Guardian reporter James Randerson provides a nice overview here. And the Panda's Thumb offers this take on the situation.
Myriad adages warn against losing one's temper and it turns out they may have been on to something. A new study found that middle-aged men who are prone to bouts of anger face an increased risk of developing high blood pressure and heart disease. Moreover, stress may play havoc with the heart in both men and women; the study found that middle-aged people of both gender who reported long-term stress had a heightened risk of developing heart disease.
The findings, which appears in the September/October issue of the Annals of Family Medicine, suggest that treatment for anger and stress could have the additional benefit of reducing the risk of high blood pressure and heart disease.
Fetal alcohol syndrome, which results from mothers drinking excessively during pregnancy, consists of a variety of mental and physical birth defects caused by alcohol's impact on the development of the fetus. The most effective therapies for the condition depend on an early diagnosis, but finding reliable ways to determine who is affected has been challenging. Now a new study indicates 3D images of the face -- known as computerized craniofacial anthropometry -- may make it easy for physicians to diagnose fetal alcohol syndrome in babies and could even lead to treatments for reversing the damage and a better understanding of how alcohol affects the developing body.
The findings appear in the October issue of Alcoholism: Clinical & Experimental Research.
Spikes in pollution are associated with an increase in heart attacks and strokes, but scientists have been at a loss to explain the connection. Now a new study in mice may provide the answer.
Researchers found that mice exposed to the microscopic particles that comprise pollution exhibited significant increases in a blood-clotting protein called interleukin-6 in their lungs. An increase in clotting in response to pollution spikes could explain the rise in heart attacks and strokes, as well as provide a target for therapies that may prevent the deleterious effects.
The findings, which will be published online Sept. 20 by the Journal of Clinical Investigation, will appear in the Oct. 1 print edition of the journal.