AI Article Synopsis

  • Colonic mucosal pseudolipomatosis is a rare, benign finding identified during endoscopies, characterized by white-yellow plaques on the colon.
  • Eight patients exhibited a unique form of colitis linked to technical issues with the disinfection process of the endoscope used during colonoscopy.
  • After addressing the malfunction, no further cases were reported, emphasizing the need for strict verification of disinfection procedures to prevent endoscopically induced lesions.

Article Abstract

Colonic mucosal pseudolipomatosis is a rare and benign endoscopic finding with distinct macroscopic and histological characteristics. We observed a form of unprecedented colitis in eight patients in a 3-month period. Operators have found, during colonoscopy, flat or slightly raised whitish-yellow plaques, in the colonic mucosa of all patients. Histological examination concluded to pseudolipomatosis. After investigation, the disinfectant machine was found to have technical malfunctioning of the rinse cycle of the endoscope during this period. No other cases were observed after the machine was fixed. Pseudolipomatosis is more an endoscopically induced lesion than a true pathological condition. A careful check of the disinfection process should be carried out when such lesions are detected.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11172253PMC
http://dx.doi.org/10.2144/fsoa-2023-0210DOI Listing

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Article Synopsis
  • Colonic mucosal pseudolipomatosis is a rare, benign finding identified during endoscopies, characterized by white-yellow plaques on the colon.
  • Eight patients exhibited a unique form of colitis linked to technical issues with the disinfection process of the endoscope used during colonoscopy.
  • After addressing the malfunction, no further cases were reported, emphasizing the need for strict verification of disinfection procedures to prevent endoscopically induced lesions.
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Medical societies and public health agencies rigorously emphasize the importance of adequate disinfection of flexible endoscopes. The aim of this work was to propose a novel opto-chemical disinfection treatment against grown in mature biofilm on Teflon-based endoscope channel models. Laser irradiation using near-infrared and blue wavelengths combined with a low concentration of chemical disinfectant induced both irreversible thermal denaturation and intercellular oxidative stress as a combined mechanism for an augmented antimicrobial effect.

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