Cardiac cells grown on a conductive cardiac patch
3T3 cells grown on a conductive hydrogel
Beating cardiomyocytes on a fibrous
conductive hydrogel
MeTro/SN hydrogel on tissue
Dorsal root ganglia encapsulated within the hydrogel
Muscle cells encapsulated in a conductive hydrogel scaffold
H_E-stained sections of a full-thickness wound after treatment with an miR223 loaded wound dressing
SEM images from the interface of the explanted artery and the sealant
Cardiomyocytes aligned on a micro patterned elastic substrates
Cardiac cells grown on a conductive cardiac patch

Lab News

🌟 Congratulations to Professor Nasim Annabi!

We are excited to share that Professor Nasim Annabi has been named to the 2025 Highly Cited Researchers List by Clarivate, recognizing researchers whose publications rank among the top 1% worldwide for scientific influence.

This prestigious honor highlights Professor Annabi’s impactful contributions to tissue engineering and biomedical engineering. We are incredibly proud to celebrate this achievement within our lab and the broader UCLA Engineering community. (News page: 9 UCLA Engineering Professors Named to 2025 List of World’s Most Influential Researchers | UCLA Samueli School Of Engineering)

Congratulations, Dr. Annabi! 🎉

🎉 Congratulations to Our Lab Members on Their Recent Publications!

We are thrilled to share exciting news about the outstanding accomplishments of several members of our research group!

🔬 Yuting Zheng has recently published four impactful original research articles in leading journals, highlighting her innovative PhD work in ocular adhesive drug delivery systems. These publications highlight significant progress in designing mucoadhesive nanomaterials for treating ocular inflammation, infection, and oxidative stress-related damage. Huge thanks to our amazing collaborators Dr. Reza Dana and Dr. Pawan Singh for their invaluable support and guidance throughout these projects! 👏

Her contributions represent a significant advancement in the development of biomaterials for targeted ophthalmic therapies. Congratulations, Yuting!

📚 Zhanpeng (Jim) Liu and Tess De Maeseneer have also made exceptional contributions to the field by publishing two review articles:

Their reviews provide comprehensive insights into emerging strategies for biomaterial-based regulation of reactive oxygen species and multilayer hollow tubular tissue engineering.

👏 Please join us in congratulating all the authors on these impressive achievements!

Congratulations to Zhanpeng (Jim) Liu!
We are excited to share that Jim has successfully passed his Ph.D. qualifying exam and is now officially a Ph.D. candidate. His research focuses on engineering micro-nano scale biomaterials to regulate ocular & joint tissue homeostasis in age-related degenerative diseases. Congratulations, Jim, on this important milestone!

Department of Chemical and Biomolecular Engineering
University of California, Los Angeles
420 Westwood Plaza, Boelter Hall 5531-H
Los Angeles, CA 90095