J Am Dent Assoc. 2018 Apr;149(4):299-307.e1. doi: 10.1016/j.adaj.2017.11.001. Epub 2018 Feb 21.
A suspicious occlusal carious lesion (SOCL) can be defined as a lesion with no cavitation and no radiographic radiolucency but for which caries is suspected. The authors evaluated whether using a device changed the percentage of SOCLs that were opened surgically and, among those SOCLs that were opened, the proportion that had penetrated into dentin.
Eighty-two dentists participated. In phase 1 of the study, dentists identified approximately 20 SOCLs, obtained patient consent, and recorded information about the lesion, treatment or treatments, and depth, if opened. Dentists were then randomly assigned into 1 of 3 groups: no device, DIAGNOdent (KaVo), and Spectra (Air Techniques). In phase 2, dentists enrolled approximately 20 additional patients and recorded the same phase 1 information while using the assigned device to help make their treatment decisions. A mixed-model logistic regression was used to determine any differences after randomization in the proportion of lesions opened and, if opened, the proportion of lesions that penetrated into dentin.
A total of 1,500 SOCLs were enrolled in each phase. No statistically significant difference was found in the change in proportion of lesions receiving invasive treatment from phase 1 to phase 2 across the 3 groups (P = .33) or in the change in proportion of percentage of opened lesions that extended into dentin (P = .31).
Caries-detecting devices in the study did not change substantially dentists' decisions to intervene or the accuracy of the intervention decision in predicting lesion penetration into dentin.
The caries-detecting devices tested may not improve dentists' clinical decision making for SOCLs.
可疑的隐匿性龋损(SOCL)可定义为无腔洞且无放射学不透明,但怀疑有龋的病变。作者评估了使用器械是否会改变需要手术治疗的 SOCL 比例,以及在进行手术的 SOCL 中,有多少比例已经穿透牙本质。
82 名牙医参与了研究。在研究的第一阶段,牙医识别出大约 20 个 SOCL,获得患者同意,并记录病变、治疗或治疗方法以及如果进行了治疗,则记录深度等信息。然后,牙医被随机分配到 3 组中的 1 组:无器械组、DIAGNOdent(卡瓦)和 Spectra(Air Techniques)。在第二阶段,牙医招募了大约 20 名额外的患者,并记录了相同的第一阶段信息,同时使用指定的设备来帮助做出治疗决策。使用混合模型逻辑回归来确定随机分组后治疗病变的比例以及如果进行了治疗,穿透牙本质的病变比例是否有任何差异。
每个阶段共纳入了 1500 个 SOCL。在 3 组中,从第一阶段到第二阶段,接受侵袭性治疗的病变比例变化、以及如果进行了治疗,穿透牙本质的病变比例变化均无统计学意义(P=0.33)。
研究中的龋病检测设备并未显著改变牙医的干预决策,也未改善干预决策对病变穿透牙本质的预测准确性。
测试的龋病检测设备可能无法改善牙医对 SOCL 的临床决策。