oronsay island from the Late Mesolithic era, shedding light on Britain's transition to agriculture. The study used innovative bone collagen analysis techniques to determine species and diet of prehistoric groups.
Scientists have made a breakthrough in understanding the parasites that cause Chagas disease, leishmaniasis, and human African trypanosomiasis, three neglected diseases affecting 20 million people worldwide. A new chemical has been developed to kill these parasites, offering hope for effective treatments.
Researchers have discovered six new infestations of the invasive Lasius neglectus ant in the UK, which are capable of dramatically altering ecosystems and driving native species to extinction. The ants pose no threat to humans but can out-compete native ants for resources, highlighting the need for management on a national scale.
Lianas are preventing tropical forest recovery due to rapid spread following tree-felling, according to a new study. The researchers advocate for temporary removal of lianas in selected areas to aid growth and reduce carbon impact.
Researchers at the University of York have developed a novel carbon capture technology called Starbons, which can absorb up to 65% more CO2 than existing methods. The materials are also highly selective and retain their absorption properties even in the presence of water.
The Dark Bordered Beauty moth is facing a severe decline due to habitat loss caused by the removal of Creeping Willow plants, which are essential for its caterpillars. Conservation efforts aim to boost Creeping Willow populations and modify grazing regimes to secure the moth's long-term future in England.
A national assessment of metal contamination in bats reveals high levels of metals such as lead, copper, and cadmium that can cause toxic effects in bat populations. Around 21% of sampled bats contained residues of at least one metal above toxic thresholds, indicating a significant proportion may be affected by metal exposure.
Archaeologists have published scans of prehistoric animal paintings from Abri Faravel in the Southern French Alps. The site's rock shelter has seen human activity from Mesolithic to medieval periods, featuring unique high-altitude Bronze Age structures and artefacts.
Researchers at the Universities of York and Leiden have created fluorescent chemical probes to measure acid alpha-glucosidase enzyme levels in human cells. This technology enables rapid detection of enzyme deficiencies, informing more effective treatments for Pompe disease and potentially other inherited conditions.
A research team used traditional techniques to create replicas of ritual headdresses made by hunter-gatherers 11,000 years ago in North Western Europe. The study suggests that expedient manufacturing techniques were employed, involving packing the skull with damp clay and placing it in a bed of embers.
A study suggests that setting aside at least 30 percent of the ocean for protection could have numerous benefits for conservation, fisheries, and other stakeholders. The research found a surprising consensus among previous studies on an ambitious target for ocean protection.
Researchers found that pottery was used mainly for cooking marine and freshwater animal species, with little evidence of plant processing or deer cooking. This suggests cultural influences played a bigger role than expected in the widespread adoption of pottery.
Research by University of York scientists shows how ketamine causes inflammation and cell death in the bladder, leading to cystitis. The studies found that direct contact with urinary ketamine is critical to the toxicity, ruling out systemic factors.
A new study by the University of York investigates how commonly-prescribed pharmaceuticals like Prozac affect starlings when ingested through their natural prey. The research developed an in-vitro model to simulate a bird's digestive system, revealing that the drug behaves similarly in both birds and humans.
Scientists have made a breakthrough in understanding enzymes that break down tough biomass, crucial for producing biofuels from renewable sources. The discovery could lead to improved efficiency and environmental sustainability in industrial biofuel production.
Archaeologists have uncovered an 11,000-year-old engraved shale pendant at the Early Mesolithic site of Star Carr in North Yorkshire. The subtriangular artifact contains series of lines that may represent a tree or tally marks, and is the earliest known Mesolithic art in Britain.
A team of researchers from the University of York conducted a first-of-its-kind study on Zanzibar's formation and fauna extinction. The study, which analyzed mangrove sediments and animal remains, found that large mammals like zebras and buffalo disappeared after sea levels rose and coastal cultures inhabited the island.
Researchers used mathematical calculations to create a complete picture of protein nanoparticle surface morphology, identifying structures most advantageous for vaccine design. This approach may lead to the development of cost-effective vaccines, including a malaria vaccine set to start clinical testing soon.
A new screening technique has been developed to predict which ash tree seedlings are likely to survive the fungal pathogen Hymenoscyphus fraxineus. This technology could help maintain the UK's ash population and biodiversity by identifying non-disease-susceptible individuals before planting out.
Researchers at the University of York and Exeter have discovered a single-celled protozoa called Paramecium bursaria benefits from exploiting a green algae inside it. The study suggests that symbiosis may not be mutually beneficial, but rather exploitative in nature.
Researchers at the University of York and University of St Andrews observed greater vasa parrots using small pebbles or date pits to grind calcium from seashells, a behavior never seen before in this species.
Biologists at the University of York have created a reliable method to detect Parkinson's disease by analyzing fruit flies' visual responses. The study used adapted methods from human vision research and found increased neuronal activity in 'young' flies with Parkinson's mutations, leading to an 85% accurate classification rate.
A team of researchers used a non-invasive method to extract protein from medieval parchment samples, identifying the use of multiple mammal species in some manuscripts. The study resolves a long-standing controversy over the origin of 'uterine vellum' and sheds new light on medieval manuscript production techniques.
Researchers at the University of York have published research on the 3-D structure of human heparanase, an enzyme that degrades sugars and contributes to cancer cell proliferation. The study's findings will enable a more rational approach to drug design and the development of novel therapeutic agents.
