Linked from

The 67 pages that link to Extracellular matrix, each with the reason it gives.

• Cell junctionRelated: Cell–matrix junctions anchor cells to this external network.

• EpitheliumNarrower topic: Epithelium contains little matrix between cells but relies on it beneath the sheet.

• FilastereaRelated: Capsaspora makes matrix-related proteins, helping trace the origins of animal extracellular systems.

• Loeys–Dietz syndromeRelated: Abnormal signaling can alter matrix maintenance, relevant to the syndrome’s tissue fragility.

• PlacozoaRelated: A thin matrix separates the upper and lower cell layers.

• SecretomeRelated: Matrix proteins can be secreted and retained near the cells that produce them.

• Urbach–Wiethe diseaseNarrower topic: ECM1 belongs to this network, where its disruption contributes to hyaline accumulation.

• Animal structuresRelated: This material helps determine tissue form and mechanical properties.

• Biological materialRelated: It is a substantial part of tissue specimens, not merely a background for cells.

• Connective tissue cellsRelated: Connective tissue cells construct, modify, and respond to this surrounding material.

• Hyalin (pathology)Related: Changes in matrix proteins can produce hyaline-looking tissue deposits.

• Myotendinous junctionNarrower topic: The junction is a specialized connection between muscle-cell structures and the surrounding matrix.

• Organ printingRelated: Printed scaffolds often imitate this environment to guide cell survival and organization.

• Pancreatic stellate cellsNarrower topic: Excess production of this network is the defining tissue-level output of activated stellate cells.

• Parenchymal tissue (animal organs)Related: It forms much of the scaffold surrounding and organizing parenchymal cells.

• Skin and Connective Tissue DiseasesRelated: Inherited or autoimmune disorders may disrupt this supportive material.

• TrichoplaxRelated: A thin layer between its cell sheets helps shape the animal’s body.