The invasive zebra mussel is unaffected by blue-green algae toxins, which may be harming native Unio mussels. This resilience allows the zebra mussel to outcompete and dominate freshwater ecosystems, posing significant costs to industries.
Biologists have developed a new technique to determine if seagrasses contain sulfur, indicating stressed seabeds. This method reveals the health state of plants, aiding restoration efforts for lost or diminished seagrass meadows.
Scientists have made breakthroughs in delivering medicines to the brain via the nose, with improved liposomes and polymers allowing for more efficient transport of active substances. The new method could lead to reduced side effects and improved treatment outcomes for patients with neurological diseases.
Scientists found that ocean currents carrying anammox bacteria produce vast amounts of nitrogen gas in the Pacific Ocean, weakening the ocean's ability to absorb CO2. This process also leads to fewer algae in the water, less food for marine microorganisms and ultimately, a decrease in fish populations.
Scientists have developed novel methods to identify thousands of molecules formed during hydrogen cyanide reactions in laboratory experiments. These approaches confirm the potential for these techniques in future chemical analyzes, including exploring autocatalytic cycles and understanding life's origins on Earth and other planets.
Researchers have developed a new method to clean theories and models of particle physics from uncertainties, making it easier to assess their validity. The approach could lead to the discovery of new physics, which may explain long-standing problems such as dark matter and gravity.
Scientists have identified two distinct patterns in cell membranes: spiral and uniform. The patterns are formed by highly organized lipids and vary according to temperature and lipid molecule type. Further research is needed to understand the significance of these patterns for biological functionality.
Researchers from the University of Southern Denmark have discovered that crushed concrete can bind up to 90% of phosphorus, a key contributor to algae growth. The technique uses crushed concrete as a filter to remove excess phosphorus from rainwater, reducing its impact on water quality and aquatic life.
Moths hear at 80 kHz to detect bats, but this ability also leads to unnecessary sound impressions and energy waste. Researchers found that moths' eardrums are more sensitive than small insects', allowing them to survive in environments with high-frequency bat calls.
Researchers developed a method to extract information from soil surrounding bodies, allowing for insight into the day before death. High mercury concentrations in soil suggest exposure occurred within hours or days prior to death.
A new study reveals that giant bacteria like Thioploca are invaded by anammox bacteria, which steal their nitrogen, leading to reduced algal growth and less food for marine organisms. This discovery may impact ocean productivity and have implications for fish life and fisheries.
Moths have developed ears sensitive to bat echolocation cries as a defense mechanism, but also use their hearing and avoidance behavior to communicate sexually. Researchers found that different moth species employ varying methods to court females with sound.
The University of Southern Denmark has established a new Center for Bioanalytical Sciences with funding from the VILLUM Foundation. The center will support interdisciplinary biological research using advanced equipment and computational platforms.
Researchers have discovered that thioridazine, a drug previously used to treat schizophrenia, works against antibiotic-resistant bacteria by removing glycine from the cell wall. This interaction enables antibiotics to attack and kill the weakened bacteria, paving the way for new treatments.
Researchers at the University of Southern Denmark have made a groundbreaking discovery about bacterial biofilm formation, a major contributor to complicated infections. The study found that small RNA molecules play a crucial role in determining whether bacteria form biofilms or swim, offering new avenues for treating such infections.
A study by Professor Ole G. Mouritsen found that dulse contains only extremely small doses of kainic acid, rendering it safe for consumption in moderation. The research also revealed low levels of heavy metals and other substances that may be harmful in large doses.
Researchers at the University of Southern Denmark have developed a new technique to test drugs on human liver cells, reducing the risk of fatal effects. By growing cells in 3D structures that mimic natural human body conditions, scientists can better predict how substances will behave in humans.
A recent study reveals that the deepest oceanic trench holds a surprisingly high concentration of bacteria in its sediment, up to 10 times more than surrounding abyssal plains. This discovery highlights the critical role microorganisms play in regulating the global carbon cycle and climate regulation.
Researchers from University of Southern Denmark used RICS technique to investigate liposome movement on skin. They found that liposomes are destroyed before entering the skin and spilling their cargo of active ingredients. The study advises against trusting claims about liposomes carrying active ingredients into the skin.
A team of researchers used cutting-edge 3D imaging techniques to study the syrinx, a unique vocal organ found in songbirds. The detailed structure reveals how birds can produce superfast trills and stabilize their sounds while moving.
A new study links the end-Ordovician mass extinction to nutrient-driven anoxia in the global ocean. The research overthrows century-old knowledge on why marine animals faced their first major challenges, highlighting the tight coupling between life evolution and oxygen dynamics.
Researchers have discovered a global pattern in geochemical analysis that sheds light on the unusual preservation process of soft-bodied fossils found in the Burgess Shale. The team found that rapid burial in mud layers with low oxygen levels and the presence of calcium carbonate cement played a crucial role in conserving organic remains.
The study found that ancient oceans contained lethal sulfide, making vast areas of seafloor inhospitable to animals. The discovery suggests that poisonous oceans delayed the emergence of animal life on Earth.
Researchers found that bats control echolocation calls with the fastest-contracting muscle type, enabling them to produce calls at rates of up to 190 calls per second. This allowed bats to better track insects in flight and make them successful hunters.
Researchers studied the closest living relative of tetrapods, the African lungfish, and found that they lack sensitivity to airborne sound. The inner ear's structure suggests a high vibration sensitivity but limits hearing to very low frequencies, implying that early tetrapod ancestors were probably deaf to airborne sound.