Current opinion in gastroenterology · 2008
Celiac disease.
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Catassi Carlo, Fasano Alessio
Аннотация
PURPOSE OF REVIEW: Recent advances in the clinical, epidemiological, genetic, and therapeutic aspects of celiac disease have made this condition a superb model of autoimmunity. This review will outline the most significant work that contributed to our current knowledge of the disease.
RECENT FINDINGS: Celiac disease is not confined to the Caucasian population as previously believed; rather its prevalence is approximately 1% worldwide. In addition to the HLA genes, many other genes involved in innate and adaptive immunity, intestinal barrier regulation, and autoimmunity have been identified as integral genetic components of the disease. Based on this information and on a better understanding of celiac disease pathogenesis, novel therapies alternative to the gluten-free diet are currently in advanced phase of development.
SUMMARY: The outcome of these new findings will most likely have a significant impact in clinical practice, including diagnosis and management of the disease. Furthermore, celiac disease can be used as a unique model to gain more insights on the pathogenesis of autoimmune diseases.
RECENT FINDINGS: Celiac disease is not confined to the Caucasian population as previously believed; rather its prevalence is approximately 1% worldwide. In addition to the HLA genes, many other genes involved in innate and adaptive immunity, intestinal barrier regulation, and autoimmunity have been identified as integral genetic components of the disease. Based on this information and on a better understanding of celiac disease pathogenesis, novel therapies alternative to the gluten-free diet are currently in advanced phase of development.
SUMMARY: The outcome of these new findings will most likely have a significant impact in clinical practice, including diagnosis and management of the disease. Furthermore, celiac disease can be used as a unique model to gain more insights on the pathogenesis of autoimmune diseases.