Method — Regenerative Genetics

Definition, scope boundary, and structural model.

Definition

Regenerative Genetics refers to the study and characterization of genetic and gene-regulatory mechanisms associated with biological regeneration and regenerative capacity.

Model Classification

The Regenerative Genetics model is structured as a regulatory structural model.

It describes context-dependent relationships between genetic and epigenetic regulatory mechanisms and regeneration-associated gene programs without defining a universal phase sequence, lifecycle, state machine, or causal chain.

Scope Boundary

Included

Genetic mechanisms associated with biological regeneration

Gene-regulatory mechanisms associated with regeneration

Regeneration-associated gene expression

Regulatory elements and transcriptional regulation

Chromatin and epigenetic regulation where they affect regenerative gene activity

Genetic variation or regulatory differences associated with regenerative capacity

Biological context relevant to those regulatory mechanisms

Excluded

Regenerative medicine as a whole

Tissue engineering as such

Biomaterials

Stem-cell therapy as such

Gene therapy as a therapeutic category

Genome editing as a technology category

Genetic engineering merely because it is used experimentally

General developmental genetics without a regeneration relation

General wound healing without a regeneration-related genetic question

Claims that regenerative capacity is determined solely by individual genes

Regulatory Structure Model

Regulatory Context

The biological context in which regeneration-associated genetic regulation occurs, including organism, tissue, cell state, developmental stage, and injury context where applicable.

Regulatory Control

Genetic and epigenetic mechanisms that influence regeneration-associated gene activity, including regulatory elements, transcriptional regulation, chromatin state, and gene regulatory networks.

Regenerative Gene Program

The context-dependent pattern of gene activity associated with regenerative responses and regenerative capacity.

Regenerative gene programs are shaped by genetic and epigenetic regulatory mechanisms whose activity and effects depend on biological context.

Transferability

The regulatory structure is transferable across biological systems in which genetic or gene-regulatory mechanisms of regeneration are investigated. The relevant genes, regulatory mechanisms, cellular contexts, and regenerative capacities remain organism-, tissue-, and context-dependent.