Use of a Novel Artificial Intelligence Approach for a Faster and More Precise Computerized Facial Evaluation in Aesthetic Dentistry

doi:10.1111/jerd.13320

★ Alto impactoQ1 · DentistryImpact Factor · 3.306

AutoresIrene Maniega‐Mañes, Manuel Monterde‐Hernández, Karla Mora‐Barrios, Ana Boquete‐Castro

Por qué importa

Este estudio explora la aplicación de una nueva inteligencia artificial (IA) basada en redes neuronales para el análisis facial digital en odontología estética, utilizando el lenguaje de programación Python. El objetivo fue evaluar la eficacia de este enfoque en la detección de puntos faciales clave, como la línea de la sonrisa, labios y características dentales, comparándolo con sistemas convencionales como el DSD. Los resultados sugieren que la red neuronal ofrece una mayor consistencia y menor variabilidad en los tiempos de ejecución, lo que se traduce en una mejora significativa en la eficiencia y predictibilidad de los análisis faciales. Para el profesional de la estética dental, esto representa una herramienta potencialmente valiosa para optimizar el diagnóstico y la planificación de tratamientos restauradores, asegurando resultados más predecibles y reduciendo la inversión de tiempo en la fase de evaluación.

Abstract original

INTRODUCTION: AI is based on automated learning algorithms that use large bodies of information (big data). In the field of dentistry, AI allows the analysis of radiographs, intraoral images and other clinical recordings with unprecedented precision and speed. Facial analysis is known for helping dentists and patients achieve a satisfactory result when a restorative treatment must be realized. The objective of this study is to conduct a neural network-based computerized facial analysis using Python programming language in order to valuate its efficacy in facial point detection. METHODS: The neural network was trained to identify the main facial and dental points: smile line, lips, size and for of the teeth, etc. A facial analysis was carried out using AI. A descriptive analysis was made with calculation of the mean and standard deviation (SD) of the precision and accuracy in each group. Analysis of variance (ANOVA) was used for the comparison of means between groups. RESULTS: At the intersecting point between dentistry and technology, advances in artificial intelligence (AI) are producing a change in the way modern dentistry is performed. The present study evidenced lesser variability in the execution times of the neural network compared with the DSD system. This indicates that the neural network affords more consistent and predictable results, representing a significant advantage in terms of time and efficacy. CONCLUSION: The neural network is significantly more efficient and consistent in performing facial analyses than the conventional DSD system. The neural network reduces the time needed to complete the analysis and shows lesser variability in its execution times.

Leer texto completo ↗DOI · 10.1111/jerd.13320

Autor Doctor&Cols

Ana Boquete Castro
Cirugía Oral e Implantología

Cómo citar

Maniega‐Mañes I, Monterde‐Hernández M, Mora‐Barrios K, Boquete‐Castro A. Use of a Novel Artificial Intelligence Approach for a Faster and More Precise Computerized Facial Evaluation in Aesthetic Dentistry. Journal of Esthetic and Restorative Dentistry. 2024. doi:10.1111/jerd.13320