This scoping review is intended to synthesize the techniques proposed to model the tooth‐
periodontal ligament‐bone complex (TPBC), while also evaluating the suggested …

Finite element analysis (FEA) is a computational method used to predict the behaviour
(stresses, strains and deformation) of a structure under predefined loading conditions. It can …

BACKGROUND: Orthodontic treatment planning (OTP) is primarily depended on clinical
experiences of orthodontists at present, while equivocal OTP would increase the possibility …

Objective The aim of this study was to evaluate and compare the stress along the root
surfaces of anterior maxillary dentition during retraction in labial and lingual mechanics with …

Cell transplantation in bioengineered scaffolds and encapsulation systems has shown great
promise in regenerative medicine. Depending on the site of implantation, type of cells and …

Bone remodeling process has been used in orthodontics to treat malposition of teeth in
patients by applying stimuli outside of usual everyday loads to promote tooth movement by …

Objetivo: Determinar por medio de la simulación en un modelo de elementos finitos la
respuesta biomecánica sobre el ligamento periodontal ante la aplicación de una fuerza …

Understanding the highly non-linear biomechanics of the complex structure of human skin
would not only provide valuable information for the development of biological comparable …

Current 3D printing process is done using layer by layer fashion. In contrast, a new way of
production, continuous liquid interface production (CLIP), is layerless and based on vat …

Determinar por medio de la simulación en un modelo de elementos finitos la respuesta
biomecánica sobre el ligamento periodontal ante la aplicación de una fuerza ortodóntica …