Alcoholism has traditionally been considered a male disease because there are many more alcoholic males than females.

But a new study by researchers at Oregon Health & Science University and the Portland Veterans Affairs Medical Center suggests that women are more prone to brain damage from alcohol abuse than men.

The study led by Kristine Wiren, Ph.D., associate professor of behavioral neuroscience and medicine, OHSU School of Medicine, and research biologist, PVAMC Research Service, found that female mice are more susceptible to neurotoxic effects of alcohol withdrawal, including significantly increased brain cell death, than male mice.

Researchers from Boston University School of Medicine (BUSM) have found that the statin, simvastatin, reduces the incidence of Alzheimer’s disease and Parkinson’s disease by almost 50 percent. This is the first study to suggest that statins might reduce the incidence of Parkinson’s disease. These findings, will be published in the July online open access journal BioMed Central (BMC) Medicine.

Alzheimer’s disease or dementia is one of the major public health threats that individuals face as they age. Statins are a class of medications that reduce cholesterol by inhibiting HMG-CoA reductase.

It's not often that people are concerned there aren't enough deaths, but it's happening in the UK.

Thanks to lifestyle changes and effective treatments, deaths from coronary heart disease have been steadily falling since the late 1960s, say the authors of a new study in the journal Heart.

But rising trends in obesity and diabetes threaten to halt or even reverse the “hard fought gains” in cutting deaths from heart disease, they warn. And these trends are much more likely to become apparent among younger Britons first, say the authors.

Very young babies are vulnerable to sudden death, when seated, warns a study published ahead of print in the Archives of Disease in Childhood.

Babies less than a month old are most at risk, the research indicates.

The researchers base their findings on an analysis of all sudden unexpected deaths occurring among babies up to 12 months of age in the Canadian Province of Quebec between 1991 and 2000.

Evolution isn't always obvious and some new species haven't been identified because their outward appearance masks their genetic differences.

Research published in BMC Evolutionary Biology suggests that the phenomenon of different animal species not being visually distinct despite other significant genetic differences is widespread in the animal kingdom. DNA profiles and distinct mating groups are the only way to spot an evolutionary splinter group from their look-alike cousins, introducing uncertainty to biodiversity estimates globally.

University of Delaware scientists have invented a novel biomaterial with surprising antibacterial properties that can be injected as a low-viscosity gel into a wound where it rigidifies nearly on contact--opening the door to the possibility of delivering a targeted payload of cells and antibiotics to repair the damaged tissue.

Regenerating healthy tissue in a cancer-ridden liver, healing a biopsy site and providing wounded soldiers in battle with pain-killing, infection-fighting medical treatment are among the myriad uses the scientists foresee for the new technology.

The patented invention by Joel Schneider, UD associate professor of chemistry and biochemistry, and Darrin Pochan, associate professor of materials science, and their research groups marks a major step forward in the de

Frigid geysers spewing material up through cracks in the crust of Pluto’s companion Charon and recoating parts of its surface in ice crystals could be making this distant world into the equivalent of an outer solar system ice machine.

Evidence for these ice deposits comes from high-resolution spectra obtained using the Gemini Observatory’s Adaptive Optics system, ALTAIR coupled with the near-infrared instrument NIRI. The observations, made with the Frederick C. Gillett Gemini North telescope on Hawaii’s Mauna Kea, show the fingerprints of ammonia hydrates and water crystals spread in patches across Charon, and have been described as the best evidence yet for the existence of these compounds on worlds such as Charon.

Jon-Kar Zubieta and colleagues have pinpointed a brain region central to the machinery of the placebo effect—the often controversial phenomenon in which a person’s belief in the efficacy of a treatment such as a painkilling drug influences its effect.

The researchers said their findings with human subjects offer the potential of measuring the placebo effect and even modulating it for therapeutic purposes. They also said their findings could enable measurements of brain function that “would help determine dysfunctions in cerebral mechanisms that may impair recovery across a number of conditions.”

Their studies concentrated on a brain area known as the nucleus accumbens (NAC), a region deep in the brain, known to play a role in expectation of reward.

Researchers have identified a gene-regulating protein in the brains of mice that triggers the animals' ability to cope with the "behavioral despair" caused by inescapable stress. They said their studies have yielded an animal model of resilience that they will use to explore how antidepressants work on the brain circuitry involved in such stress response.

In earlier studies, Eric Nestler and his colleagues showed that exposure to repeated stress caused an increase in a protein called ∆FosB in the brain. This protein is a "transcription factor," a regulatory protein that controls the activity of multiple target genes.

In the new experiments, they sought to explore the role of ∆FosB in regulating adaptation to stress.

Want to make the perfect bandage? Mix the adhesive properties of the Mussel and the Gecko.

Scientists report they have merged two of nature’s most elegant strategies for wet and dry adhesion to produce a synthetic material that one day could lead to more durable and longer-lasting bandages, patches, and surgical materials.

The scientists, supported by the National Institute of Dental and Craniofacial Research (NIDCR), part of the National Institutes of Health, have designed a synthetic material that starts with the dry adhesive properties of the gecko lizard and supplements it with the underwater adhesive properties of a mussel.

The hybrid material, which they call a geckel nanoadhesive, proved in initial testing to be adherent under dry and wet conditions.