The fibroblast is the main cell type involved in neodermis formation which it does through depositing ECM components in a dialogue with NHK regulated through a delicate balance between synthesis and degradation [25], [44] [45].
Candidate mediators of such changes include enzymes and signalling substances involved in maintaining the delicate balance between synthesis and breakdown of the proteins and proteoglycans that make up the ECM.
Homeostasis of normal cartilage in adults represents a delicate balance between the synthesis and the degradation of extracellular matrix components to maintain the functional integrity of the joint.
In normal cartilage, a delicate balance exists between matrix synthesis and degradation; in OA, however, cartilage degradation exceeds synthesis.
In OA, there is a disruption of the delicate balance between degradation and synthesis of the cartilage ECM which is maintained by chondrocytes.
A delicate balance exists between uptake, synthesis, and storage which tightly controls the abundance of free cholesterol in peripheral cells [ 6] while excess free cholesterol is in fact deleterious to cells [ 7].
Despite this significant progress, most of the synthesis procedures are too delicate which render them less viable for large-scale industrial applications.
Numerous lines of evidence demonstrate that synovial lining and cartilage extracellular matrix undergo active remodeling with joint homeostasis resulting from a delicate balance between matrix degradation, matrix synthesis, and matrix assembly [ 43].
To maintain protein homeostasis (proteostasis), cells orchestrate a delicate balance between protein degradation and protein synthesis.
This results in an altered cellular metabolism generating high amounts of ATP resulting in enhanced proliferation, increased macromolecule synthesis and the balance of a delicate redox homeostasis [ 2].
