Convergent assessment of radiographic diagnostic systems

A. Babic, M. Petelin, T. Ivanusa
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引用次数: 1

Abstract

Radiological diagnostics serves as a basic monitoring technique for alveroal bone loss which is a severe consequence of periodontal disease. To evaluate efficacy of Conventional Visual Radiography (CVR), and to assess a complete clinical status we had used two more diagnostic systems. These are: Digital Subtraction Radiography (DSR) and Probing Pocket Depth (PPD). Experimental Periodontitis was studied in 20 beagle dogs based on the measurements taken in the beginning (baseline), and before (11th month) and after the medical treatment (12th month). Data analyses pointed out the same clinical trend, i.e. a significant bone loss prior to medical treatment and its recovery to the initial state. Differences in metrics and measurement errors could be identified as causes for discrepancies between the systems, but a relationship between the CVR and PPD is worth further research, as these systems do not appear to be entirely compatible, but rather complementary to each other.
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放射诊断系统的融合评估
牙周病的一个严重后果是龈缘骨质流失,而放射诊断是监测龈缘骨质流失的基本技术。为了评估传统可视射线照相术(CVR)的疗效,并评估完整的临床状况,我们还使用了另外两种诊断系统。它们是数字减影射线照相术 (DSR) 和探诊袋深度 (PPD)。我们对 20 只小猎犬的实验性牙周炎进行了研究,研究基于开始(基线)、治疗前(第 11 个月)和治疗后(第 12 个月)的测量结果。数据分析显示了相同的临床趋势,即药物治疗前骨质大量流失,治疗后骨质恢复到初始状态。衡量标准的差异和测量误差可能是造成这两种系统之间差异的原因,但 CVR 和 PPD 之间的关系值得进一步研究,因为这两种系统似乎并不完全兼容,而是相互补充。
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