Precision orthodontics

Abstract

Precision medicine (PM) is an emerging approach that advocates tailoring healthcare by personalising medical decisions, treatments, behaviours, or goods to a subset of individuals rather than employing a one-drug-fits-all strategy. Molecular diagnostics, imaging, and analytics are examples of precision medicine tools. Precision medical advances foreshadowed comparable advancements in orthodontics, and they can be used to produce tailored treatment approaches and improve treatment efficiency. This article presents an overview of recent developments in computer technology and biomedicine, as well as their current and expected future uses in precision orthodontics. It is necessary to conduct an evaluation of orthodontically relevant technology and developments in relevant biological research. Within the next few decades, advances in computer software and hardware, as well as 3D imaging technology, will offer for more individualised therapy and biomechanical planning. The prospects for personalised orthodontic bracket’s manufacturing with adequate material qualities and digital technology in the future are both appealing and persuasive.