Difference between revisions of "Columnar cell change of the breast"
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**The snouts are attached to the cell-- appear as round ball only in the plane of section. | **The snouts are attached to the cell-- appear as round ball only in the plane of section. | ||
*Cytoplasm +/-eosinophilia. | *Cytoplasm +/-eosinophilia. | ||
*Often purple luminal calcifications | *Often (purple) luminal [[breast calcifications|calcifications]]. | ||
DDx: | DDx: | ||
*Flat epithelial atypia (>2 cell layers).{{Fact}} | *[[Flat epithelial atypia]] (>2 cell layers).{{Fact}} | ||
**If the columnar cells shows low to intermediate grade atypia the process is termed "flat epithelial atypia" | **If the columnar cells shows low to intermediate grade atypia the process is termed "flat epithelial atypia" | ||
**If higher grade | **If higher grade atypia is present the lesion is termed "flat DCIS" (clinging carcinoma). | ||
===Images=== | ===Images=== |
Revision as of 04:51, 1 July 2016
Columnar cell change of the breast, usually columnar cell change (abbreviated CCC), is a benign finding in breast pathology.
It is also known as blunt duct adenosis.
General
- Columnar cell change is associated with (benign) calcification[1] - key point.
Microscopic
Features:
- Secretory cells (line gland lumen) have columnar morphology.
- May have "apical snouts".
- Blebs or round balls eosinophilic material appear to be adjacent to the cell at their luminal surface.
- The snouts are attached to the cell-- appear as round ball only in the plane of section.
- Cytoplasm +/-eosinophilia.
- Often (purple) luminal calcifications.
DDx:
- Flat epithelial atypia (>2 cell layers).[citation needed]
- If the columnar cells shows low to intermediate grade atypia the process is termed "flat epithelial atypia"
- If higher grade atypia is present the lesion is termed "flat DCIS" (clinging carcinoma).
Images
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- Usually not reported.
See also
References
- ↑ Jara-Lazaro, AR.; Tse, GM.; Tan, PH. (Jan 2009). "Columnar cell lesions of the breast: an update and significance on core biopsy.". Pathology 41 (1): 18-27. doi:10.1080/00313020802563486. PMID 19089736.