Researchers from the Max Planck Research Group aim to investigate the local immune system of the liver to develop new immunotherapy strategies for metastatic diseases. They will examine tissue and tumor samples using state-of-the-art techniques to identify key molecules and checkpoints in complex cellular interaction networks.
An international research team discovered sharks have the lowest mutation rate between generations, enabling slow adaptation but also making them vulnerable to ecological changes and extinction threats
Researchers used AI models to analyze animal sounds in reforested areas, finding that vocalizing species communities mirror biodiversity recovery. The study suggests potential applications for monitoring biodiversity and could lead to certifications or credits for environmental projects.
A new study reveals that weather conditions are a significant driver of global insect decline. Researchers found that unfavourable weather anomalies can lead to reduced insect survival probabilities, particularly in combination with other extreme weather events.
Serverless computing is a paradigm shift in cloud computing where cloud providers take over responsibility for complete server management. Two key principles define it: 'NoOps' and 'utilisation-based billing'. Research team from University of Würzburg explores the history, status and potential of serverless computing.
A new ribozyme called SAMURI can precisely modify RNA molecules, making them accessible for click chemistry. This allows researchers to label and visualize RNA pathways in living cells, enhancing their understanding of RNA interactions and functions.
A new clinical study found that adjuvant treatment with Mitotane is not necessary for patients with low risk of recurrence if they have a complete R0 resection, low tumour stage and Ki-67 levels below 10%. This approach has shown no significant improvement in relapse rate but is associated with side effects.
The Venus flytrap uses special heat receptors in its sensory hairs to detect and respond to rising temperatures, protecting its vital snap traps from damage. This allows the plant to continue hunting for food after a fire has ravaged its surroundings.
A study of 2,900 participants found that anxiety is a key factor in the mental health impacts of the pandemic, with women coping better when supported by friends and family. Men experience higher psychological stress due to job insecurity and unemployment.
A team of physicists and medical doctors developed a portable Magnetic Particle Imaging (MPI) scanner that can visualize dynamic processes in the human body, such as blood flow, without using radiation. The scanner is designed for real-time endovascular interventions and has the potential to change the field of intervention.
Exposure to body-positive content on social media broadens women's concept of ideal body weight, increasing the number of body shapes considered ideal. Body-positive content also leads to increased sense of well-being in one's body and reduces weight perception.
Dendritic cells form three-dimensional networks that regulate their migration and development. The new concept reveals how cytokines keep the cells together and close gaps in their network. This discovery has prognostic value for tumour diseases, particularly after immunotherapy.
Scientists have successfully visualized the topology of electrons in topological quantum materials using '3D glasses,' a technique that uses circularly polarized X-ray light. This breakthrough enables the characterization of quantum materials topologically, paving the way for energy-saving electronics and high-tech advancements.
Leafcutter ants use a sophisticated system to grow fungi for food, feeding millions of creatures. A study found that ants use both body length and head angle to cut leaves, not just body length alone.
Researchers examined almost 600 families and found that children from disadvantaged families struggle to accurately assess their abilities. A mentoring program improved their self-assessment skills, leading to better life outcomes.
The Stateness Index, developed by Theresa Paola Stawski, assesses a country's functionality based on factors like law enforcement, administration, and provision of essential services. According to the index, Germany ranks as one of the world's best-performing states, with Singapore taking the top spot.
MagEIA, a new Centre for Advanced Studies in Humanities and Social Sciences, will research magical text traditions of the ancient Near East, Egypt, and neighbouring regions. The project aims to develop new methods of textual analysis and models of cross-cultural comparison.
A new research group led by Zoltan Nagy is working to understand megakaryocyte development and maturation. The team will use single-cell RNA sequencing to identify key factors controlling platelet production, with the goal of improving platelet counts for transfusions.
The EU project Remote XUAR uses remote research methods to analyze the situation in Xinjiang. Researchers use internet-based document analyses, discourse analysis on social media, and satellite-based remote sensing to study everyday changes in the region.
Researchers identified at least 745 reQTLs in monocytes, influencing the activation of cells upon contact with bacteria or fungi. The findings provide basic knowledge for personalized medicine in treating infectious diseases.
Researchers show that a single virus binds to a single receptor, opening the door for efficient infection. ACE2 receptors are present singly in the membrane, contradicting previous hypotheses about multiple receptor binding.
Physicists from Würzburg's ToCoTronics CRC have made groundbreaking discoveries in topological materials, including indene and bismuthene. The renewed funding will focus on shaping these materials into nanostructures using lithographic methods.
Researchers at the University of Würzburg discovered that Triphyophyllum peltatum can transform into a carnivorous plant under phosphorus deficiency. The plant captures small insects using adhesive traps to access essential nutrients.
A significant increase in Candida auris infections has been observed worldwide, including in the USA and Europe, with resistance development and potential for hospital outbreaks. The fungus can be efficiently transmitted from patient to patient via direct contact, making control difficult.
Researchers found that beetles in dead wood diversity is influenced by energy types depending on their position in the food chain, with bottom-dwelling species benefiting from stored energy and top-dwellers responding to solar radiation.
