The ZOWIAC project will investigate the effects of invasive carnivores on biological diversity and human health, using monitoring, metabarcoding, and spatial analysis to understand their impact. Citizens will also be involved in the research through a citizen science platform.
A new academy project at Goethe University Frankfurt will digitallyize over 40,000 Martin Buber letters and make them accessible. The project aims to understand Buber's life, work, and intellectual network, shedding light on the 20th century's history.
Researchers at Goethe University demonstrated that the protease inhibitor aprotinin can inhibit SARS-CoV2 replication by preventing viral entry into host cells. Aprotinin also compensates for reduced endogenous protease inhibitors in virus-infected cells.
Scientists have experimentally tested models of SARS-CoV2 RNA folding to reveal key regulatory elements. The research provides a foundation for understanding viral control and preparation for future 'SARS-CoV3' threats.
Chemists at Goethe University Frankfurt have directly observed and characterized a metallonitrene diradical with a single metal-nitrogen bond. This discovery enables the targeted insertion of nitrogen atoms into carbon-hydrogen bonds, contributing to the development of novel 'green' syntheses.
Scientists at Goethe University have developed a method to produce artificial organelles in living yeast cells, enabling the creation of customized molecules. The new technology uses synthetic vesicles to introduce enzymes and metabolic pathways in isolation from the rest of the cell.
Research shows Neanderthal children were introduced to solid food at around 5-6 months, mirroring modern human patterns. This finding suggests similar energy demands during early infancy and a close pace of growth between Homo sapiens and Neanderthals.
Researchers at Goethe University Frankfurt measured the propagation of light in a hydrogen molecule, achieving a new world record in short time measurement. The scientists tracked the ejection of electrons from the molecule using a unique technique, allowing them to determine the timing of photon interactions within zeptoseconds.
An international research team found large diamonds and nanodiamonds in ureilite meteorites, suggesting they formed through massive impact events rather than continuous pressure in planetary precursors. The discovery challenges existing theories and provides insights into the extreme forces that shaped the early solar system.
Researchers found that bat and fruit bat species capable of carrying the Ebola virus thrive in West and East Africa, including Central Africa. The study suggests keeping a closer eye on diseases in their modeled ranges to inform the public about potential Ebola infections.
Researchers have identified three forms of disease progression for acute decompensated liver cirrhosis, including a high-risk variant that leads to severe organ failure and death. The study provides valuable insights into the pathophysiology of ACLF and lays the groundwork for developing preventive therapies.
Researchers from Goethe University patented a method to interrupt SARS-CoV-2 signaling pathways using specific inhibitors, blocking viral replication. Tested cancer drugs showed promising results in laboratory experiments.
A consortium of German researchers detects SARS-CoV-2 genetic material in treatment plants, estimating potential transmission risks. The study reveals 3-20 gene equivalents per millilitre of raw wastewater, indicating the degree of infection among residents.
Researchers have developed a new method for reconstructing past Earth surface temperatures using clumped isotopes. By analyzing the ratio of two rare carbonate groups, scientists can now accurately determine temperature without being influenced by mineralization processes.
Researchers at Goethe University have isolated an ancient enzyme that enables early bacteria to produce energy without oxygen. The Rnf enzyme functions like a pumped-storage power plant, generating electricity and producing ATP.
Researchers at Goethe University Frankfurt have identified a promising anti-viral strategy against COVID-19 by targeting the papain-like protease (PLpro) of SARS-CoV-2. Inhibiting PLpro can suppress viral production and strengthen innate immune response, offering a potential therapeutic approach to combat the virus.
A 2,000-year sedimentary archive from the Blue Hole in Belize provides insights into climate change and its impact on storms in the Caribbean. The study shows that hurricane activity has increased over the past 1,885 years, with a significant shift in frequency and intensity starting around AD 900.
Researchers developed ultrathin 'smart nanosheets' that can capture protein complexes from mixtures, enabling faster and more accurate analysis with electron microscopy. This innovation can lead to better understanding of diseases and treatment with drugs.
Researchers at Goethe University Frankfurt and University of Kent have discovered that the enzyme SAMHD1 can split phosphate groups off nelarabine, making it less effective in B-ALL patients. This breakthrough could lead to more targeted treatment options for individual patients.
Researchers at Goethe University have successfully produced tsetse fly attractants in genetically modified brewer's yeast, which could be used to contain sleeping sickness. The new production method is cost-effective and environmentally friendly, making it suitable for rural communities in Africa.
A game theoretical study by Claudius Gros shows that envy can lead to the emergence of social classes in a society. The study simulates individual behaviour in a competitive environment, where agents with different skills and opportunities interact.
Researchers at Goethe University Frankfurt have confirmed a 90-year-old theory by measuring the recoil of ejected electrons in helium and nitrogen molecules. They observed the molecular movement when light particles hit individual molecules, confirming the effect of radiation pressure with recoil.
Research at Goethe University Frankfurt reveals that both hemispheres of the brain contribute to speech control, with the left hemisphere handling fast processes and the right hemisphere controlling slower processes. This discovery challenges the long-held assumption that the right hemisphere only analyzes spoken words.
Researchers at Goethe University Frankfurt have developed a new experimental technique using the European XFEL's powerful laser pulse to 'X-ray' individual oxygen molecules. The resulting images show the atomic structure and fragmentation process of the molecule, providing valuable insights into its behavior.
New video technique reveals altered nursing behaviour and retarded larval development in neonicotinoid-treated honey bees. This affects their social interactions and increases the risk of parasite infestation, such as Varroa mite.
