Regenerative Medicine
The core ideas behind regenerative medicine — how tissue engineering, the extracellular matrix, and vascularization combine to rebuild living tissue.
- 01
What is regenerative medicine?
An introduction to the field that aims to restore the structure and function of damaged tissue rather than merely replace it.
- 02
The principles of tissue engineering
Cells, scaffolds, and signals — the three-part framework underlying most attempts to build living tissue.
- 03
Repair versus regeneration
Why most human healing produces scar tissue, and what distinguishes it from true regeneration.
- 04
The extracellular matrix
The structural and signaling scaffold cells build around themselves — and the template engineered scaffolds try to imitate.
- 05
Vascularization: the diffusion limit
Why engineered tissue thicker than a couple of hundred microns fails without a blood supply — the field's most stubborn bottleneck.
- 06
Immunomodulation in regeneration
The immune system is not an obstacle to healing — its early behaviour largely determines whether tissue scars or rebuilds.
- 07
Biofabrication and 3D bioprinting
Building tissue constructs layer by layer — depositing cells and matrix with spatial control.
- 08
Translation in regenerative medicine
Why promising regenerative results are unusually hard to move from laboratory to clinic.
- 09
A short history of regenerative medicine
From skin grafts and bone marrow transplants to engineered tissue — how the field assembled itself.