KOMAROVA’S BONE REMODELING TYPE MODEL REVISITED WITHIN THE CONTEXT OF A NEW PARAMETER AFFECTING BOTH PRODUCTION AND REMOVAL ACTIVITIES OF OSTEOBLASTS AND OSTEOCLASTS

Abstract

Taking advantage of the well-known Komarova’s type model, it is proposed here to analyze again the bone dynamics process within the context of a new parameter introduced in order to act only on the production/removal activities of osteoblasts and osteoclasts (BMU) while saving the net effectiveness of osteoclast-or-osteoblast-derived autocrine or paracrine factors. The effects of this new parameter upon simulation of the bone remodeling cycle as well as stable, intrinsically regulated oscillatory changes in bone cell numbers and bone mass are analyzed and from which unstable oscillations, similar to pathologically accelerated bone remodeling of Paget’s disease appear. One can say that the introduced d parameter, with [Formula: see text], can be viewed as a new parameter driven by Pathological conditions. On the other hand, the parameter d can probably be linked to the complex mechanisms that regulate communication between osteoblasts and osteoclasts, which are known as critical to bone cell biology.