Researchers found that Chaoborus spp larvae absorb excess methane bubbles to inflate their air sacs, enabling them to reach the surface. This mechanism not only saves energy but also exacerbates greenhouse gas emissions. Improving water quality is crucial in mitigating this effect.
Researchers identify complementary roles played by mitral and tufted cells in processing olfactory information. Active learning enhances distinctiveness between similar smells through separate neural networks.
Researchers have developed a technique to control terahertz waves using graphene, enabling potential applications in telecommunications and medical imaging. This discovery could lead to faster data transfer speeds and improved security in communications, as well as non-invasive detection of biological molecules for medical diagnosis.
Researchers found that a 80,000-year ice age caused by volcanic eruptions led to the loss of 95% of marine species during the Permian-Triassic boundary. The study challenges previous theories attributing mass extinctions to warming temperatures.
Scientists have created a groundbreaking brain-machine interface that allows for bidirectional communication between the brain and prosthetic limbs. By transmitting sensory feedback to the brain, researchers were able to induce an artificial sensation of movement in paralyzed patients. This innovative technology holds promise for devel...
A new genomic technique has been devised to quickly and accurately detect imprinted genes expressed in each cell type, improving diagnosis of genetic diseases like Prader-Willi and Angelman syndrome. Researchers have identified novel imprinted genes and demonstrated their tissue-specific expression.
Researchers from Geneva and Fribourg have developed a rapid screening method to select the most promising nanoparticles for medical applications. The new approach can determine biocompatibility in under two days, reducing the need for animal testing and enabling personalized treatment.
Neuroscientists at the University of Geneva have identified three main sub-groups of inhibitory interneurons in the cortex by analyzing cell-type specific genes and their expression patterns. These findings will aid in understanding neuro-developmental disorders such as autism and schizophrenia.
Researchers discovered that Mycobacterium tuberculosis reprograms infected cells to feed on lipids and membranes, leading to new treatment opportunities. The study provides a promising lead in tackling the disease by starving the bacterium of its preferred high-fat food source.
Researchers from Université de Genève and Saint-Etienne propose a new method to estimate the size of metal deposits by modeling magma degassing. This approach uses high-precision geochronology and could identify deposits with the best potential early in the exploration process.
A research team at the University of Geneva has discovered that sulfur can act as an effective catalyst, transforming molecules with greater precision than hydrogen. This breakthrough enables chemists to exercise increased control over molecular transformations, paving the way for the creation of new materials and applications.
Scientists have found that the UVR8 receptor in Chlamydomonas reinhardtii activates a safety valve to dissipate excess energy as heat. The study reveals a second protective role of these receptors, producing an anti-UV 'sunscreen'.
A team of geneticists found that mammary glands emerged due to the recycling of Hox genes, which are responsible for organizing organ formation during embryonic development. This discovery explains how placental mammals and marsupials developed mammary glands, but not in platypuses.
A group of biologists from the University of Geneva developed a novel technology to identify all transcription factors involved in any process and in response to any signal. The BC-STAR-PROM screening method enables researchers to monitor the activity of thousands of promoters simultaneously, saving time and work.
The University of Geneva team tested a scenario proposed by Anthony Leggett, finding it contradicts experimental results. The study reveals the importance of chemical doping in understanding high Tc superconductivity.
Researchers at Université de Genève have developed an antibody that blocks the migration of cancer cells, preventing their spread and proliferation. The 'H225' antibody reduces cancerous cell transit into organs by over 50% and limits cell proliferation, offering a promising new therapeutic strategy against lymphoma.
Researchers at Université de Genève discovered that a protein called CCN1 produced by platelets and blood vessels is essential for the recruitment of immune cells during viral infections. Without CCN1, the immune response is impaired, highlighting a new potential target for antiviral treatments.
Researchers discovered a UV-B receptor that activates proteins to build defense mechanisms, allowing plants to tolerate harmful UV-B rays. Plants also use UV-B rays to influence growth and development, making them essential for survival.
Researchers have identified potential new antimalarial drugs targeting the parasite's heat shock protein 90 (Hsp90), a key player in its survival and resistance to treatments. The study uses innovative modelling technology to isolate compounds that can destroy the pathogen without affecting human cells.
Researchers demonstrate that hairs, feathers and scales share a common evolutionary origin, developing from placodes with similar molecular signatures. The study provides new insights into the evolution of skin appendages and their diversity.
Biologists from UNIGE reveal a mechanism of resistance to the anti-estrogenic drug tamoxifen, identifying eight factors that enable breast cancer cells to become refractory to treatment. The researchers suggest various approaches for developing new therapies targeting these factors.
Swiss researchers have created a gel containing microparticles that inhibits cellular over-proliferation and reduces the risk of obstruction reoccurrence after vascular bypass surgeries. This innovation enables controlled release of a drug, improving outcomes for patients by reducing failure rates from 50% to potentially near-zero.
Researchers at Université de Genève have developed new tools to manipulate biology, including a novel co-factor that enables proteins to perform tasks previously thought impossible. Meanwhile, another team has created a method to visualize mRNA in live animals, providing real-time insights into cellular processes.
A team of researchers from Université de Genève and EPFL found that the HOX13 architect proteins play a crucial role in the formation of both arms and hands. The study reveals how a genetic switch allows for a clear boundary between these two developmental processes.
Research reveals gene expression is a two-way communication between nucleus and cytoplasm, controlled by the Ccr4-Not complex. This protein complex acts as a messenger to ensure transcription and translation levels are well-balanced.
