ECM science

What is the extracellular matrix (ECM) in skin?

The extracellular matrix is the material around cells. In the dermis, it includes fibres and other molecules that help provide support, resilience and hydration. It also forms part of the environment in which cells function.

Simplified illustration of the dermal extracellular matrix: interwoven collagen fibres, curved elastic fibres and small supporting-matrix molecules around a cell.
A simplified illustration of dermal ECM. Not microscopy, not to scale, and not a demonstration of a treatment result. Illustration based on general dermal histology (StatPearls, Histology, Dermis).

Three parts of the picture

Collagen: structural support
Collagen fibres contribute to the dermis’s strength and structure.
Elastin: stretch and recoil
Elastic fibres help skin stretch and return toward its original shape.
Supporting matrix: water and organisation
Glycosaminoglycans and proteoglycans contribute to the water-rich material around cells and fibres.

Biology is the starting point

Learning what ECM does helps explain the scientific interest in matrix-based materials. It does not by itself show that a treatment will restore skin, reverse ageing or produce a particular result. Those questions require product-specific clinical evidence.

What has been studied with Re2O?

The published Re2O investigation combined a small clinical trial with laboratory, tissue and animal experiments. The experimental work explored possible biological effects. Those findings help generate explanations and research questions; they are not the same as outcomes established in people.

The paper describes the matrix as approximately 80% collagen, 3% elastin and 0.4% sulphated glycosaminoglycans. These figures describe the material studied in that paper; they are not a batch guarantee.

Next: see what the clinical study measured, and its limits.

See the clinical evidence