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冷牙髓测试是所有牙髓敏感性测试中最简单且最准确的。

Cold pulp testing is the simplest and most accurate of all dental pulp sensibility tests.

作者信息

Balevi Ben

机构信息

Private Practice, 805 West Broadway, Suite 306, V5Z 1K1, Vancouver, British Columbia, Canada.

出版信息

Evid Based Dent. 2019 Mar;20(1):22-23. doi: 10.1038/s41432-019-0004-y.

Abstract

Data sources PubMed, Scopus and Web of Science.Study selection Cohort (retrospective and prospective) and cross-sectional clinical studies investigating the diagnostic accuracy of the cold pulp test (CPT), heat pulp test (HPT), electric pulp test (EPT), laser Doppler flowmetry (LDF) and pulp oximeter (PO). Pulpal diagnosis was confirmed by histological analysis, direct clinical observations (access cavity) or evidence of root canal filling (to confirm nonvital teeth).Data extraction and synthesis The diagnostic test's sensitivity (Sn), specificity (Sp), accuracy, positive predictive value (PPV) and negative predictive value (NPV) were extracted or calculated from the raw data of each included study. The test's outcomes were binary. A true positive (TP) was considered to have occurred when the diagnostic instrument correctly tested positive for a non-vital pulp and true negative (TN) when it correctly tested negative for a vital pulp based on a standard reference test. A false positive (FP) and false negative (FN) occurred when the test incorrectly tested positive on a vital pulp and incorrectly tested negative on a non-vital pulp, respectively. Accuracy, PPV and NPV were adjusted (Adj.Accuracy, Adj.PPV and Adj.NPV respectively) based on a standardised total disease (non-vital pulps) prevalence (Prev.) of 42.8%. Pool estimates for all five dental pulp vitality diagnostic variables (Sn, Sp, Adj.Accuracy, Adj.PPV and Adj.NPV) were generated with a meta-analysis using a random effects model. Included studies were assessed as either high, moderate or low quality based on the Quality Assessment of Diagnostic Accuracy Studies tool.Results Twenty-eight studies met the inclusion criteria. The pooled Sn, Sp, Adj.Accuracy, Adj.PPV and Adj.NPV for each test are given in the Table 1. Heterogeneity between studies was significant for CPT, HPT and EPT; it was mild to moderate for LDF and PO. All but three studies were determined to be of low quality, with only one assessed as high quality.Conclusions The most accurate dental pulp tests are the LDF and PO, with the HPT least accurate. CPT has generally high diagnostic accuracy and can be considered the primary pulp testing method in clinical practice.

摘要

数据来源

PubMed、Scopus和科学网。研究选择:队列研究(回顾性和前瞻性)以及横断面临床研究,旨在调查冷牙髓测试(CPT)、热牙髓测试(HPT)、电牙髓测试(EPT)、激光多普勒血流仪(LDF)和牙髓血氧仪(PO)的诊断准确性。牙髓诊断通过组织学分析、直接临床观察(开髓腔)或根管充填证据(以确认无活力牙)来证实。数据提取与合成:从每项纳入研究的原始数据中提取或计算诊断测试的敏感性(Sn)、特异性(Sp)、准确性、阳性预测值(PPV)和阴性预测值(NPV)。测试结果为二元性。当诊断仪器根据标准参考测试对无活力牙髓正确测试为阳性时,视为真阳性(TP);当对有活力牙髓正确测试为阴性时,视为真阴性(TN)。当测试对有活力牙髓错误测试为阳性以及对无活力牙髓错误测试为阴性时,分别出现假阳性(FP)和假阴性(FN)。基于42.8%的标准化总疾病(无活力牙髓)患病率(Prev.),对准确性、PPV和NPV进行调整(分别为调整后准确性、调整后PPV和调整后NPV)。使用随机效应模型通过荟萃分析生成所有五个牙髓活力诊断变量(Sn、Sp、调整后准确性、调整后PPV和调整后NPV)的合并估计值。根据诊断准确性研究质量评估工具,将纳入研究评估为高质量、中等质量或低质量。结果:28项研究符合纳入标准。每项测试的合并Sn、Sp、调整后准确性、调整后PPV和调整后NPV见表1。CPT、HPT和EPT研究之间的异质性显著;LDF和PO为轻度至中度异质性。除三项研究外,所有研究均被判定为低质量,只有一项评估为高质量。结论:最准确的牙髓测试是LDF和PO,HPT最不准确。CPT通常具有较高的诊断准确性,可被视为临床实践中的主要牙髓测试方法。

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