Sepehr Talebian

Papers

Total Citations

593

H-Index

About

Sepehr Talebian is a leading voice in biomaterials, whose work is redefining the potential of hydrogels for tissue engineering and regenerative medicine. His research focuses on the intersection of polymer chemistry and biology, particularly the design of smart, self-healing hydrogels that can mimic the dynamic properties of native tissues. Talebian’s most influential contribution is his landmark 2019 review, “Self‐Healing Hydrogels: The Next Paradigm Shift in Tissue Engineering?”, which has amassed nearly 600 citations. This work systematically outlined how self-healing hydrogels—materials that can autonomously repair damage—could overcome the brittleness and short lifespan of conventional hydrogels, offering a path toward more durable, long-term implants. Beyond this, his research has advanced the development of conductive and stimuli-responsive hydrogels for applications ranging from neural regeneration to drug delivery. By bridging fundamental materials science with clinical needs, Talebian has helped shift the field’s focus from static scaffolds to living, adaptive biomaterials. His work is essential reading for any student or researcher exploring the next generation of smart polymers for medicine.