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Recently, bioscaffolds derived from extracellular matrix have been used to mediate tissue regeneration and have been widely adopted in tissue engineering applications.
A highly promising alternative may be the acellular adipose matrix (AAM), which is a natural scaffold that could mediate tissue regeneration without any artefacts.
By understanding the evolutionary changes that have occurred in genes such as p53, we may be able to understand better why mutations in this gene cause neoplasia [ 16] and how it can mediate tissue regeneration [ 33].
Bone tissue engineering aims to combine biomaterial scaffolds, cells, and molecular signals that can mediate tissue regeneration, matching the physical and biological properties of the natural tissue [ 3– 5].
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MSCs can secret various types of growth factors, immune mediators and anti-fibrotic effectors, which are potent in mediating tissue regeneration.
As a signal of tissue damage, HMGB1 mediates tissue regeneration by inducing mesoangioblast migration and proliferation [ 36].
First, MSC exosomes show the potentials in mediating tissue regeneration because they contain a broad spectrum of bioactive substance.
Human SCAP-mediated tissue regeneration may offer a promising cell-based therapy for root regeneration.
Collagen receptors mediate fibroblast responses during tissue regeneration and healing.
Hepatocyte growth factor (HGF), through activation of the c-MET receptor, mediates biological processes critical for tissue regeneration; however, its clinical application is limited by protein instability and poor recombinant expression.
Native fibrin and collagen act as template matrices for tissue regeneration after plasmin mediated fibrinolysis/macrophage mediated clearing of debris in native tissue.
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