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Updated: May 18, 2026
11:02
Establishing Organoids from Human Tooth as a Powerful Tool Toward Mechanistic Research and Regenerative Therapy
Published on: April 13, 2022
[Enamel structure of atypically formed human teeth].
Stomatologiia
|September 13, 2012
Summary
This study examined enamel damage in impacted teeth and a tooth-like teratoma. Both showed endogenous enamel erosion, with the teratoma exhibiting lesions resembling fluorosis or enamel hypoplasia.
Area of Science:
- Dental histology
- Pathology
- Biomineralization
Context:
- Investigated enamel alterations in impacted third molars and a unique tooth-like teratoma.
- Utilized light and scanning electron microscopy for detailed structural analysis.
- Examined specimens including 12 impacted third molars, one odontogenic cyst-derived molar, and one ovarian teratoma.
Purpose:
- To characterize and compare enamel damage in impacted teeth and a tooth-like teratoma.
- To determine the origin and nature of observed enamel alterations.
- To differentiate pathological changes from developmental anomalies.
Summary:
- Four impacted teeth and one tooth from an odontogenic cyst displayed enamel erosion in crown fissures, indicative of endogenous carious processes.
- A tooth-like teratoma showed significant enamel erosive lesions of endogenous origin, distinct from impacted teeth.
- Teratoma enamel alterations were morphologically similar to fluorosis or enamel hypoplasia, differing from carious changes.
Impact:
- Provides insights into the endogenous origins of enamel damage in dental anomalies.
- Contributes to understanding the differential diagnosis of enamel defects in developmental abnormalities.
- Highlights the utility of microscopy in identifying subtle enamel pathologies.
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