Your disease model shows a difference between two cell populations. How much belongs to the cells, and how much to their surroundings? SENCE™ plates and coverslips supply a hydrogel surface with built-in protein-binding chemistry. Place disease and control cells on each of two stiffnesses. Within the comparison, match medium, density and timing. Verify that matrix type, attachment and presentation are comparable, so mechanics has a clear interpretation. Measure your disease phenotype alongside proliferation and the function the model should represent. Ask whether the difference persists across environments, or becomes stronger in a particular physical setting. In research behind the platform's lineage, aged rat brain progenitor cells regained proliferation and differentiation activity on softer hydrogels. The finding showed that reduced activity could depend on the niche, rather than cell age alone. For your model, this comparison helps decide which environmental conditions need to be included, and which cell-intrinsic mechanisms deserve further investigation. Each answers a different biological question. Work with StemBond through Early Access to select a surface, transfer practical knowledge and plan the evaluation your model needs.