The article “Biomechanical Considerations for Uprighting Impacted Mandibular Molars”, published in the Korean Journal of Orthodontics, offers an in-depth exploration of the physical and clinical factors influencing the predictability and safety of molar uprighting procedures.
This comprehensive review highlights how improper biomechanics can lead to root resorption, alveolar bone loss, or unwanted tooth movements, underscoring the need for precise force application and controlled anchorage.
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Through a systematic analysis of force vectors, moment-to-force ratios, and the role of segmental mechanics, the authors present advanced strategies to achieve efficient uprighting while maintaining periodontal integrity and occlusal harmony.
Particular emphasis is given to the application of skeletal anchorage systems, such as mini-implants and cantilever designs, which have revolutionized the approach to complex molar impactions by enhancing control and reducing side effects.
Ultimately, this article provides orthodontists with a biomechanical framework that integrates engineering principles and clinical experience, facilitating decision-making in cases where traditional mechanics may fall short.
🔹 Access the full article in PDF to explore the complete set of biomechanical guidelines, case examples, and clinical insights for the successful uprighting of impacted mandibular molars.
