Splinting in Periodontal Therapy

Tooth mobility refers to the horizontal or vertical movement of a tooth beyond its normal physiological boundaries, and is commonly a concern for many dental patients. This book explores both physiological and pathological tooth mobility, providing a comprehensive overview of how and why teeth become mobile. It covers the natural movements of teeth in healthy individuals, including variations during the day, as well as the stages of mobility caused by forces on the tooth. The text also delves into pathological mobility, exploring causes such as bone loss, occlusal trauma, inflammation, pregnancy, and other systemic conditions. A valuable resource for dental professionals, this book explains the underlying mechanisms, diagnostic methods, and clinical significance of tooth mobility in both healthy and diseased states.

Tooth mobility, or the movement of a tooth beyond its normal range, can be classified as physiological or pathological. Physiological mobility occurs naturally in healthy teeth, influenced by factors like time of day, chewing forces, and the individual’s periodontium health. It is typically limited to small displacements, with two stages: intrasocket movement and alveolar bone deformation. However, pathological mobility exceeds these normal ranges and can result from several factors, including bone loss, trauma from occlusion, inflammation, and systemic conditions such as pregnancy. This paper provides a detailed examination of both physiological and pathological tooth mobility, discussing the causes, stages, and implications for dental practice and patient care.

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