Study identifies molecular pathway that may restore bone strength
HSDM researchers uncover a key mechanism for bone health that could lead to potential therapeutic agents to mimic the effects of exercise
HSDM researchers uncover a key mechanism for bone health that could lead to potential therapeutic agents to mimic the effects of exercise
Promising HSDM research into the rare and debilitating disease was halted due to withdrawal of federal funding. The research had implications for treating a range of skeletal conditions and broader medical applications.
Finding by HSDM scientists may lead to new treatment interventions.
New research out of the Harvard School of Dental Medicine sheds light on a largely underexplored frontier of developmental biology – how mechanical stimuli control growth and patterning in embryonic development.
Researchers at HSDM and MGH received a $3M Department of Defense grant to study Fibrous Dysplasia, aiming to uncover treatments for this rare skeletal disease.