Title of article :
A rare case of hidebound disease with dental implications
Author/Authors :
Bali, Vikram Department of Periodontics - Christian Dental College - Ludhiana, India , Dabra, Sarita Department oathuf Dentistry - Mra Das Mathur Hospital - Dr. Sampurnanand Medical College - Jodhpur - Rajasthan, India , Bali Behl, Ashima Departments of Oral Medicine and Radiology, India , Bali, Rajiv Conservative Dentistry and Endodontics - Luxmi Bai Institute of Dental Sciences and Hospital - Patiala - Punjab, India
Abstract :
Systemic sclerosis (also called as Scleroderma or hidebound disease) is a chronic sclerotic disease of
unknown etiology which causes diffuse, increased deposition of extra cellular matrix in connective
tissue with vascular abnormalities, resulting in tissue hypoxia. The disease is characterized by diffuse
fibrosis; degenerative changes; and vascular abnormalities in the skin (scleroderma), articular
structures, and internal organs. Aesthetic and facial dysfunctions are followed by important oral
and facial manifestations. Most oral manifestations begin with tongue rigidity and facial skin changes.
Bone resorption of mandibular angle and widening of periodontal ligament space on periapical
radiographs are important radiological findings. Other systemic changes include the involvement
of internal organs, which lead to serious complications as well as disorders in the cardiac muscle
and Raynaud´s phenomenon. This is a case report of 30‑year‑old female patient with the classical
features of this disease. This case is reported for its rarity and variable expressivity. The main aim of
this article is to describe thorough presentation of the case report, various forms of scleroderma,
pathogenesis, oral, extraoral, periodontal manifestations of scleroderma, and its treatment options.
A brief review of the literature, focusing on dental alterations is also presented.
Keywords :
Acroosteolysis , connective tissue , crest syndrome , hidebound disease , periodontitis , Raynaud’s phenomenon , scleroderma
Journal title :
Astroparticle Physics