关键词:
无托槽隐形矫治
咬合曲线
Spee曲线
人工智能
摘要:
无托槽隐形矫治器施力于牙齿,使其恢复至正常的位置,最终牙齿在正确排列关系下建立平衡、稳定的咬合状态。咬合曲线是连接相关牙尖而形成的连续曲线,分为Spee曲线和Wilson曲线,是评价咬合和排齐整平效果的重要指标,但临床中缺乏准确、便捷的评价工具。近年来,口腔数字化已经覆盖了口腔诊疗的全流程,人工智能技术在信息分析中逐渐起到中流砥柱的作用,且正畸与人工智能呈现深度结合的趋势。本文将对咬合曲线的测量方法及目前无托槽隐形矫治后咬合曲线变化的研究现状进行综述。The clear aligner exerts force on the teeth, causing them to return to their normal positions, ultimately establishing a balanced and stable occlusion state for the teeth in the correct arrangement. The occlusal curve is a continuous curve formed by connecting the relevant cusps, and it is divided into the Spee curve and Wilson curve, which is an important indicator for evaluating occlusion and alignment, but there is a lack of accurate and convenient evaluation tools in clinical practice. In recent years, digitalization has covered the entire process of dental treatment, and artificial intelligence technology has played an increasingly pivotal role in information analysis, and there is a trend of deep integration between orthodontics and artificial intelligence. This paper will review the measurement methods of occlusal curves and the current research status of the changes in occlusal curves after clear aligner treatment.