Department of Oral and Maxillofacial Sciences, Sapienza University of Rome Italy.
J Biol Regul Homeost Agents. 2018 Jul-Aug;32(4):1027-1031.
The increasing requirements of standardization in medical applications have led physicians towards a deep revision of their protocols. The phenomenon of digital health has revolutionized the way a patient accesses medical information, but it has also improved the way the doctor handles the surgical and clinical phases. In digital dentistry, the working steps are mainly reported as digital image acquisition, preparation and/or processing of data, device production and clinical application on patients; the new technologies have brought significant benefits to both the dentist and the patient. Digital processing of anatomical data uses virtual models, which represent a precise representation of the patients anatomy. Recent advances in digital image acquisition technologies and the enormous complexity of modern software have made intraoral scans possible to realize digital dental arch models, however, the digital model is able to report substantial information to the clinician. Therefore, both complex surgeries and less invasive local therapies can be easily planned, with an accurate analysis of biological regulators improving the regenerative procedures, to achieve the best results in a shorter treatment.
医学应用标准化要求的不断提高促使医生对其方案进行深入修订。“数字健康”现象彻底改变了患者获取医疗信息的方式，但也改善了医生处理手术和临床阶段的方式。在数字牙科中，主要报告工作步骤为数字图像采集、数据的准备和/或处理、器械制作以及在患者身上的临床应用；新技术为牙医和患者都带来了显著的益处。解剖数据的数字处理使用虚拟模型，代表患者解剖结构的精确表示。数字图像采集技术的最新进展和现代软件的巨大复杂性使得口内扫描能够实现数字牙弓模型，然而，数字模型能够向临床医生报告大量信息。因此，复杂的手术和微创局部治疗都可以轻松规划，对生物调节剂的准确分析可以改善再生过程，以在更短的治疗时间内取得最佳效果。
