Good health for a good life
Your midlife should be a good life, with more time to spend with family and more opportunities to indulge your hobbies and enjoy travel
Good health is key to enjoying a good life. And help is at hand with a new device that can not only build muscle strength but also help to increase bone strength and density.
Marodyne LiV works by sending low-intensity vibrations into the body. As you step on the device, it automatically adjusts to your weight before delivering a targeted, low-magnitude mechanical signal set to stimulate your body’s stem cells to form bone. You simply need to stand on it for 10 minutes a day to see the benefit.
Everyone in the household can use Marodyne LiV which also helps to boost circulation, ease aches and pains and bring about an overall sense of wellbeing.
Fitness and active ageing expert Diana Moran BEM uses Marodyne LiVtohelpmanageherosteopenia, a condition where bones lose density. She says, “It feels gentle and relaxing, like a purring cat. I like the fact it stimulates the body’s cells in a natural way to help build bone, improve muscle strength and reduce knee, hip and back pain. It’s also helped to improve my balance.”
Award-winning author and playwright Jane Ryan calls Marodyne LiV a ‘miracle worker’. Jane was relieved to discover this non-invasive, non-drug intervention. After using it for around two and a half years, she reports that the impact has been
As you step on the device, it automatically adjusts to your weight before delivering a targeted, low-magnitude mechanical signal set to stimulate your body’s stem cells to form bone
outstanding with her recent bone density dexa scans showing a very marked improvement.
Marodyne LiV has been developed by a team of scientists and researchers headed by Professor Dr Clinton Rubin, who is one of the world’s foremost biomedical engineers.
The Royal Osteoporosis Society is encouraged by the results from the Marodyne LiV research and has partnered with it to raise awareness about the importance of good bone health.