From The Sacramento Bee: Stem cell breakthrough at UC Davis helped 3 babies with spina bifida defy expectations sacbee.com/news/local/hea… #stemcells #spinabifida California Institute for Regenerative Medicine UC Davis Health Center for Surgical Bioengineering UC Davis Surgery UC Davis Stem Cell

Dr. Mary Lee presenting her work at IFMSS 2022 evaluating bowel and bladder function in our sheep model of #spinabifida. Well done Dr. Lee! #UCDavisSurgery #UCDavisSOM #IFMSS2022 UC Davis Surgery

Continuing the great presentations with AijunWang,PhD presenting work on utilizing the ligand LXW7 to promote re-vascularization ! IFMSS 2022 UC Davis Surgery #UCDavisCSB #UCDavisSurgery #lfmss2022 #StemCells

Congratulations Dr. Ramasubramanian! Happy last day in lab - you will be missed! Cheers to new adventures and amazing things to come. AijunWang,PhD Diana Farmer #UCDavisCSB UC Davis Surgery UC Davis Biomedical Engineering #PhD

One of the things that I love so much about #UCDavis is the way so many teams work together to help #Veterinary, as well as Human patients. 🙏Veterinary Institute for Regenerative Cures Center for Surgical Bioengineering UC Davis Biomedical Engineering #BoneRepair #3Dprinting #BMP #bioengineering

Crossing the Causeway! Such a great day of presentations from UC Davis Veterinary Medicine and UC Davis Health! Thank you UC Davis Research for organizing such a wonderful event! Feeling grateful the #stemcell family! #TeamScience #ucdavis Center for Surgical Bioengineering #OneHealth

Happy New Year from the UC Davis Center for Surgical Bioengineering! May your year be filled with happiness and great research! #UCDavis #UCDavisCSB

Wonderful presentation by Stanford Engineering Dr. Fan Yang as todays invited speaker for #IPRM Shriners Children's Northern California seminar series. #stemcells #biomaterials #bioengineering #UCDavis #Stanford #TeamScience AijunWang,PhD

Today we report in Nature Medicine a study led by Christine & Jonathan Seidman’s lab in which we used adenine base editing in vivo to correct a common mutation that causes hypertrophic cardiomyopathy (HCM), a disease that occurs in ~1 in 500 people (1/8)

We are excited to receive this new Quest award to develop a novel treatment for Duchenne muscular dystrophy patients before birth. This study will be conducted at Center for Surgical Bioengineering by a strong interdisciplinary team at UC Davis Research with Dr. Niren Murthy from UC Berkeley.

We are excited to receive this new Quest award to develop a novel treatment for Duchenne muscular dystrophy patients before birth. This study will be conducted at Center for Surgical Bioengineering by a strong interdisciplinary team at UC Davis Research with Dr. Niren Murthy from UC Berkeley.

In this study, we will develop a lipid nanoparticle based non-viral gene editing approach to correct the dystrophin mutations and restore full-length dystrophin expression in DMD patients before birth.

With the MPI NIBIB R01 grant support, we are excited to expand our collaboration between our labs Randy Carney Tan Lab AijunWang,PhD to answer some of the most challenging questions in the field and to advance our knowledge on extracellular vesicle biology and application

Despite their known benefits, extracellular vesicles are tough to work with in clinical applications due to their diversity in size and makeup. Researchers at UC Davis hope to change that. #UCDavisEngineering engineering.ucdavis.edu/news/harnessin…

Excited to continue our teamwork effort into another exciting EV engineering project with Randy Carney and collaborate with Dr. Orin Bloch Orin Bloch MD. So proud of our team!

Congratulations!!

🥳🥳🥳Sharing a highly cited articles published in EVCNA, 2021. 📌Title: Bioengineered extracellular vesicle-loaded bioscaffolds for therapeutic applications in #regenerativemedicine 🔗Read online: oaepublish.com/articles/evcna… AijunWang,PhD UCDavisMedSchool

We are thrilled to share that a team of our researchers, led by pioneering fetal surgeon Diana Farmer and bioengineer AijunWang,PhD, has been awarded nearly $15M for groundbreaking work on a spina bifida treatment by California Institute for Regenerative Medicine and Shriners Children's! ucdavis.health/3sYRKYH

We are very grateful and proud to partner with California Institute for Regenerative Medicine and Shriners Children's for the phase 2 of the CuRe trial! It has been such a privilege to have worked with my best scientific partner Diana Farmer and our incredible team at Center for Surgical Bioengineering for the past decade on this project.

Excited to share our new study on utilizing the LXW7 technology to improve revascularization and tissue regeneration and help large deep burn heal faster. Congratulations to our team here at the Center for Surgical Bioengineering UC Davis Surgery UC Davis Health