
Explore how artificial intelligence enhances diagnosis and treatment planning in dentistry, including 2D/3D analysis, automatic lesion detection, and digital workflows with intraoral scans, CBCT, and AI-driven crown design.
Leverage AI-powered digital dentistry tools to analyze CBCT and intraoral scans for automatic diagnosis, implant planning, and prosthetic design, using diagonal CAD and Myo Cloud for virtual patient workflows.
Learn step-by-step how an AI software analyzes 2D dental radiographs, generates AI reports, and integrates CBCT with intraoral scans for diagnosis, implant planning, and orthodontic assessment.
Explore how weak AI, machine learning, and neural networks drive dental diagnosis, lesion detection, treatment planning, and outcome prediction, plus tissue segmentation and automated image alignment for digital dentistry.
Here we are describing the procedures to use AI-driven automated designs, alignment of files and novel diagnostic tools.
This course contains the use of artificial intelligence.
This is a course with subtitles (Portuguese, Spanish, Arabic, Tagalog, Turkish, Hindi, English and Japanese), to learn AI software methods for oral diagnosis and treatment planning, as well as to review all the required knowledge of digital dentistry and image taking, which are required to understand and use AI properly.
The first part of this course is already the main clinically relevant lectures, showing how and why dentists should adopt AI-powered software programs and their dental clinics.
The second part is composed of step-by-step tutorials showing AI software manipulation in real time.
The third part is the clinical case analysis, including a review of basic AI concepts behind the methods learned (machine learning, CNN, etc.).
Hope you enjoy for your dental clinics and activities.
Although intraoral scanners and Computer-aided design and computer-aided manufacturing (CAD-CAM) technology have been increasingly adopted in dentistry, only a few dental clinics shifted to a complete and plasterless AI-powered digital workflow for all the patients. This is because digital dentistry requires an important learning curve of skills and knowledge.
Among the key features of AI-powered digital workflow is the ability to merge and superimpose three-dimensional (3D) meshes from different imaging examinations to create a virtual patient, which enhances virtual treatment planning and communication with patients. This course is divided in two parts: the first will introduce important concepts and knowledge required to understand and start using AI-powered digital workflow to diagnose and plan a multidisciplinary dental treatment in the private dental practice and integrated dental clinics. This includes advantages, drawbacks, and clinical research on digital dentistry. Other parts of the course will cover clinical cases and strategies to use digital workflow and the CAD-CAM technology to enhance the predictability of clinical outcomes for patients undergoing prosthetic oral rehabilitation, without and with dental implants.