Research roadmap proposes a journey towards a cure for osteoporosis
The Royal Osteoporosis Society (ROS) has launched its Research Roadmap for clinicians and academics to develop better treatment methods and work towards a cure for osteoporosis. The publication was launched through the Osteoporosis and Bone Research Academy at its digital Osteoporosis Online conference in December.
Academy chair Professor Juliet Compston said: “The work outlined in the Research Roadmap will advance our understanding of this terrible disease and ultimately provide a route to a cure for osteoporosis, bringing hope to future generations.”
The roadmap demonstrates two contrasting bone health trajectories through life: one likely to end with fracture and one resulting in healthy skeletal ageing. Along this journey, academy researchers have identified key gaps in the evidence and care base and developed cutting-edge scientific approaches to tackling these. It presents scientific projects that will improve bone health across life and research to better understand the genetics, mechanisms and risk factors behind the disease. It also examines how new and novel technologies will help to advance diagnosis, detection and assessment of bone health, as well as new ways to improve the effectiveness of existing and developing treatments. The aim is to ensure that people living with osteoporosis receive the best care and enjoy the best possible quality of life.
Substantial funding will be sought to deliver this ambitious work. The academy will also incorporate comprehensive input from scientists, clinicians and patient advocates.
ROS chief executive Craig Jones said: “This is a milestone in our work to facilitate more effective treatments and to move towards a cure. We are determined not only to support the 3.5 million people living with osteoporosis in the present day, but also to lead a step change in research for future patients.”
Picture: The Research Roadmap will identify where funding and research effort needs to be focused to achieve a future without fragility fractures.
Published on page 16 of the February 2021 issue of RAD Magazine.