For years, scientists have been trying to shut down an especially insidious protein that plays a role in the growth and spread of cancer—but without success. Now, researchers at the University of Bath have discovered a way to stop this protein in its tracks. In what has been described as a landmar…

For years, scientists have been trying to shut down an especially insidious protein that plays a role in the growth and spread of cancer—but without success. Now, researchers at the University of Ba…

For years, scientists have been trying to shut down an especially insidious protein that plays a role in the growth and spread of cancer—but without success. Now, researchers at the University of Bath have discovered a way to stop this protein in its tracks. In what has been described as a landmark study, their approach could open up a whole new world of cancer treatments. Let’s take a closer look.Why it’s a big dealIf you imagine cancer as a rogue building project—where certain workers (proteins) keep telling cells to build and grow, even when they shouldn’t—one of the wor…

For years, scientists have been trying to shut down an especially insidious protein that plays a role in the growth and spread of cancer—but without success. Now, researchers at the University of Bath have discovered a way to stop this protein in its tracks. In what has been described as a landmar…

For years, scientists have been trying to shut down an especially insidious protein that plays a role in the growth and spread of cancer—but without success. Now, researchers at the University of Ba…

For years, scientists have been trying to shut down an especially insidious protein that plays a role in the growth and spread of cancer—but without success. Now, researchers at the University of Bath have discovered a way to stop this protein in its tracks. In what has been described as a landmark study, their approach could open up a whole new world of cancer treatments. Let’s take a closer look.Why it’s a big dealIf you imagine cancer as a rogue building project—where certain workers (proteins) keep telling cells to build and grow, even when they shouldn’t—one of the wor…

Most senior citizens get around in their daily lives by driving, walking or using public buses and subways. But many people in their 60s and 70s could potentially be interested in other options, such as cycling. At a time when cycling is growing in the U.S. and the overall population is aging, senio…

Most senior citizens get around in their daily lives by driving, walking or using public buses and subways. But many people in their 60s and 70s could potentially be interested in other options, such …

Most senior citizens get around in their daily lives by driving, walking or using public buses and subways. But many people in their 60s and 70s could potentially be interested in other options, such as cycling. At a time when cycling is growing in the U.S. and the overall population is aging, seniors’ preferences for bike designs and bike networks are very relevant.Older people may have concerns about riding a two-wheeled bike if they are afraid of falling – a risk that increases with age and causes many seniors to become less active. Many cities and communities are working to create …