A new study by Saint Louis University researchers found approximately 7.8 million Americans living with hyperhidrosis, which can cause anxiety, depression, isolation, and reduced quality of life. The study also revealed that axillary hyperhidrosis affects 4 million Americans, leading to feelings of less confidence and frustration.
Researchers at Duke University have successfully redesigned sensor proteins that can detect a range of molecules, including explosives like TNT and neurotransmitters. This breakthrough could lead to new technologies for monitoring diabetes and locating underwater robots.
A European study of over 20,000 deaths in six countries found that end-of-life decisions were common, with administration of drugs to hasten death varying significantly between countries. The study highlights the need for further exploration of end-of-life care practices and attitudes towards physician-assisted death.
The study reveals that nitric oxide alters protein interactions, leading to new insights into the underlying causes of disease and potential new therapies. The findings suggest that NO regulates a broad spectrum of cellular reactions, potentially underlining some disease symptoms.
A new study has found that a weekly regimen of paclitaxel and carboplatin is well-tolerated and effective in treating advanced non-small cell lung cancer. The treatment resulted in a response rate of 32% and median survival time of 49 weeks, with fewer side effects compared to standard regimens.
Researchers link tooth loss to subclinical atherosclerosis and increased carotid plaque buildup. The study suggests that chronic infection or inflammation of the gums may contribute to tooth loss.
A study by Frits Rosendaal and colleagues found that haemophilia carriers have a significantly lower risk of ischaemic heart disease, with a 36% decrease in overall mortality. This reduction in blood clotting may offer protection against heart attacks and has implications for future prevention strategies.
Researchers at UGA have identified a lipid-protein duo causing massive stem cell death during brain development, but also hinting at potential recovery mechanisms for devastating diseases like Alzheimer's and Parkinson's. The study reveals that this 'deadly couple' leads to the survival of cells destined to form neurons.
A study in Japan found that consuming raw Japanese deer meat may transmit Hepatitis E virus (HEV), a rare liver disease. The infected deer meat tested positive for HEV RNA, suggesting an animal route of transmission. This discovery adds the Sika deer to the list of foods with a risk of transmitting HEV.
Researchers have developed a DNA-based test to accurately distinguish great white sharks from other species, even when only dried fins or meat are available. This new test will help conservationists and fisheries managers better regulate and protect great whites, a species that has declined by up to 79% in the northwestern Atlantic.
Max Planck researchers found that reducing SK3 channel production in the hippocampus of aged mice prevented learning and memory deficits. The study provides new insight into the mechanisms of age-related cognitive decline and suggests a potential therapeutic approach.
A new gene expression profile test could identify which breast cancer patients are likely to respond to chemotherapy, helping reduce unproductive treatment and toxicity. The test uses biopsy samples from primary tumors before treatment and measures the tumor's response to docetaxel.
The Salk Institute's latest study, led by Joseph Ecker, provides a detailed map of Arabidopsis genes and their functions. The team has also identified key molecular pathways involved in ethylene gas signaling, which is crucial for plant growth, yield, and drought tolerance.
A study published by the American Sociological Association finds that campaign contributions and lobbying have limited impact on policy, with party lines and ideology playing a greater role. The average PAC donation to candidates is $1,700, which is not enough to win significant influence.
Researchers discover that the HAP1 protein plays a crucial role in brain damage caused by Huntington's disease. The protein's interaction with mutant huntingtin leads to apoptosis in neurons, particularly in the hypothalamus. This finding offers new hope for therapeutic strategies aimed at bolstering HAP1 function.
A recent study confirms oxaliplatin's safety in treating advanced colorectal cancer, with low rates of high-grade gastrointestinal side effects. The treatment regimen, combined with fluorouracil and leucovorin, showed improved results in patients who had previously failed first-line chemotherapy.
Research reveals that intense atmospheric jets triggered by strong winds can drive convection in the North Atlantic Ocean. This process increases the number of convection sites from two to three, significantly impacting the Atlantic climatic system.
Scientists have inactivated almost three-quarters of all genes in the genome of Arabidopsis thaliana, creating a public database of genome-wide gene mutations. The study provides significant new information on the function of individual and groups of genes.
Peter Lynds' paper challenges assumptions about determined instantaneous physical magnitude and time, proposing a necessary trade-off between precisely determined physical values and continuity through time. He addresses long-standing issues in physics, including cosmology and the role of imaginary time.
Innovation in biomedical research is being stifled by pharmaceutical companies' increased risk aversion. Small biotech firms, often spun off from universities, are taking on more risk to develop new drugs.
Researchers used transgenic mice to study CA4P's effect on choroidal neovascularization, finding it suppressed development and induced partial regression of established CNV. CA4P joins a growing list of drugs with potential as prophylactic agents for retinal and/or choroidal neovascularization.
A research team led by H. Ronald Kaback solved the three-dimensional structure of the bacterial membrane transport protein lacose permease (LacY), shedding light on its mechanism and function. The resulting structure revealed intricate interactions between amino acids, sugars, and protons, providing crucial insights into membrane trans...
A study published in Journal of Bone and Joint Surgery found that lengthening the Achilles tendon can reduce the recurrence of diabetic foot ulcers by up to 75% after seven months. The procedure, which involves stretching the tendon and immobilizing the foot for six weeks, also requires caution to prevent increased stress on the heel.
Scientists discovered protein chromodomains that recognize and bind to specific histone modifications, enabling the regulation of gene expression. This breakthrough could lead to improved treatments for cancer by targeting epigenetic mechanisms.
Researchers can now study specific gene function in Arabidopsis by quickly searching for and ordering genetically modified plants with knocked-out genes. Over 21,700 genes were identified as having been turned off using insertional mutagenesis, representing a significant advancement in understanding plant genome functions.
Anthony Hyman, group leader at Max Planck Institute of Molecular Cell Biology and Genetics, wins prestigious EMBO Gold Medal. His research focuses on microtubules' role in cell division, shedding light on their dynamics and functions.
A report by U of T professors Anthony Doob and Cheryl Webster finds that harsher sentences do not reduce crime, citing the likelihood of apprehension as a key factor. The researchers argue that more resources are needed for social and educational programs to help children and youth thrive in school and prevent crime.
Researchers at The Wistar Institute have discovered a new mechanism for gene silencing that involves multiple enzymes and histone modifications. This discovery could lead to the development of new cancer therapies by re-silencing inappropriately activated genes.
A study by Dr. Joel Ray found that folic acid fortification has no immediate effect on the incidence of Trisomy 21 (Down Syndrome) in Canada. Research suggests that genetic mutations may occur before fetal development, making folic acid supplementation less effective in preventing the condition.
Researchers from Imperial College London and UCLA have visualized the structure of lactose permease, an enzyme in E. coli that pumps lactose into cells. The structure data reveals a possible mechanism of action for this protein family, which plays critical roles in depression, stroke, and diabetes.
The US Navy is developing a powerful free-electron laser that can transmit infrared light for use in ship-defense systems. The laser has the capability of generating extremely short pulses, sub-picosecond pulses, and breaking records for tunable high-average power lasers.
Researchers found that in-car traffic guidance systems cause a temporary increase in accident risk after drivers are informed of traffic congestion and change their routes. However, the accident risk drops significantly when safety measures such as route selection criteria are added to the system.
Research by Richard Mattes and Corinna Alper found that regular peanut consumption reduces the risk of cardiovascular disease without causing significant weight gain. The study involved three trials where participants added peanuts to their diet, with no increase in body weight detected despite adding 500 calories a day.