For every age group, men have a much higher annual death risk than women. For 20 year olds, the risk is 2.5 to three times greater. Men are much more prone to accidents, homicides and suicides, and the risk of dying from heart disease is always higher for men than women, peaking in the 50s when men are 2.5 times at greater risk of dying. However, women's cancer risks are actually higher than men's in their 30s and 40s. For heart disease and cancer, U.S. blacks have a much higher death risk than U.S. whites. Overall, blacks in their 30s and 40s are twice as likely to die within the year as their white counterparts. Only for suicides, do whites consistently exceed blacks, where whites typically have two to three times greater chances of dying. For 20-year-old males, 80 percent of their death risks are from accidents, homicides and suicides. By age 50, however, these causes make up less than 10 percent and heart disease is No. 1, accounting for more than 30 percent of all deaths. People living in Western Europe have a greater risk of dying from breast and prostate cancer than people living in the United States, but people in the United States have a greater chance of dying from lung cancer than people living in Western Europe. Obesity-related death risks are much higher in the United States than in Europe. For example, the annual diabetes death risk in the United States is three times that found in northern Europe for 60 year olds.
Fischbeck and Gerard hope the new Web site will help bring focus to some of the discussion now raging over health care policy in the United States.
"It's much easier to make a persuasive argument when you have the facts to back it up, and this site provides all sides with the facts," Fischbeck said. "We believe that this tool, which allows anyone to assess their own risk of dying and to compare their risks with counterparts in the United States and Europe, could help inform the public and constructively engage them in the debate."
Carnegie Mellon funded the research and the Web site development was coordinated through Carnegie Mellon's Center for the Study and Improvement of Regulation (CSIR), which is based in the Department of Engineering & Public Policy. CSIR research focuses on the use of science and risk information to support and evaluate regulatory decision-making. In cooperation with the Information Systems program, CSIR is developing a number of interactive tools in areas, such as traffic safety, mortality risk, vehicle technology and hospital admissions.
Source: Carnegie Mellon University