Recombinant Human ECM1 Protein Standard (His tag)

Supplementary information

This supplementary information is collated from multiple sources and compiled automatically.

Extracellular matrix protein 1 often called ECM1 is a matrix protein involved in various mechanical functions in the body. This protein weighs approximately 61 kDa and is widely expressed in human tissues including skin bone lung and brain. ECM1 also goes by the name H3300 vector used in some experimental contexts. Being an extracellular matrix (ECM) component ECM1 plays roles in tissue organization influencing matrix proteins' structural integrity.

Biological function summary

ECM1 contributes to cell-matrix interactions and regulates various cell behaviors such as adhesion proliferation and differentiation. It does this by binding to other ECM proteins and is known not to be part of a specific complex. ECM1 facilitates communication between the cellular environment and matrix thereby supporting the architecture and dynamics of tissues. It modulates angiogenesis linking it with processes like wound healing and vascular development.

Pathways

ECM1 functions within the context of key signaling routes such as the PI3K/AKT pathway known for roles in cell growth and survival. ECM1 interacts with other proteins including matrix metalloproteinases contributing to matrix remodeling activities important for cellular migration and invasion. Cumulatively these interactions highlight ECM1’s place in connective tissue organization and regenerative processes.

ECM1’s dysregulation links it with lipoid proteinosis and skin conditions like Atopic Dermatitis. Imbalances in ECM1 expression or function can lead to abnormal ECM assembly influencing these diseases' development. Moreover abnormalities in ECM1 can alter the behavior of related proteins such as collagen impacting skin integrity and permeability. Understanding ECM1’s role could provide insights into therapeutic strategies for these conditions.