Scientists have identified a novel mechanism of gel formation in synthetic polymers, which leads to the creation of worm-like structures. This breakthrough has significant implications for biofabrication and could lead to the development of new medical implants, contact lenses, and other applications.
Researchers found that honeybees use forests less than expected, with colonies traveling long distances to find food due to limited tree species diversity. A more diverse forest with insect-pollinated trees and shrubs can provide a balanced food supply throughout the season.
A team of physicists and physical chemists from the University of Würzburg and the University of Ottawa has developed a new method to separate single and multiple excitations in laser spectroscopy. This breakthrough resolves a decades-old problem, enabling accurate analysis of materials and fundamental physical phenomena.
A new study has deciphered a central regulatory mechanism of fibrin formation, proposing therapeutic approaches. Glycoprotein V controls thrombin activity and limits fibrin formation.
A new study published in Cell Reports shows that gut bacteria from the patient's own intestine can cause post-operative infections, which are often fatal. The liver plays a key role in controlling these spreading bacteria through special immune cells called innate lymphoid cells.
Researchers at ct.qmat created ferromagnetic topological insulator MnBi6Te10 with stronger magnetic field than its antiferromagnetic predecessor. The material's surface exhibits ferromagnetic properties, enabling lossless current conduction.
Researchers from Würzburg and Bielefeld successfully detect exotic states of quantum physics in a nanostructure, where light can exist as both on and off at the same time. This breakthrough enables the development of novel optical quantum technologies for future computer chips.
A Venus flytrap mutant with a genetic defect has lost its ability to count prey touch numbers. Researchers analyzed gene expression patterns and calcium signaling pathways to understand the cause of the numerical disability.
Researchers found that flower patterns guide bumblebees' approach flight and landing, reducing search time by up to 30%. The patterns also shorten the time until take-off, allowing bees to quickly orient themselves for departure.
An international team of scientists has achieved a breakthrough in quantum research by detecting excitons in a topological insulator. This discovery paves the way for a new generation of light-driven computer chips and quantum technologies, with potential applications in computing units for quantum chips.
Scientists have developed a novel metric to analyze the rate of convergent evolution in protein-coding DNA sequences. This approach can reveal which genetic changes are associated with phenotypic traits, shedding light on how species diversify over time.
Researchers discovered that physical activity suppresses insulin-producing cells in fruit flies, allowing for efficient energy replenishment. This finding has implications for human health, as reduced insulin activity is linked to healthy ageing and longevity.
Scientists have identified a unique CRISPR nuclease that not only recognizes and cleaves viral RNA but also damages other RNA and DNA inside the cell, impairing bacterial growth. This discovery opens up new possibilities for molecular diagnostics and direct detection of RNA biomarkers.
A new rapid test developed by the University of Würzburg uses magnetic nanoparticles to detect antibodies against SARS-CoV-2 with high sensitivity. The test takes only a few seconds to produce reliable results, enabling faster diagnosis and treatment of infectious diseases.
Students from the WüSpace association are working on a project to develop intelligent sensors and algorithms for small satellites, aiming to detect dangerous approaches and prevent collisions. The project is funded by the German Space Agency and allows students to gain hands-on experience in space technology development.
A new collaborative research centre, DECIDE, will investigate the interactions between pathogens and the human immune system, aiming to improve treatment strategies. The centre combines research on various bacteria, viruses, and fungi, and will involve numerous young researchers.
Researchers discovered MYC protein spheres protect sensitive DNA sites from enzyme collisions, leading to cancer cell death. The discovery opens doors for developing specifically effective drugs to prevent sphere formation.
Researchers at University of Würzburg discovered a novel phosphatase inhibitor that selectively blocks the proliferation of tumor cells. This breakthrough targets increased energy demands in diseases like cancer and autoimmune disorders, offering potential new therapies for treatment.
A study found that individuals with dark personality traits, such as narcissism and psychopathy, are more susceptible to fake news. Epistemic beliefs, which prioritize personal interests over evidence-based information, play a significant role in this susceptibility.
Researchers used excess mortality data to calculate a significantly lower R0 value of 1.34 for SARS-CoV-2 infections in March 2020, contrary to earlier estimates which ranged from 1.95 to 6.49.
Researchers at the University of Würzburg have developed a new method called INRI-seq, which allows for detailed analysis of gene activity in individual cells. This technique can help identify new targets for targeted therapies and improve our understanding of protein synthesis.
A research team from Würzburg has discovered a crucial mechanism in cellular growth, showing how cells regulate protein production and keep a reserve of ribosomal proteins to quickly respond to changing conditions. This finding may also shed light on the deregulation of signaling networks in different types of cancer.
Researchers at the University of Würzburg have developed an artificial enzyme that can split water into oxygen and hydrogen with high efficiency. The enzyme-like catalyst was designed to mimic the natural process of photosynthesis, and its development is a significant step towards sustainable hydrogen production.
The SATEX project aims to investigate the feasibility of scientific missions with nanosatellites in extraterrestrial space, focusing on technical possibilities and user needs. The research will prioritize activities and develop concrete proposals for possible national missions.
A new study found that financial incentives enhance prosocial decisions in people with low empathy levels. However, this effect does not change the underlying motivation, which remains egoistic. In high empathic individuals, financial incentives have no impact on decision-making.