Hydroxyproline levels in nasal polyps.

Eur Arch Otorhinolaryngol

Department of Otorhinolaryngology, Sarikamis Military Hospital, Sarikamis, 36500, Kars, Turkey.

Published: August 2011

AI Article Synopsis

  • The study aimed to evaluate hydroxyproline levels in nasal specimens from patients with nasal polyps and assess the impact of nasal steroid spray and oral steroid treatments on these levels.
  • A total of 41 patients were divided into four groups: no medication, oral steroids, topical steroids, and a control group, with nasal samples analyzed for hydroxyproline using immunocytochemistry.
  • Results showed significantly higher hydroxyproline levels in the no medication group compared to the control group, with both steroid treatments leading to reduced hydroxyproline levels, indicating that steroids may help in managing nasal polyps by inhibiting processes related to hydroxyproline production.

Article Abstract

The aim of this study was to evaluate hydroxyproline levels in nasal specimens from patients with nasal polyps, and to examine hydroxyproline levels after nasal steroid spray and oral steroid treatments. This study was performed on 41 patients. The subjects were divided into four groups: no medication group (group A, n 11), oral methylprednisolone group (group B, n 8), topical steroid spray group (group C, n 8) and control group (group D, n 14). Nasal polyp samples were collected endoscopically. Healthy subjects were studied as a control group, and their nasal samples were taken during turbine reduction surgery. All samples were analyzed using the immunocytochemistry method. Hydroxyproline levels were investigated and compared with the control group. Mean hydroxyproline levels in groups A-D were 98.48, 24.20, 8.97 and 4.52, respectively. The hydroxyproline levels were significantly higher in group A compared with that of group D. The treatment that revealed significant decreases in hydroxyproline levels was group C. Although there was also a noticeable reduction in group B, there were no statistically significant differences between group B and group A. Our study revealed a significant correlation between nasal polyp and hydroxyproline levels. The hydroxyproline levels were significantly higher in nasal polyps. Both oral and topical steroid treatments decrease hydroxyproline levels in nasal polyps. Thus, in theory, steroid treatment can directly decrease hydroxyproline levels by inhibiting proline hydroxylase and indirectly by lowering the inflammatory process.

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Source
http://dx.doi.org/10.1007/s00405-011-1546-6DOI Listing

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