A drug used for the treatment of Multiple Sclerosis (MS)
could help prevent heart failure, according to a new study published in the
Internet journal Circulation. The work was funded by the British Heart
Foundation and the Medical Research Council.
The drug Gilenya was recently approved for use in the
treatment of MS in the United States and research has found that it could also
be used to reverse the symptoms of cardiac hypertrophy thus preventing heart
failure.Working with the University of Illinois at Chicago, researchers from the University of Manchester led the study and found that if they enhanced the activity of a molecule called PAK1 by using Gilenya, it showed "remarkable results" in mice with ventricular hypertrophy.
In a press release, Study co-author Dr Xin Wang, a Lecturer in Molecular Cardiology in Manchester’s Faculty of Life Sciences, said:
“Cardiac hypertrophy is the pathological state to respond to sustained stresses on the heart resulting in increases in ventricular wall thickness and muscle mass of the heart. The condition is often associated with fatal complications, such as, heart failure and rhythm disorders, such as ventricular arrhythmias, leading to millions of deaths worldwide each year.
“Our research had previously identified the effect of Pak1 in preventing tissue damage caused by reduced blood flow to the heart, known as cardiac ischemic injury. This latest study used mice with a genetic modification of the Pak1 gene to show how the enzyme, when stimulated by Gilenya, prevented and even reversed the symptoms of ventricular hypertrophy.”
“This study has identified, in mice, a gene (Pak1) that could be targeted by drugs to protect the heart from failure. Since an approved multiple sclerosis drug exists that already targets Pak1, there is real promise that with more research these findings could be translated into a new treatment for people living with heart failure.”
750,000 people in the UK suffer from heart failure - a medical condition which leaves the body unable to pump blood - and figures are on the increase, according to the British Heart Foundation.