Carounanidy Usha, Sathyanarayanan R
Department of Dentistry, Pondicherry Institute of Medical Sciences, Pondicherry, India.
J Conserv Dent. 2009 Jul;12(3):87-100. doi: 10.4103/0972-0707.57631.
Realization that dental caries is a reversible, dynamic biochemical event at a micron level has changed the way the profession recognizes the caries disease and the caries lesion. The diagnosis of dental caries poses challenges due to the complex interaction of multiple endogenous causal factors. The most appropriate diagnostic aid for this purpose is the risk model of caries risk assessment. The analyses of the biological determinants provide clues to the dominant causal factor. The detection of a carious lesion has undergone a rigorous revision and revolution in order to identify the earliest mineral change so that it can be controlled without resorting to invasive management options. Apart from detection, it became mandatory to assess the extent of the lesion (noncavitated/cavitated), assess the activity status of the lesion (active/arrested), monitor the lesion progress (progression/regression over a period of time), and finally to predict the prognosis of the lesion as well as the disease. The prognosis of the disease can be best assessed by analyzing the predictor factors in caries risk assessment. The ultimate objective of such a meticulous and methodical approach aids in devising a tailor-made treatment plan, using preventing measures precisely and restorative measures minimally. This ensures the best oral health outcome of the patient.
认识到龋齿是在微米水平上的一种可逆的、动态的生化事件,已经改变了该行业认识龋齿疾病和龋损的方式。由于多种内源性致病因素的复杂相互作用,龋齿的诊断面临挑战。为此,最合适的诊断辅助工具是龋齿风险评估的风险模型。对生物学决定因素的分析为主要致病因素提供了线索。为了识别最早的矿物质变化,以便在不采用侵入性管理方法的情况下对其进行控制,龋损的检测经历了严格的修订和变革。除了检测之外,评估病损的范围(非龋洞型/龋洞型)、评估病损的活动状态(活动期/静止期)、监测病损进展(一段时间内的进展/消退),以及最后预测病损和疾病的预后也变得至关重要。通过分析龋齿风险评估中的预测因素,可以最好地评估疾病的预后。这种细致且有条不紊的方法的最终目标有助于制定量身定制的治疗计划,精确地使用预防措施并尽量少地使用修复措施。这确保了患者最佳的口腔健康结果。