Researchers at Université de Genève identified a protein Mac1 that plays a key role in recycling photosystem I components to recover iron. In response to nutrient deficiencies, the alga dismantles its photosystems and recycles some of their components.
Researchers discovered that Pseudomonas aeruginosa can multiply within human fluids from burn wounds, leading to increased virulence factors. Exudates from burns contain immune molecules and enzymes that favor P. aeruginosa growth, making it difficult to treat infections.
Scientists at Université de Genève successfully manipulate the magnetic properties of LaNiO3 and LaMnO3 oxides to create tailored materials. By controlling the interactions between these materials, they can now develop artificial structures with specific magnetic properties.
A region of specific proteins called SPX domain signals the phosphate status to cells, regulating phosphate uptake. InsP signaling molecules interact with SPX domains to control phosphate homeostasis in various organisms.
High-temperature superconductors exhibit two coexisting states, contradicting the competition-based models previously assumed. The study reveals electronic densities are a combination of separate effects, proposing a new model for understanding these materials.
A study by the University of Geneva found that excessive noise disrupts premature babies' tactile skills, hindering their ability to memorize shapes and distinguish between objects. The researchers suggest implementing environmental measures to reduce noise levels in neonatal units to support optimal brain development.
Researchers at the University of Geneva identified a new recessive disease caused by the failure of a single gene, PIGG, which affects protein production and leads to intellectual disability, epilepsy and hypotonia. The discovery provides hope for early detection and prevention through personalized genetic diagnosis.
Researchers discovered how hepatitis B virus (HBV) counterattacks the host's defense system by destroying a protective protein complex. This finding suggests new avenues for developing innovative therapeutic agents targeting the X protein.
Geneticists at UNIGE sequenced DNA of skin tumors to determine genes responsible for cancerogenesis in basal cell carcinoma. New cancer genes MYCN, PTPN14 and LATS1 were identified, which can complicate treatment.
Physicists at Université de Genève developed a new code that simulates the rotation of space-time and gravitational waves in the formation of large-scale structures. This allows for more precise calculations than current codes, enabling the study of dark energy's role in the universe's expansion.
Researchers have developed FlashTag technology to isolate and visualize newborn neurons, revealing the genetic origin of these cells. This discovery sheds light on how brain development occurs and may lead to new treatments for neurodegenerative diseases such as autism and schizophrenia.
Scientists have found that a social amoeba uses both phagocytosis and DNA nets to defend against bacteria, similar to the human immune system. This discovery could lead to new treatments for chronic granulomatous disease and other immune disorders.
Scientists at Université de Genève found a novel regulatory mechanism in the HigBA toxin-antitoxin system that can selectively kill bacteria when they suffer from DNA damage. This discovery could lead to new treatments for bacterial infections by forcing bacteria to turn their weapons against themselves.
The brain regulates the size of neuronal ensembles that reflect the memory trace to optimize performance, researchers from Université de Genève demonstrate. The study shows that inhibiting or resurfacing a memory can be achieved by targeting neurons in the hippocampus.
Vitamin B6 plays a crucial role in nitrogen metabolism, informing plants of their ammonium content and helping regulate its use. This discovery could lead to the development of new methods to prevent overuse of nitrogen-containing fertilizers, which harm the environment.
A team of Swiss and Russian scientists has deciphered how APOBEC takes advantage of a weakness in DNA replication to induce mutations, primarily affecting early-replicating genes. The study reveals that APOBEC targets single-stranded DNA regions during replication, which are more prone to mutations.
An international team has discovered a compact galaxy emitting a large number of ionizing photons, confirming the hypothesis that galaxies were responsible for cosmic reionization. The 'green pea' galaxy J0925 was found to be ejecting ionizing photons with unprecedented intensity.
Researchers discovered that seeds have recycled a plant protection mechanism called the cuticle to withstand terrestrial aggressions. The cuticle increases seed viability, resistance to reactive oxygen species, and maintains dormant state, allowing seeds to survive and propagate in new environments.
Researchers connected two materials with unusual quantum-mechanical properties through a quantum constriction, enabling clean materials with intriguing quantum-mechanical properties. This collaboration opens up a new research direction for ultrafast and robust electronic networks.
Asymmetric cell division occurs when endosomes, containing signalling molecules, are distributed unevenly between daughter cells. The central spindle, a scaffold structure composed of microtubules, plays a crucial role in dispatching this information.
Researchers at Université de Genève found that cold exposure alters microbiota composition, leading to increased brown fat activation, improved insulin sensitivity, and weight loss. The discovery highlights the key role of Akkermansia muciniphila in regulating nutrient absorption and may lead to new anti-obesity treatments.
Researchers discovered the majority of missing ordinary matter in the universe, found in hot gas associated with intergalactic filaments. The study validates models of galaxy formation and could lead to a better understanding of heavy elements formed by stars since the beginning of the universe.
The corn snake genome has been sequenced for the first time, providing valuable insights into reptile evolution and genetic diversity. The study aims to understand how snakes lost their limbs and developed various skin colorations, shedding light on the evolutionary processes that shaped these animals.
Researchers at the University of Geneva discovered that Hydra cells can modify their genetic program by overexpressing genes involved in nervous functions. This study sheds light on cellular plasticity, a phenomenon that could influence research into regenerative medicine and neurodegenerative diseases.
Scientists from Université de Genève found that depleting the gut microbiota triggers a metabolic mechanism that transforms white fat cells into beige fat, reducing obesity and insulin resistance. This discovery could lead to new anti-obesity treatments.