Zoidis Panagiotis, Motlagh Naeem, Tarte Sara, Vaughan Connor, Phu Lynn, Vandewater Laura, Abujbara Nura, De La Paz Glenda, Al-Shafadi Muhammad, Oliveira Dayane, Rocha Mateus-Garcia
Clinical Associate Professor and Dean, Clinical Affairs and Quality Assurance, Department of Restorative Dental Sciences, College of Dentistry, University of Florida, Gainesville, FL, USA.
DMD Student, College of Dentistry, University of Florida, Gainesville, FL, USA.
J Clin Exp Dent. 2022 Oct 1;14(10):e803-e808. doi: 10.4317/jced.59923. eCollection 2022 Oct.
Intraoral scanners (IOS) are gaining interest in Dentistry for their ability to capture digital impressions of the oral cavity. These digital impressions facilitate the fabrication of indirect restorations using CAD/CAM technology. This study aimed to describe an elective course given to predoctoral dental students on the topic of Digital Dentistry and assess their learning outcomes and system preferences.
Three IOS were evaluated by eight students enrolled in a Digital Dentistry elective course. These systems included Emerald S (Planmeca), Cerec Omnicam (Denstply Sirona), and True Definition (3M/Midmark). After a literature review and a hands-on session were completed for each system, the students provided their perspectives on various factors such as ease of use, organization, and user-friendliness in a qualitative narrative of each system and quantitatively through a six-items survey.
Survey data suggests that the student cohort showed higher levels of previous familiarity, user preference, and clinical confidence in the Cerec and Planmeca systems as opposed to the True Definition system. Qualitatively, the students felt CEREC was the more educationally useful system to learn and presented with more ease of use, functionality, and efficacy than the other two systems.
While each system proved to have its unique benefits and drawbacks, students' attitudes towards the Planmeca and Cerec systems were generally positive, while True Definition's evaluation was limited. Students appreciated their experiences throughout this elective, familiarizing themselves with various digital systems. Digital Dentistry, Intraoral Scanners, CAD/CAM, Dental Education, Learning Curve.
口腔内扫描仪(IOS)因其能够获取口腔的数字印模而在牙科领域受到关注。这些数字印模有助于使用CAD/CAM技术制作间接修复体。本研究旨在描述为牙科博士生开设的一门关于数字牙科主题的选修课程,并评估他们的学习成果和系统偏好。
八名参加数字牙科选修课程的学生对三台IOS进行了评估。这些系统包括Emerald S(普兰梅卡)、Cerec Omnicam(登士柏西诺德)和True Definition(3M/米德马克)。在对每个系统完成文献综述和实践操作环节后,学生们通过对每个系统的定性叙述以及通过一项六项调查定量地提供了他们对易用性、组织性和用户友好性等各种因素的看法。
调查数据表明,与True Definition系统相比,学生群体对Cerec和普兰梅卡系统表现出更高的先前熟悉程度、用户偏好和临床信心。定性地说,学生们认为CEREC是更具教育用途的学习系统,并且比其他两个系统具有更高的易用性、功能性和有效性。
虽然每个系统都证明有其独特的优点和缺点,但学生们对普兰梅卡和Cerec系统的态度总体上是积极的,而对True Definition的评价有限。学生们对整个选修课程的体验表示赞赏,使他们熟悉了各种数字系统。数字牙科、口腔内扫描仪、CAD/CAM、牙科教育、学习曲线。