The DFG is funding LMU scientist Anne-Laure Boulesteix's project to improve the reliability of empirical evaluations of statistical methods. The goal is to strengthen methodological research and literature by developing a metascientific approach.
A team of researchers has visualized the nanoscale architecture of CD20 receptors and their interactions with anti-CD20 antibodies using a novel super-resolution microscopy technique. The study reveals that structural changes in antibody design translate into different receptor patterns and cellular responses, opening up new pathways f...
Researchers have developed a method to control the interactions between light and materials at the nanoscale, allowing for ultrafast on-and-off switching of resonances. This breakthrough enables precise control over optical resonance, opening up new paths for faster optical computers, quantum communication, and photonic circuits.
A recent study by ifo Institute and LMU Munich found that Ukrainian refugees prefer countries with better job opportunities to those with higher social benefits. The survey of over 3,300 refugees showed that wage differences play a significant role in their choice of destination country.
Researchers have developed a novel technique called Comparative Physicochemical Profiling to identify characteristic patterns in substrate proteins recognized by the gamma-secretase enzyme. This approach has been combined with explainable artificial intelligence to render visible the features that are characteristic for substrates of g...
Researchers have deciphered a key mechanism for RNA therapeutics, explaining why certain modified RNAs evade the innate immune response. Pseudouridine modifications can avoid detection by pattern recognition receptors, such as TLR7 and TLR8, through impaired endolysosomal processing.
A new multilingual questionnaire standardizes seizure description and classification in dogs, improving diagnostic accuracy and genetic research. The tool, developed by an international team, has shown high reliability in 90.1% of cases, with video support increasing accuracy to 96.5%.
Scientists have found a way to simulate metabolic processes in the absence of cell membranes using heat flow across thin, water-filled pores. This breakthrough provides new insights into the origin of life and offers approaches to biotechnology for creating synthetic living entities.
Researchers developed a theoretical model that demonstrates how biological processes create the convoluted internal architecture of the thymus. The model proposes that the organ's unique shape emerges from the interactions necessary for its function, specifically through thymic cross-talk.
A new study published in Humanities Social Science Communications finds that learners become more cautious about sharing their learning data after discussing it with peers. Group discussions improve learners' awareness of different contexts where their data are collected by educational technologies.
Researchers found that amino acids can actively promote RNA polymerization under mild, prebiotic conditions, increasing formation by up to 100-fold. This process is driven by acid-base catalysis, enabling the shuttle of protons in the reaction. The study suggests a mutual dependence between RNA and amino acids, reshaping our understand...
Seven Clusters of Excellence at LMU Munich have been approved for funding, covering a broad range of fields from systems neurology to quantum science. The successful clusters reflect the university's exceptional commitment and cooperation with partners.
Combining afforestation and oceanic carbon dioxide removal does not lead to efficiency losses, according to LMU researchers. This combination could reduce pressure on land areas, providing social and ecological advantages. More research is needed into marine CDR methods and their environmental impacts.
A team of researchers investigated the immune response to the yellow fever vaccine, discovering that specific cell types respond to interferons and a key molecule SIGLEC-1 becomes prominent after vaccination, associated with rapid antibody formation.
Researchers found that bacteria use protein reservoirs to buffer fluctuations in protein concentrations, ensuring stable pattern formation. This discovery has important implications for understanding dynamic pattern formation and its applications in other biological questions.
LMU researchers recreated the first metabolic process of life on Earth, using iron and sulfur reactions to produce energy. The single-celled organism Methanocaldococcus jannaschii grew exponentially, utilizing hydrogen gas as an energy source.
Researchers at LMU Munich have shown that the brain processes natural visual stimuli with dedicated oscillatory bursts in the visual neocortex. The study, published in Neuron, demonstrates how distinct image properties elicit distinct oscillations in a specific visual circuit.
The study of historic potato cultivars reveals a limited genetic pool due to bottleneck effects after introduction from South America. The researchers found that the differences between individual chromosome copies are huge, diverging twenty times greater than in humans.
Researchers found people in Japan are less likely to exploit cooperative AI agents compared to humans, while Westerners take advantage of robots more often due to guilt over human exploitation. Cultural differences may shape the future of automation.
A study by LMU graduate Iryna Nadyukova reveals that Ukrainian teachers are experiencing much more stress during the war than they did during the pandemic. The study highlights the importance of finding comfort in giving comfort and practicing mindfulness to avoid burnout.
A team of researchers used light stimuli to shape starfish oocytes, creating a model that explains the mechanisms behind dynamic cell shape changes. The study has wide-ranging implications for synthetic biology and cell-based technologies.
Chemists reveal method for differentiating PCET mechanisms with high pressure, offering new insights into fundamental chemical processes and potential for advancing technologies in redox catalysis and solar fuels. The study demonstrates a shift from stepwise to concerted pathways under high-pressure conditions.
Researchers discover how Trypanosoma brucei controls changes in its cell surface antigens to evade the immune system through mechanisms including segmental gene conversion and telomere-adjacent antigen-coding genes. This discovery could lead to the development of new drugs against various pathogens.
Researchers found highly efficient imaging systems in ancient insect larvae, comparable to modern antlions. The discovery supports earlier findings on the diversity of Cretaceous lacewings and provides the oldest fossil evidence of such eyes.
A team of scientists has found that some artificially designed proteins contain flexible components that can take on multiple structures, leading to surprising properties and potential applications. This discovery could open up new avenues for the development of customized proteins.
Research reveals misplaced neurons in the brain are overactive due to mutations in gene DCHS1, causing periventricular heterotopia. These neurons have altered synaptic connections and complex morphology, leading to hyperactivity that can be reversed with antiepileptic drug Lamotrigine.
