NIDCR News 2019

As NIDCR's first Park memorial fellow, Surangi Perera studies the molecular mechanisms that control how neural crest cells decide among the various fates available to them.

A recent study by NIDCR scientists sheds light on the surprising diversity of salivary glands that emerges very early in development.

Gene changes after nerve injury shed light on chronic pain condition.

NIDCR is continuing its support for the National Dental Practice-Based Research Network (PBRN), now entering its third cycle of funding.

NIDCR convened a workshop to explore solutions to dental anxiety.

Researchers have discovered that stem cells found in continuously growing mouse incisors behave in unexpected ways and are more abundant, active, and dynamic than previously thought.

In mouse models of autoimmune disorders, drinking sugary water worsened disease by activating inflammatory immune cells.

An international study of over 500,000 participants reveals shared genetic links between dental and metabolic diseases.

A new study finds that women make up only about 30% of applicants and recipients of NIDCR funding. Despite such disparities, submissions from male and female oral health researchers are funded at the same rates.

By studying the mechanisms that govern immune tolerance, NIDCR’s Wanjun Chen aims to develop therapies that could block self-destructive immune responses in people who have autoimmune diseases.

NIDCR-supported researchers found pain-related clinical measures predicted development of chronic TMD.

NIDCR researcher Dr. Laura Kerosuo studies how a short-lived clump of cells within the neural crest shapes development.

NIDCR-supported researchers developed magnetic nanoparticle robots that destroy and remove biofilms from surfaces.

Your mouth is home to about 700 species of germs, like bacteria, fungus, and more. NIDCR-supported scientists study how some microbes maybe helpful, while others may harm our health.

Scientists find evidence that immune cells turn on itch sensory pathway, The findings may inform development of better treatments for itch- and pain-related conditions.

Regenerative medicine researchers can envision a not-too-distant future when stem cells help to treat periodontal disease, broken jaws, craniofacial defects, and more.

How Oral Bacteria Build Microbial Communities

Advances in laser and light-based imaging technologies may change the face of modern dentistry.

Older adults are keeping more of their natural teeth than in previous decades, and complete tooth loss continues to decline, according to an analysis by NIDCR scientists.