A large-scale study found that patient satisfaction with postoperative pain treatment is linked to perceptions of improvement and the patient-caregiver relationship. Patients who feel involved in their care experience higher levels of satisfaction.
A research team discovered an interferon-induced GTPase protein family that destroys bacterial camouflage, allowing cells to recognize and eliminate Salmonella. This finding sheds light on the immune system's strategies against bacterial pathogens.
Researchers at the University of Basel have developed a method to grow cartilage in the lab, enabling successful nose reconstruction surgery. The technique, known as tissue engineering, uses patients' own cells to create engineered cartilage that is implanted into the defect, resulting in improved functionality and cosmetic appearance.
Researchers found that green tea extract increases brain connectivity and improves working memory performance. The study suggests potential clinical applications for treating cognitive impairments in neuropsychiatric disorders like dementia.
Researchers at the University of Basel discovered that endurance sport improves both muscle condition and neuronal connections. By increasing PGC1α levels in muscles, athletes can enhance their nervous system's performance.
The absence of coronin 1 protein causes significant learning deficits, aggressive behavior, and impaired neuronal activation. The protein plays a crucial role in linking extracellular stimuli to neuronal response, enabling efficient learning and memory.
A team of scientists has found a molecule that actively regulates memory loss, revealing the process of forgetting is not passive but rather an active process. The discovery could lead to new treatments for mental disorders such as Alzheimer's.
A recent study published in Nature Communications has identified two new gene regions linked to bipolar disorder, bringing hope for new treatments. The research, involving over 24,000 patients and healthy individuals, sheds light on the genetic factors contributing to the complex condition.
Researchers at the University of Basel successfully pulled isolated molecular chains from a gold surface using atomic force microscopy. The experiment revealed the detachment force and binding energy of molecules, providing new insights into the mechanical behavior of single polymers.
A study published in Neuron reveals a connection between genes controlling neuronal excitability and working memory, psychiatric disease, and brain activity. The researchers identified a network of genes that plays a crucial role in human brain function, highlighting the importance of understanding its dysfunction in schizophrenia.
Researchers from the University of Basel have observed spontaneous magnetic order of electron and nuclear spins in a quantum wire at temperatures of 0.1 kelvin, exceeding previous limits of microkelvin range. This new state of matter is stabilized by nuclear spin coupling and mutual interactions between electrons.
A team of scientists at the University of Basel has elucidated a second information pathway taken by motor commands, revealing a complex network of communication between the spinal cord and brain. This dual information stream enables precise control of fine motor behavior, such as arm and hand movements.
A crucial amino acid signal regulates centrosome duplication and its absence leads to pathologically altered cells found in people with microcephaly. This discovery sheds light on the development of this neurodevelopmental disorder.
Researchers have discovered a new operating principle of potassium channels, revealing the pore remains open even in response to cAMP. This finding has implications for developing drugs to treat epilepsy and cardiac arrhythmias.
Researchers at the University of Basel have discovered how Salmonella bacteria outsmart the host's immune cells, allowing them to survive and spread infection. This knowledge may lead to new treatments for typhoid fever, a life-threatening disease affecting millions worldwide.
In Switzerland, plants have shifted uphill by 8 meters, butterflies by 38 meters, and birds by 42 meters between 2003 and 2010. Climate warming is causing species to adapt at a surprising pace.
A study by researchers from the University of Basel found that individuals with high motor excitability have better working memory than those with low excitability. The research used transcranial magnetic stimulation to measure motor cortical excitability and its correlation with working memory performance, revealing a positive correla...
Researchers observed strong energy loss due to frictional effects near charge density waves. The study has significant implications for controlling nanoscale friction.
A study by the University of Basel found that four out of thirteen nursing activities are left undone across Europe, with psychoeducational care being the most omitted. The research highlights the negative impact on job satisfaction and suggests optimizing nurse work environments can help reduce this issue.
Physicists at the University of Basel have developed a quantum-classical hybrid system to stabilize the wavelength of photons emitted by a semiconductor, removing charge noise and enabling a stable single-photon source. This breakthrough could lead to improvements in semiconductor-based spin qubits and quantum communication.
Researchers at the University of Basel have identified a new compound that reduces aversive memory, a trait central to anxiety disorders like PTSD. The compound, a known antihistamine, was found to significantly reduce memory recall of negative pictures but not neutral or positive ones.
Alpine plants show genetic differences in appearance and features due to Ice Age climate changes, highlighting their adaptability to environmental conditions. The study discovered variations within species are partly driven by natural selection, with plants adapting to shorter growing seasons.
Scientists successfully sort individual conformers of a molecule using an electric field, showing that their spatial structure affects their chemical reactivity. The new method provides insight into fundamental reaction mechanisms with potential applications in chemical catalysis and molecule synthesis.
The study reveals that membrane proteins use a dynamic, constantly changing state to transport proteins across the outer membrane without requiring energy. This finding provides an exceptional insight into the transport mechanism and has implications for understanding protein folding and transport in bacteria.
Bacteria use TamA protein to channel protein domains across the outer membrane, overcoming additional barrier for nutrient and toxin transport. This process is crucial for infections by pathogens like Yersinia, Salmonella, and Cholera.
Researchers have demonstrated a method to create polarization order from random fluctuations, enabling enhanced sensitivity in nanometer-scale magnetic resonance imaging (MRI) and potentially solid-state quantum computers. This achievement has the potential to revolutionize nano- and atomic-scale imaging techniques.
Researchers found that older males can perform faster and more demanding trills than their younger counterparts, which may be used by females to assess male quality. The study also reveals the nightingale's exceptional singing abilities, with a large song repertoire and rapid broadband trills.
Researchers at the University of Basel have successfully replaced iodine in copper-based dye-sensitized solar cells with cobalt, increasing sustainability and improving long-term stability. This breakthrough uses a systems chemistry approach to optimize molecular components, paving the way for environmentally friendly energy production.
A recent study published in Current Biology found that lunar cycles affect human sleep quality. The research revealed a significant drop in brain activity related to deep sleep around full moon, with participants also reporting poorer sleep quality and lower melatonin levels.
Researchers visualized live bacterial cell-to-cell communication pathways using a new method. They successfully showed that modified signaling molecules selectively bind to QS receptors in certain bacterial species, enabling the detection of receptor localization inside cells.
Researchers have developed artificial peroxisomes that mimic natural organelles, transforming toxic free radicals into water and oxygen. This innovation enables direct cellular targeting, paving the way for novel patient-oriented treatments.
Researchers at Uni Basel have discovered Sox4 as a key player in cancer metastasis, triggering the epithelial-mesenchymal transition (EMT) process. The study found that Sox4 promotes the expression of genes involved in EMT and metastasis, leading to changes in gene expression and cell behavior.