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Anitschkow nuclear changes observed in oral smears.
Acta Cytologica
|September 11, 1975
Summary
Squamous epithelial cells resembling Anitschkow myocytes were identified in oral cavity smears, particularly near the lower lip. These cells were most abundant in individuals experiencing active aphthous ulcers.
Area of Science:
- Oral pathology
- Cellular morphology
- Cytology
Background:
- The oral cavity harbors diverse cell types, including squamous epithelial cells.
- Anitschkow myocytes are typically found in cardiac tissue and are characterized by specific nuclear features.
- Unusual cellular morphologies in oral smears may indicate underlying pathological processes.
Purpose of the Study:
- To report the presence of squamous epithelial cells with nuclear characteristics similar to Anitschkow myocytes in oral cavity smears.
- To investigate the association of these specific cells with oral conditions, such as aphthous ulcers.
Main Methods:
- Collection of exfoliative cytologic smears from the oral cavity, specifically from the labial fold of the lower lip.
- Morphological examination of the collected cells, focusing on nuclear characteristics.
- Correlation of cell presence and abundance with clinical findings, including the presence of active aphthous ulcers.
Main Results:
- Squamous epithelial cells exhibiting nuclear features reminiscent of Anitschkow myocytes were identified in oral cavity smears.
- These cells were predominantly found in scrapings from the lower lip's labial fold area.
- A notable abundance of these cells was observed in individuals with active aphthous ulcers.
Conclusions:
- The identification of Anitschkow myocyte-like cells in oral squamous epithelium suggests a potential cellular response or adaptation in the oral cavity.
- The association with active aphthous ulcers warrants further investigation into the role or significance of these cells in oral inflammation or ulceration.
- Ongoing electron microscopic studies aim to further elucidate the ultrastructural details of these unique oral cells.