Health

Study: Coils cut death, disability from brain aneurysms

Brain aneurysms, in which an artery wall balloons out abnormally, can lead to death or disability. Inserting small metal coils into burst aneurysms can decrease by 25 percent the risk of patient death and disability during the first year after the procedure, according to preliminary results of a long-term study published in the The Lancet. The coils are like “miniature slinkies that are folded gently into the aneurysm like a ball of yarn one by one to stop the bleeding,” said one of the researchers, noting that the procedure also can be used to prevent aneurysms from bursting. “With coiling, we can either help fix the damage or prevent it from occurring.” Surgical clipping is currently the most common method of treating brain aneurysms.

Drug significantly improves pain in fibromyalgia patients

A drug called pregabalin has been shown to be an effective and safe treatment for pain in patients with fibromyalgia, according to study data being presented at the annual meeting of the American College of Rheumatology. The drug, Pregabalin, also was shown to improve sleep and fatigue levels, the data demonstrate. Fibromyalgia syndrome (FMS) is a chronic disorder characterized by widespread musculoskeletal pain that is frequently associated with fatigue and sleep disturbances. It is estimated to affect two percent of the population, or 5.6 million Americans, and occurs most frequently in women.

Exercise, talk therapy may help relieve Gulf War veterans’ illness

Regular exercise and a form of group talk therapy can alleviate some symptoms commonly associated with Gulf War veterans’ illnesses, according to newly released results of a study involving veterans who report such symptoms. Fatigue, distress, mental health, and mental ability all improved after three months of low-impact exercise, weekly group sessions of cognitive behavioral therapy (CBT), or both together. The gains were significantly greater than those made by veterans who were given usual care. Physical function improved more in those who had CBT than in those who didn’t.

Study Identifies Gene That Prevents Nerve Cell Death

Many neurological diseases occur when specific groups of neurons die because of nerve damage, toxins, inflammation, or other factors. A new study suggests that activity of a single gene can stop neurons from dying regardless of what triggers this process. The findings could lead to new ways of treating neurodegenerative diseases.

Women’s stroke symptoms differ from men’s

A new study documents for the first time a significant difference in the way women and men describe their symptoms while they’re having a stroke. And that difference may be affecting how women receive emergency stroke treatment. On the whole, the study found, women were 62 percent more likely than men to say they were feeling sensations that aren’t on the list of “traditional” stroke symptoms. Because emergency responders and emergency room doctors often go by patients’ descriptions and the traditional symptom list when trying to diagnose and treat a suspected stroke, women’s symptoms may be overlooked during the precious hours when stroke therapies work best.

Sex, drugs and animal parts: Will Viagra save threatened species?

Viagra may help to save many species of animals and plants that are now endangered due to the demand for animal sexual potency products, according to new research from the University of New South Wales and the University of Alaska. The research suggests that the availability of viagra is having an impact on trade in some of the products, which are used in traditional Chinese medicine to treat impotence, including body parts from seals, deer, green turtles, sea cucumbers, pipefishes, sea horses and geckos.

Treatment preserves bone mass in mice; may help osteoporosis

A completely new type of therapy, using a unique class of synthetic compounds, may someday protect both men and women from the bone-weakening disease osteoporosis. Researchers reported in the October 25 issue of Science that early studies of one of these compounds called estren successfully preserved and even restored bone mass in an animal model without the side effects associated with sex hormone therapies.

‘Twin Sister’ mechanism prevents formation of genetic mutations

Twenty thousand hits per day — that’s the average dose of damage sustained by the genes within each cell of our body. How are innumerable mutations avoided? In a new study, researchers have proved the existence of a vital repair mechanism used by cells to correct this damage and showed that it’s responsible for about 85% of what are termed “last-resort” repairs. Genes can be damaged by a variety of factors, such as ultraviolet light, cigarette smoke, or certain types of viruses. Such damage, if left unrepaired, can cause mutations, which can lead to disease. The “first resort” for genetic repair is most often a mechanism that works on an “all or nothing” basis: when unable to precisely correct the damage, it stops in its tracks, leading to what can be an even more harmful effect ? the death of the cell. Fortunately, nature has provided cells with two alternative, last-resort repair systems that can take command when the first rescue mechanism fails.

Mild Injury May Render Brain Cells Vulnerable to Immune Attack

A seemingly mild “insult” to the brain could sensitize neurons to attack by immune system proteins that are otherwise protective, researchers have found. The finding could explain why sufferers of Alzheimer’s and other neurodegenerative diseases significantly worsen following such insults. The scientists believe that drugs to selectively inhibit the immune proteins could reduce the rate of neural damage in a wide range of neurodegenerative diseases. Such drugs could also protect other organs against damage from autoimmune diseases such as lupus and rheumatoid arthritis, in which the immune system attacks body tissues.

Researchers Discover ‘Doorways’ Into Brain Cells

Come on in, we saved a place for youBrain cell membranes have established “doorways” that accept or reject molecules trying to pass into the cell, researchers have founbd. The discovery fundamentally changes how researchers think about the behavior of neurons. It had been long believed that surface molecules such as receptors are enveloped right where they rest in the fatty membrane, to be drawn into the cell’s interior.