Molecular mechanisms of osteoporosis
and age-related bone diseases
- computational modeling
- nanomechanics and biophysics
- biochemistry
- in vivo biological experiments
The project adopts an innovative methodological approach, involving the synergistic use of data from both in-silico testing and wet laboratory experiments, with the aim of providing fundamental insights into the mechanics of osteoporosis. In addition, a branch of the project aims to explore the role of physical activity on the improvement of osteoporotic bone tissue, trying to clarify the biological, chemical and physical mechanisms through which this occurs.
Understanding the molecular mechanisms underlying osteoporosis can advance the knowledge of this disease, with a profound impact on society. At the same time, being able to elucidate the processes through which the benefits of physical activity on bone tissue manifest themselves, may open new paths for targeted interventions and bottom-up therapies for osteoporosis.