Novel histological repertoire of crypt-associated anomalies in inflamed colon mucosa

Author:

Rubio Carlos AORCID,Vieth Michael,Lang-Schwarz CorinnaORCID

Abstract

AimsStudying crypt branching in ulcerative colitis (UC) and in infectious colitis (IC), we detected previously unreported crypt-associated anomalies (CAAs). The objective was to describe, illustrate and assess the frequency of CAAs in inflamed colon mucosa in patients with UC and IC.MethodsSections from 100 consecutive biopsies with UC, in 50 with IC and in 27 with UC in remission (UCR) were reviewed. The following CAAs were identified: crypt eosinophilia, intracryptal epithelial hyperplasia, intracryptal epithelial budding, intracryptal supernumerary crypts, intracryptal epithelial bridges, crypt rings in rows and off-centre epithelial budding.ResultsThe frequency of crypts with extensive crypt eosinophilia and with intracryptal epithelial budding was significantly higher in UC than in IC and UCR (p<0.05); the frequency in the remaining histological parameters was similar in UC, IC and UCR.ConclusionsCAAs were found interspersed with branching crypts. CAAs persisted in long-lasting UC mucosal inflammation, but declined when the inflammation waned. Since similar anomalies are not present in normal colon mucosa, the results suggest that CAAs had been boosted by the ongoing mucosal inflammation. The development of these previously unreported CAAs in the colon mucosa with inflammation might embody pathological aberrations of cryptogenesis.

Publisher

BMJ

Subject

General Medicine,Pathology and Forensic Medicine

Reference26 articles.

1. Filipe MI . The mucous membrane of the normal human large intestine and the changes which occur in it immediately adjacent to proven carcinoma- a histochemical, auto-radiographic and chemical study. PhD Thesis, University of London, 1971.

2. Normal Histology of the Colon

3. Innominate Grooves of the Colon: Histological Reappraisal

4. Revealing human intestinal stem cell and crypt dynamics;Baker;Mol Cell Oncol,2014

5. APC in the regulation of intestinal crypt fission

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