Renaud Matthieu, Delpierre Alexis, Becquet Hervé, Mahalli Rachid, Savard Guillaume, Micheneau Pierre, Carayon Delphine, Denis Frederic
Faculty of Dentistry, Tours University, 37000 Tours, France.
EA 42-03 Biosanté et Nanoscience, Faculty of Dentistry, Université Montpellier, 34000 Montpellier, France.
Diagnostics (Basel). 2023 Jan 18;13(3):365. doi: 10.3390/diagnostics13030365.
This systematic review aims to investigate the possibilities of ultrasound imaging in the field of periodontal tissues exploration to visualize periodontal anatomical structures and to assess reliability in clinical evaluation using the PRISMA guidelines. An electronic search through the MEDLINE database was realized to identify studies that have explored ultrasonography in the field of periodontal imaging published from 2000 to March 2022. The search resulted in 245 records; after exclusions, a total of 15 papers were included in the present review. Various publications have shown the possibility of using intraoral ultrasound for a precise exploration of intraoral tissues and to perform measurements of periodontal structures. Studies argue that ultrasounds open the prospect of a complete paradigm shift on the diagnosis and follow-up of periodontal disease. However, there is currently no clinical device dedicated to periodontal ultrasound. This field is still under-studied, and studies are needed to explore the large field of applications from periodontal assessment to treatment reassessment, including surgery. Researchers should focus their efforts to develop special intraoral ultrasound device and explore the possibilities of clinical periodontal applications.
本系统评价旨在探讨超声成像在牙周组织探查领域可视化牙周解剖结构的可能性,并根据PRISMA指南评估其在临床评估中的可靠性。通过MEDLINE数据库进行电子检索,以识别2000年至2022年3月发表的在牙周成像领域探索超声检查的研究。检索结果有245条记录;排除后,本综述共纳入15篇论文。各种出版物表明,使用口腔内超声可以精确探查口腔内组织并测量牙周结构。研究认为,超声为牙周疾病的诊断和随访带来了彻底范式转变的前景。然而,目前尚无专门用于牙周超声的临床设备。该领域的研究仍不足,需要开展研究以探索从牙周评估到治疗再评估(包括手术)的广泛应用领域。研究人员应集中精力开发特殊的口腔内超声设备,并探索牙周临床应用的可能性。