Généra / Frameworks / Periodic Table
Periodic Table of Tissue Engineering
The Periodic Table of Tissue Engineering is a cartography of methods and formalisms in tissue engineering. Where Mendeleev's table revealed the hidden structure of chemical elements, this framework aims to reveal the hidden structure of tissue engineering's methodological space.
By classifying techniques according to their underlying physical and biological operations — rather than their application domain or historical origin — we transform an unstructured catalogue of methods into a rational system with discoverable gaps.
The key insight: just as the original periodic table predicted the existence of undiscovered elements, the Tissue Engineering Periodic Table reveals structural gaps in the literature — positions in the methodological space that no existing technique occupies. These are not absences but invitations: each gap points toward a novel methodological discovery rather than an incremental optimisation of what already exists.
Classification axes
- —Physical operations: mechanical, thermal, electrical, optical, acoustic
- —Biological operations: proliferative, differentiative, self-organisational, morphogenic
- —Ontological mode: Morphic, Hylomorphic, or Hylic (from the Triangle)
The Periodic Table is the operational complement to the Tissue Engineering Triangle: while the Triangle provides the ontological map of what kind of thing is being made, the Periodic Table provides the methodological map of how it can be made. Together they define the full theoretical space of tissue engineering.