Looking back on a year of science and discovery at HSDM
From AI-driven research to advances in tissue regeneration, global collaboration, and public health, these stories reflect the breadth and impact of research at Harvard School of Dental Medicine.
Over the past year, research at Harvard School of Dental Medicine advanced across multiple fronts—spanning artificial intelligence, basic and translational science, global collaboration, and public health. From uncovering the molecular signals that drive tissue regeneration and disease progression to exploring how data-driven tools could reshape cancer care, HSDM investigators continued to push the boundaries of oral and systemic health research.
These stories reflect both the depth and breadth of HSDM’s research enterprise: fundamental discoveries at the cellular level, clinical insights with real-world impact, and partnerships that extend across institutions, disciplines, and borders. Together, they highlight a year marked by innovation, collaboration, and a shared commitment to improving health through science.
Future clinician-scientists selected for Harvard Presidential Scholarships
New scholars recognized for their dedication to research, education, and public service.
Research day shines a spotlight on innovative student work
Degree candidates present findings at annual event
HSDM and University of São Paulo Schools of Dentistry strengthen research ties
Harvard School of Dental Medicine and the University of São Paulo agree to advance research and student training opportunities in dental medicine and oral science.
Uncovering a key molecular switch linked to liver cancer
Finding by HSDM scientists may lead to new treatment interventions.
Calculating the costs of a nationwide fluoride ban
Modeling study shows eliminating fluoride from drinking water would substantially increase children’s tooth decay and dental costs.
A setback to research that offered hope for Fibrous Dysplasia patients
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.
Researchers uncover key cell signal that triggers tissue response to amino acid insufficiency
Their new finding, published in Science, overturns a longstanding hypothesis regarding this physiologically important process.
New study identifies how stem cells mobilize to mend a fracture
Much like EMTs rushing to the scene after an accident, stem cells hurry to the site of a skull fracture to start mending the damage. A new finding has uncovered the signaling mechanism that triggers their response.
AI takes center stage at Harvard School of Dental Medicine symposium
Rapid advancements are poised to reshape dentistry from classroom to clinic
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
Using AI to treat head and neck cancers
HSDM researchers explore how data-driven tools could reshape oral cancer care
