Researchers at University of Wisconsin-Madison successfully transplanted human embryonic stem cells into mouse brains to repair damaged neural circuits. The study demonstrates the potential for stem cell therapy to treat neurological disorders such as Alzheimer's and depression.
Researchers have identified a new type of immune cell in the skin that plays a role in fighting parasitic invaders and could be linked to eczema. The discovery sheds light on the causes of allergic skin diseases and offers new hope for treating hundreds of millions of people worldwide.
A UC Berkeley study shows how the brain dynamically reallocates resources based on behavioral demands, optimizing performance. When searching for a person or object, various brain regions are activated, including those normally dedicated to abstract thought.
The study found that delivering physical activity and dietary interventions simultaneously may result in the most positive sustained outcomes across two important health behaviors. Participants who received simultaneous advice successfully increased both their dietary and physical activity levels to national recommendations by 12 months.
A study found that low-dose aspirin slowed the growth of two breast cancer lines in lab tests and reduced tumor growth in mice. The compound also inhibited tumor cells from spreading and enhanced the effect of tamoxifen, a common drug therapy for hormone-receptor positive breast cancer.
Research finds that individuals living in urban areas with green space report less mental distress and higher life satisfaction. The effect is significant even after accounting for income, employment, marital status, physical health, and housing type.
Researchers at Duke University Medical Center discovered a three-dimensional image of beta-arrestin1, a protein that regulates GPCRs, revealing a striking difference in its active and inactive states. This finding suggests the presence of a general molecular mechanism controlling the activation of beta-arrestin1.
A large-scale genetic study has associated nine new genetic regions with primary sclerosing cholangitis (PSC), a rare autoimmune liver disease. The study definitively proves PSC is a distinct disease, despite its genetic relationship to inflammatory bowel disease (IBD).
Researchers at the University of Luxembourg have developed a computer-based method to analyze biological data and identify unique factors for 166 different human cell types. These master regulators determine cell development and distinguish between cell types, paving the way for potential cell replacement therapies.
A study by Dr. Susan K. Wood found that social stress can lead to inflammatory changes in the brain, increasing vulnerability to depression and heart disease. The research identified specific genes and proteins involved in this process, shedding light on potential targets for treatment.
Dr. Johnathan D. Tune has been recognized with the Henry Pickering Bowditch Lecture Award for his groundbreaking work investigating the mechanisms connecting obesity, diabetes, and heart disease. His research, conducted using obese pigs, has identified key targets to potentially treat or slow down heart disease.
Antibiotic overuse and misuse are creating conditions for the emergence of superbugs in border communities like Eagle Pass, Texas. Collaborating with officials to develop an outreach model to mitigate antimicrobial resistance, scientist Subburaj Kannan emphasizes the need for government action and public awareness.
Researchers found that 2 days of staging at a moderate altitude is as effective as 4 days in preventing acute mountain sickness, allowing soldiers to ascend safer and quicker. The study used male soldiers ascending Pike's Peak in Colorado, with 73% showing symptoms of AMS on direct ascent versus 30-40% on staged ascents.
A new study has reconstructed regional temperature patterns covering all seven continents and found that Earth's current warmth is not seen in the last 1,400 years. The research, published in Nature Geoscience, reveals a natural cooling trend reversed by industrial greenhouse gas emissions.
Researchers Arshad Desai and Christopher Campbell found that Aurora B kinase congregates on microtubules instead of the centromere, ensuring required tension is achieved on chromosomes. This discovery challenges prevailing model for how dividing cells monitor chromosome distribution.
A study found that intranasal delivery of neuropeptide Y reduced anxiety, depressive-like behavior, and hyper-arousal in rats exposed to single prolonged stress. This provides proof-of-concept for potential non-invasive prophylactic treatment for PTSD.
Researchers investigated the recreational use of HIV antiretroviral drug efavirenz, which is commonly used to treat HIV. Studies found that its diversion for psychoactive effects can lead to adverse neuropsychiatric complications and potentially create resistant strains of the virus.
A randomised trial found that intensity modulated radiotherapy (IMRT) significantly reduced skin telangiectasia and improved cosmetic effect in patients with early breast cancer. IMRT delivers an even dose of radiation, reducing undesirable side-effects.
A commonly used drug, ACE inhibitor, can limit radiation damage to the lungs and heart in cancer patients. The study found that this treatment improved the heart's function and decreased fibrosis in the heart after irradiation.
A new website application called Dietary Analysis Tool for Athletes (D.A.T.A.) has been validated as accurately recording dietary intake. The digital tool generates a report immediately after the recall, providing quick feedback for athletes and sports health professionals.
Scientists have developed a new chemical compound, WEHI-539, that inhibits BCL-XL protein in cancer cells. This could lead to the design of potential anti-cancer agents that restore cell death and improve treatment outcomes for patients with various types of cancer.
Millions of Americans experience abnormality of smell function, affecting daily life. Researchers have discovered a crucial balance between anti-inflammatory and pro-inflammatory cytokines in nasal mucus, which may lead to new treatments for patients with smell loss.
A novel gene therapy approach using nanoparticles to deliver GDNF may halt Parkinson's disease progression and reverse symptoms. This non-invasive method bypasses the blood-brain barrier, enabling continuous production of GDNF in brain cells.
Researchers developed a novel therapy for endothelial barrier damage using multifunctional perfluorocarbon nanoparticles and anti-inflammatory drug delivery. The therapy demonstrated the evolution and severity of endothelium damage in correlation to animal fat-diet consumption.
Researchers at Columbia University Medical Center have identified hundreds of metabolic expression changes and potential drug targets to cut off a tumor's fuel supply. The study, published in Nature Biotechnology, provides a comprehensive view of diverse metabolic alterations in cancer, shedding light on how tumors adapt their metaboli...
Researchers at Stanford University School of Medicine discovered that focusing on changing both diet and exercise simultaneously gives a bigger boost than tackling them sequentially. Participants who started with both diet and exercise habits at the same time were more likely to meet national guidelines for exercise and nutrition.
Researchers found that even light smoking increases the risk of rheumatoid arthritis, with a doubling of risk for those who smoke 1-7 cigarettes per day. Stopping smoking after 15 years reduces the risk, but it remains higher than non-smokers.
Rats fed a berry diet for 2 months showed significant protection against radiation-induced aging, with improved autophagy and reduced toxic protein accumulation. Berries may help alleviate age-related cognitive decline and neurodegenerative diseases like Alzheimer's and Parkinson's.
Scientists can now better study human disease using induced pluripotent stem cells (IPS), which can generate any cell type. This technology reduces the risk of organ/tissue rejection in cell transplants and allows for the correction of mutations in IPS cells.