Excited to share our new work demonstrating the potential of dendritic cell #immunotherapy for #woundhealing We used #CRISPR/Cas9 to develop an engineered dendritic cell therapy to accelerate healing in diabetic and non-diabetic conditions.
https://t.co/mjAxXHAAH5
Congrats to my team, @Jaganpatweets, @kellenchen_ and @DharshanSivaraj on their recent publication in Nature Biomedical Engineering.
We believe Rac2 could help reduce rates of implant rejection in patients.
Many thanks to the rest of the team!
https://t.co/Z1zwF2Y3lg
Excited to share our new work demonstrating the potential of dendritic cell #immunotherapy for #woundhealing We used #CRISPR/Cas9 to develop an engineered dendritic cell therapy to accelerate healing in diabetic and non-diabetic conditions.
https://t.co/mjAxXHAAH5
Excited to share our latest paper on genome editing in dendritic cells for wound healing using CRISPR/Cas9! Kudos to Dr. Dominic Henn @do_henn for solving the challenges in dendritic cells. 🎉@NatureComms https://t.co/XCbKctK99n
In patients with ventral hernia repair @DharshanSivaraj demonstrates that biosynthetic ovine rumen mitigates surgical site occurrence while maintaining low hernia recurrence compared with synthetic mesh
@artemtrotsyuk@kellenchen_@GeoffreyGurtner
https://t.co/MbKkeRAWwq
Glad to share my postdoc work on developing wireless smart bandages for chronic wound management. Thanks to @artemtrotsyuk and @SimiaoNiu for the great collaboration, @zhenanbao and @GeoffreyGurtner for the mentorship, and other coauthors for all the help and support!
Wenguo Cui & coworkers @sjtu1896 were inspired by work in @ScienceTM led by @GeoffreyGurtner — characterizing fibrosis and using mechanotransduction blocking for scarless wound healing!
#MatterIssue38 Preview: https://t.co/u55dXtkcZp
@ScienceTM Article: https://t.co/8PdYo8uxTx