Researchers at Goethe University Frankfurt used a cell culture model to test compounds against SARS-CoV-2 virus, finding several that slowed down or stopped virus reproduction. The findings enable the search for an active substance to be narrowed down to approved drugs.
An international team has discovered that the high local concentration of vapors in city streets accelerates nanoparticle growth, contributing to winter smog's particulate matter. Climate researchers attribute this process to the condensation of ammonia and nitric acid onto nanoparticles, causing rapid growth within minutes.
Researchers at Goethe University Frankfurt and the University of Exeter have found that Thermus thermophilus bacteria possess two types of tiny surface hairs, or pili, with different functions. The thick pili are used for DNA capture, while the thin pili facilitate movement on surfaces.
Physicists at Goethe University Frankfurt simulated merging neutron stars, predicting a clear signature of quark-gluon plasma in gravitational waves. This finding could provide evidence for the existence of the quark-gluon plasma in the present universe.
Researchers at Goethe University Frankfurt found that mistakes in short-term memory, such as misperceiving the motion direction of dots, contribute to our ability to recognize and integrate visual information over time. This 'blurring' of perception helps us perceive a stable environment despite constant changes.
Scientists observed a surprising phenomenon where electrons were sometimes ejected from nuclei in two-thirds of cases, and sometimes reflected back. The findings provide a new approach for testing quantum mechanical theories of Compton scattering.
Researchers at Goethe University discover a unique metabolism in Acetobacterium woodii that enables the bacterium to recycle hydrogen, allowing it to survive in oxygen-poor environments. This discovery has implications for our understanding of ancient life forms and their metabolic capabilities.
A study of 865 sports students found that over half experience pain in two or more regions of the body, with frequent depressions, anxiety, and low self-compassion. The lack of attention to physical limitations can lead to chronic pain, emphasizing the need for early discussion and consideration of athletes' health.
Researchers at Goethe University Frankfurt studied brain activity in Seba's short-tailed bats to understand how the brain controls vocalization. They identified a group of nerve cells creating a circuitry from the frontal lobe to the corpus striatum, which fires off rhythmic signals predicting echolocation or communication sounds.
Researchers found that plants' lateral roots know where to find water early on, guiding growth towards nutrient-rich areas. This flexible response enables plants to react to environments with fluctuating resources.
Researchers at Goethe University have developed a new NMR method that allows them to follow tiny structural changes in RNA chains in real-time. This breakthrough enables the study of RNA refolding and its role in regulating transcription processes, which are crucial for cellular functions.
Membrane TNFR1 receptors exist as monomers and dimers in the absence of TNFα, but form trimers and oligomers upon activation. The study reveals new insights into the physiology and patterns of TNFR1 in the cell membrane, which could be relevant for cancer and inflammatory diseases.
A German-American research team has discovered a new metabolic pathway in the rumen microbiome of ruminants that allows the bacteria to adapt to extreme fluctuations in sodium content. This adaptation enables the production of ATP through two different respiratory circuits, one requiring sodium ions and the other using hydrogen ions.
Researchers at Goethe University develop a new method to measure acute cellular stress responses, enabling precise time-resolved measurements of thousands of proteins. This breakthrough opens the door for new therapeutic strategies in diseases like cancer and neurodegenerative disorders.
The German Research Foundation has approved €12 million for the Collaborative Research Centre on selective autophagy. The research alliance aims to better understand autophagy at molecular and cellular levels to counteract imbalances in the system.
A recent study by Goethe University Frankfurt identified 17 microRNA families that play a crucial role in the interface between the immune and neuronal systems, showing sex-specific differences in gene expression. These findings may lead to new therapeutic approaches for psychiatric diseases.
Researchers from Goethe University have developed reliable maps predicting the Zika virus transmission risk in South America. The models also indicate a moderate risk in Central America and lowest in southern areas of the continent. Europe is under threat, especially in Mediterranean regions and inland France.
A recent brain imaging study found that more intelligent individuals have temporally more stable interactions in neural networks. The results suggest that processes of controlled attention may play an important role for general intelligence.
Researchers at Goethe University use new super COLTRIMS apparatus to measure minuscule effect on photon momentum. They find electrons receive unexpected additional momentum from magnetic fields, altering tunneling in strong-field ionization.
The RIS neuron in threadworms serves both to induce sleep after shedding its cuticle or recovering from stress, and to halt movement during locomotion, enabling the worm to change direction or avoid danger. This dual function highlights the complexity of simple life forms like worms.
Researchers found that music chart statistics have changed significantly since the 1990s, with albums now having shorter lifetimes. The diversity of charts has doubled or tripled, and albums either reach the top immediately or never make it.
Scientists at Goethe University have elucidated the interaction of bacterial effectors, revealing how regulator SidJ controls virulence factors. The discovery sheds light on Legionella's ability to multiply in immune cells and offers potential strategies for inhibiting its spread.
Frankfurt researchers successfully decrypted all stages of the transport mechanism of ABC transporters, a crucial protein complex responsible for resistance to antibiotics and chemotherapy. The team used cryo-electron microscopy to obtain high-resolution images of the transporter in motion.
The ABCE1 enzyme is essential for ribosome recycling, allowing cells to maintain protein quality and homeostasis. Its structure can adopt three conformations to boost recycling, influencing the interaction with ribosomes and ATP.
A study by Goethe University Frankfurt has demonstrated the safety and efficacy of non-invasive magnetic resonance imaging (MRI) in guiding therapy decisions for patients with stable chest pain and coronary heart disease. MRI measurements were found to be as safe as cardiac catheterization, with reduced need for invasive procedures.