Neurobiologists have reconstructed nerve cells and synapses in a larval brain, revealing new circuit connection patterns that will aid future research on brain function. The project represents a significant contribution to the creation of a complete wiring diagram of the Drosophila larvae's brain.
A new phylogenetic tree resolves key relationships among vertebrates, including the identification of lungfishes as closest living relatives of land vertebrates. The study uses a novel set of analyses for building large-scale genomic datasets.
Professor Wolfgang Seibel's research on black swans in public administration focuses on rare organisational failures with severe consequences. He investigates structural flaws and systemic weaknesses within public administration to prevent such incidents.
Astronauts are exposed to DNA damage due to zero gravity and cosmic radiation; an automated diagnostic procedure is being adapted for use in space, promising constant conditions for each sample. The device could also be used to evaluate the effects of radiotherapy.
Scientists at the University of Konstanz and Umea University have successfully generated a structural model of the adenylate kinase enzyme in its closed state. This breakthrough allows researchers to analyze the precise moment when the enzyme is biochemically active, shedding light on its biochemical mechanisms.
Researchers from University of Konstanz have observed non-classical growth of crystals, where liquid preliminary stages accelerate growth rates. This finding has implications for basic research and practical applications, including faster-dissolving medicines.
A public opinion survey conducted across eight Western European countries found that 80% of respondents support increasing spending on education, while only 20% back defense policy. Respondents prioritize general school education and vocational training, with 62% demanding more funding in these sectors.
The study found that the highest number of alien species can be found on islands and in coastal regions, with Hawaii leading the way. The researchers also discovered that densely populated areas and economically developed countries are particularly vulnerable to the introduction of new species.
The University of Konstanz's biological chemistry working group has decoded a molecular mechanism that inhibits bacterial populations' swarming motility. This mechanism enables bacteria to produce various natural substances using minimal resources, which may aid in combating infectious diseases and antibiotic resistance.
Researchers found that nighttime illumination can accurately predict wealth levels in regions, including individual settlements. Satellite data on night light emissions was used to make inferences about local economic rank and compare wealth levels across countries.
Researchers at the University of Konstanz have proven the existence of Mermin-Wagner fluctuations, which grow logarithmically with system size and prevent crystal formation over long ranges. In contrast, small systems can exhibit crystal formation.
A team of chemists from Konstanz University has made a significant discovery about the effects of selective mutations on the alpha-synuclein protein. By applying magnetic probes to the protein, they found that these changes disturb the binding of alpha-synuclein to membranes.
Archaeological excavations in northern Taiwan have uncovered significant evidence of early European presence and influence, contradicting long-held theories. The site, once a Spanish colony, now suggests that Taiwan played a crucial role as a globalized hub during the 17th century.
Researchers successfully demonstrated a reliable and reproducible single molecule switch, enabling electric current to flow between electrodes through the molecule or not. The breakthrough could lead to advancements in molecular electronics.
A study published by University of Konstanz researchers found that praise from peers can motivate students to perform better, particularly those who are already high-achievers. However, this positive effect is limited for students whose grades fall just below the top threshold.
An international team of physicists has made a breakthrough in understanding heat transport at the nanoscale by studying a chain of gold atoms. The study confirms the validity of the Wiedemann-Franz law, which describes the relationship between electric and thermal conductance.
A recent study found that 37% of all recorded alien species have been introduced globally over the past few decades, with new introductions increasing at an alarming rate. Climate change is expected to lead to further invasions as non-native plants adapt to new environments.
Researchers detect electromagnetic fluctuations in the quantum vacuum using a world-leading optical measurement technique. The findings could lead to breakthroughs in understanding radiation and material properties.
A international research collaboration sequenced the entire seahorse genome, revealing gene losses and duplications that enabled specialized traits such as male pregnancy and armored body. The study provides insights into evolutionary mechanisms driving biodiversity.
The discovery by University of Konstanz researchers reveals two regions within Ssb that mediate direct contact with the ribosome, supporting its function. The findings suggest a unique feature of Ssb that enables it to position itself optimally at the ribosome.
Researchers at the University of Konstanz are developing nano factories that can prevent bacterial colonization on surfaces. The team, led by Sebastian Polarz and David Schleheck, plans to create a cocktail of chemical compounds that specifically target bacteria, reducing the need for antibiotics.
Researchers from University of Konstanz and China successfully replicate nacre's structural configuration using calcium carbonate, chitin, and silk fibroin gel. The synthetic process creates identical characteristics to naturally occurring biomineral with improved production speed, potentially leading to high-performance materials.
Evolutionary biologists confirm sympatric speciation in cichlid fish in Apoyo and Xiloá lakes through genetic analysis, ruling out third model. The study used 20,000 characteristics to document parallel evolution of four to five species over 1,000 years.
A collaborative research centre at the University of Konstanz is studying directional properties of particles and their superstructures. The SFB 1214 aims to create a new generation of materials with tailor-made properties by controlling particle arrangement.