Interní Med. 2009; 11(11): 498-502
Osteoporotic fractures result from changes in bone mass, architecture and/or quality. In most instances these changes result from an
imbalance between bone resorption and formation during the remodeling cycle. Therapeutic intervention can decrease bone resorption
(anti-resorptives) and/or increase bone formation (anabolics). These interventions are however complicated by a coupling between resorption
and formation in bone remodeling, leading to decreased bone formation in patiens treated with anti-resorptive. The understanding
of the regulary mechanisms of the bone formation and the bone resorption brings new options of the treatment of osteoporosis. The
range of new promising drugs is wide, from innovation of current agents with enhanced effects (SERM, calcitonin), through modulation
of osteoclast metabolism (inhibitors of the cathepsin K, denosumab) and through modulation of transduction procesess in osteoblasts
(Wnt signaling, antibodies against sclerostin).
Published: May 1, 2010 Show citation