Journal article

Zinc metabolism in airway epithelium and airway inflammation: Basic mechanisms and clinical targets. A review

PD Zalewski, AQ Truong-Tran, D Grosser, L Jayaram, C Murgia, RE Ruffin

Pharmacology and Therapeutics | PERGAMON-ELSEVIER SCIENCE LTD | Published : 2005

Abstract

In addition to basic housekeeping roles in metalloenzymes and transcription factors, dietary zinc (Zn) is an important immunoregulatory agent, growth cofactor, and cytoprotectant with anti-oxidant, anti-apoptotic, and anti-inflammatory roles. These properties of Zn are of particular importance in maintaining homeostasis of epithelial tissues which are at the front line of defense. This review is about the role of Zn in airway epithelium (AE). The first part focuses on the cellular biology of Zn, and what is known about its distribution and function in AE. The second part of the review considers evidence for altered Zn metabolism in asthma and other chronic diseases of airway inflammation. Im..

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University of Melbourne Researchers