Spatio-temporal simulations of bone remodelling using a bone cell population model based on cell availability.

ABSTRACT: Here we developed a spatio-temporal bone remodeling model to simulate the action of Basic Multicelluar Units (BMUs). This model is based on two major extensions of a temporal-only bone cell population model (BCPM). First, the differentiation into mature resorbing osteoclasts and mature forming osteoblasts from their respective precursor cells was modelled as an intermittent process based on precursor cells availability. Second, the interaction between neighbouring BMUs was considered based on a "metabolic cost" argument which warrants that no new BMU will be activated in the neighbourhood of an existing BMU. With the proposed model we have simulated the phases of the remodelling process obtaining average periods similar to those found in the literature: resorption ( ∼22 days)-reversal (∼8 

SUBMITTER: Calvo-Gallego JL 

PROVIDER: S-EPMC10027742 | biostudies-literature | 2023

REPOSITORIES: biostudies-literature