A team of researchers has identified a critical signaling pathway involved in the recruitment of CD8+ T cells into atherosclerotic plaques. This discovery provides new potential therapeutic strategies for cardiovascular diseases.
A recent study by LMU researchers has uncovered the important role of RORγt+ dendritic cells in the body's immune response. These immune cells can act flexibly, both preventing overreactions and triggering immune reactions, and their dual functionality opens the door to new treatment possibilities.
Researchers discovered a gene cluster responsible for producing withanolides in ground-cherry plants, demonstrating epigenetic regulation of chemical defenses. The study provides insights into the production of diverse metabolites and potential development of alternative pesticides and therapeutics.
A multinational research team has identified an epigenetic inhibitor that specifically kills the malaria pathogen by targeting its gene regulation. The study opens up new opportunities for innovative therapeutic approaches to combat malaria.
Researchers developed an AI approach using artificial intelligence to analyze multiple parameters, including medical history, laboratory values, imaging, and genetic analyses. The AI model combined the data to calculate an overall prognosis for each individual patient, making it a potential tool for personalized cancer therapy.
SETDB1's H3K9me3 mark suppresses cryptic enhancer activation, leading to abnormal gene expression in hematopoietic stem cells. This impairs blood cell formation, causing excessive myeloid and red blood cell production and inhibiting B and T immune cell development.
Researchers have developed a molecule called azo-menthol that precisely controls TRPM8 channels using light, enabling spatiotemporally precise and reversible activation and deactivation. This breakthrough has great therapeutic potential for diseases such as cancer, metabolic disorders, and inflammations.
Researchers at LMU have identified a previously unknown mechanism by which bacteria regulate protein biosynthesis through cell metabolism. The discovery of EfpL, a protein that adapts to the prevailing metabolic requirements, offers a unique opportunity to understand flexible adaptation in bacterial protein production.
Four LMU researchers have been awarded prestigious ERC Consolidator Grants to investigate the statistics of social inequality, rewrite the history of Mesopotamia using artificial intelligence, and study the mechanisms of enzymatic reactions involving small molecules. The grants will fund their projects for five years, with funding up t...
LMU researchers used coarse-grained molecular dynamics (CG-MD) to simulate and visualize the particles, revealing how changes in polymer structure and environmental conditions impact particle formation. The study highlights CG-MD's value in predicting and explaining the properties of RNA nano-formulations.
Researchers evaluated over 400 patients with suspected Alzheimer's disease and found that CSF analysis was less reliable than PET imaging. The study suggests using amyloid PET scans as the diagnostic method of choice, especially for those with gray area results between 5.5-7.1 in their CSF.
Researchers found that the interaction between TPC2 and Rab7a promotes tumor growth and metastasis in melanoma. The study suggests that targeting this signaling pathway could lead to new therapeutic strategies for skin cancer treatment.
A study by LMU Munich found that a clear majority of German citizens (73%) support carbon pricing, with the most popular model being one where all citizens receive an upfront sum equal to expected carbon revenues. The effect of carbon taxation on consumer decisions is underestimated.
LMU researchers have developed a general, modular strategy for designing sensors that can be easily adapted to various target molecules and concentration ranges. The sensor uses a DNA origami scaffold, which consists of two arms connected by a molecular hinge, allowing for significant acceleration in diagnostic tool development.
A new study has compared four different training courses to help students gain a better understanding of probabilities, particularly in Bayesian situations. The findings show that translating probabilities into concrete frequencies using a double tree approach proved most effective in helping students solve similar tasks.
A comprehensive study analyzed diverse methods to investigate breast cancer metastases, providing new insights into their biology. The researchers found connections between clinical characteristics and malignant expression phenotypes, as well as clues about immune escape processes.
Researchers found that readers rated AI-generated news articles as less comprehensible than manually-written texts, citing poor word choice and handling of numbers. Despite sub-editing by journalists, automated articles were perceived as harder to understand.
Researchers developed an AI model that uses imaging data to detect less frequent gastrointestinal tract diseases. The model's anomaly detection approach allows it to reliably identify rare diseases without extensive training data.
Researchers have developed a novel approach to deal with the complexity of multiple crises, integrating various scales and disciplines. The 'translator' model uses well-known analytical methods to connect different perspectives and allows for a more nuanced description of health and climate crises.
A new approach to secure computing enables the analysis of patient data from different institutions without sharing actual data, utilizing secure multiparty computation. This breakthrough facilitates targeted therapies with fewer side effects, increasing survival rates and quality of life for cancer patients.
Researchers decode mechanism by which oxidative stress influences cell death, revealing proteasome's role in ferroptosis. Enzyme DDI2 identified as key player in regulating protein recycling, protecting cells from death.
A recent study by the MunichBREW II team discovered that binge drinking can cause clinically relevant arrhythmias in healthy young adults, especially during the recovery phase. The study found that peak blood alcohol values of up to 2.5 grams per kilogram led to an increasingly rapid pulse and increased risk of cardiac arrhythmias.
A study of identical twins found that CD8-positive T cells play a key role in the early stages of multiple sclerosis. The researchers discovered that these cells exhibit increased migration ability, promote inflammation and show activation markers, suggesting they are already embarking on their journey to the central nervous system. Th...
Research by LMU scientists suggests that large-scale afforestation and reforestation could significantly influence the climate, reducing peak temperature by 0.08°C and end-of-century temperature by 0.2°C. The study also finds that AR can shorten the time during which global temperature overshoots the 1.5-degree target by 13 years.