Extracellular matrix restoration

Extracellular matrix restoration is not a discrete molecular target, but rather the therapeutic goal of repairing or regenerating the ECM, which is a dynamic and complex network of proteins (collagen, elastin, fibronectin, laminin), proteoglycans, and glycosaminoglycans that provides both structural integrity to tissues and essential signaling environments for cellular adhesion, migration, proliferation, and differentiation. ECM restoration is critical in wound healing, surgical recovery, tissue engineering, and diseases characterized by abnormal tissue repair or remodeling. Therapeutic approaches target the balance between ECM synthesis and degradation, aiming to restore or approximate the native architecture and biomechanical properties of healthy tissues, reduce pathological scarring/fibrosis, and optimize tissue function and regeneration.

Other names

ECM restorationextracellular matrix repairmatrix regeneration

Inhibition of ECM degradation (e.g., MMP inhibitors); Promotion of new ECM synthesis (e.g., collagen promoters, growth factors); Mechanical stimulation/modulation; Use of scaffolds to provide ECM structure and cues for cell infiltration and repair