A study by psychologists at the University of York analyzed anonymized data from League of Legends to find correlations between user names and in-game behavior. Positive usernames were linked to positive personality traits, while anti-social expressions correlated with similar behavior. Age was also indicated by numbers in user names.
Researchers at the University of York have developed a new approach to make medicinally important molecules with large rings, called macrocycles. This method allows for their 'growth' from existing rings using ring enlargement reactions, paving the way for the development of new classes of life-saving medicines.
A large-scale randomized control trial found that computerized cognitive behavioral therapy (cCBT) offered little to no benefit over usual GP care in treating depression. Patients generally struggled with sustained engagement and highlighted difficulties with logging onto computer systems while clinically depressed.
A team from the University of York has developed user-friendly software called Privateer to analyze and study sugar molecules. This will enable scientists to better exploit carbohydrates in medicines, which have been poorly defined in databases.
Researchers at the University of York have developed a self-assembling gel that can selectively extract precious metals like silver and gold from electronic waste. The gel is then converted into conducting nanoparticles, enhancing its electrical conductance and making it suitable for various high-tech applications.
Researchers recreated conditions inside brown dwarfs using a powerful laser, shedding light on their formation and properties. The findings pave the way for further understanding of these mysterious celestial objects, which are difficult to spot due to their small size and cool temperatures.
Researchers found that acupuncture and Alexander Technique lessons significantly reduced chronic neck pain by 32% and 31%, respectively, at 12 months. These interventions provided clinically relevant reductions in pain levels without medication use, offering new hope for patients with chronic neck pain.
Research by the University of York reveals that certain moth and butterfly species are becoming more abundant due to improved climate conditions, while others are declining. The study found that species sensitivity to climate change varies greatly among species.
Researchers at the University of York have developed novel genetic engineering tools to manipulate genes required for antibiotic biosynthesis, enabling scientists to create new antibiotics. The technique has the potential to unlock the antibiotic potential of a significantly larger number of biosynthetic pathways than traditional methods.
Researchers found that directing magnetic energy into the brain reduced belief in God by 32.8% and increased positive feelings towards immigrants by 28.5%. The study used transcranial magnetic stimulation to temporarily shut down specific brain regions.
The study of Durrington Walls pottery and animal bones shows evidence of planned autumn and winter slaughtering, mass animal consumption, particularly pigs, and barbecue-style roasting. This suggests a well-organized community with shared understanding of food preparation and consumption.
Biologists at the University of York have found that there is no simple relationship between insect diet and diversity, with some plant-feeding groups being incredibly rich while others are not. The study suggests that other factors play a greater role in explaining diversity.
Researchers at the University of York have discovered a specific sodium channel, Nav1.5, that indicates cancer cells and affects tumor growth rates in breast cancer patients. The study found higher levels of Nav1.5 in tumour cells compared to normal breast tissue.
A new study by University of York academics reveals that green walls can lead to higher levels of ultrafine particles (UFPs) indoors due to the oxidation of outdoor plant species. This could have significant implications for indoor air quality, particularly in offices with high temperatures and pollution.
An international team of researchers reviewed theoretical ideas on quantum teleportation, concluding a hybridisation of protocols is the most fruitful approach. This could lead to more efficient and reliable teleportation systems for quantum computing, communication, and network development.
Research reveals alginate gel biofilms are highly dynamic and exchangeable, challenging previous assumptions about their structure. The findings may lead to new ways of modifying or disrupting these materials to combat bacterial infections in cystic fibrosis patients.
Scientists have discovered a potential ecological route to control plant disease by harnessing the power of soil microbial communities. The study found that increasing competition between resident bacteria and invading pathogens can constrain the spread of bacterial wilt, reducing its devastating impact on global food production.
A species of ant, the northern hairy wood ant (Formica lugubris), is thriving in newly formed coniferous forests in the North York Moors National Park. The ant's population has expanded into these plantations, suggesting they provide a suitable habitat for this forest specialist species.
Researchers discovered how Sulfolobus, a superbug that thrives in 80°C environments, transfers its genetic material to new cells during cell division. This finding sheds light on the origins of life and may lead to breakthroughs in understanding life beyond Earth.
Biologists at the University of York have found a key plant enzyme that reacts with TNT, generating toxic compounds. The discovery raises hope for a new, sustainable method to remediate explosives-contaminated land and water.
New research warns of growing air pollution over West Africa's cities, posing risks to human health, food security and regional climate. Scientists call for urgent data collection to improve models and predict future changes.
Millions of lives are blighted by smokeless tobacco each year, resulting in millions more having their health shortened. Researchers call for governments to regulate smokeless tobacco products as the global impact is assessed for the first time.
Scientists at the University of York have developed a technique to rejuvenate human cells from older people with osteoarthritis, allowing them to repair worn or damaged cartilage and reduce pain. The researchers recreated similar conditions in the laboratory by growing human cells as 3D aggregates, enabling them to generate new tissues.
Researchers at the University of York found that our colour perception changes between seasons and is influenced by environmental factors. The study revealed that unique yellow remains stable across large populations despite individual differences in eye biology.
Researchers have developed a new model of survival that can predict the potential harm caused by thousands of chemicals used daily. By considering death as a continuum between random events and individual tolerance, scientists can analyze every chemical using high-throughput screening, paving the way for further testing.
Climate change is affecting UK's blanket bogs, impacting rare upland bird species like dunlin, golden plover, and red grouse. The loss of crane fly prey due to summer droughts could lead to a 50% decline in dunlin numbers, 30% in golden plover, and 15% in red grouse by 2051-80.