Stoked our @MayoClinic team secured @ARPA_H funding to develop a bioelectronic cell therapy device for IBD! The #EASE platform will transform inflammatory disease management. Excited to work with an exceptional team of engineers, scientists, clinicians, and industry partners!
What if your body could make its own medicine?
Announcing the performer teams for our REACT program, which aims to create bioelectronic devices to deliver treatments and monitor disease from within an individual’s body! https://t.co/fRYU3ARf8P
Mayo Clinic is the prime site for an @ARPA_H award to develop an implantable device that delivers antibodies to control inflammatory bowel disease and a wearable component that tells the device when to deliver cell therapy.
Learn more: https://t.co/zk2sRa4F7N
What if your body could make its own medicine?
Announcing the performer teams for our REACT program, which aims to create bioelectronic devices to deliver treatments and monitor disease from within an individual’s body! https://t.co/fRYU3ARf8P
Excited to share the first paper out of the Bhattacharya lab published in ACS Applied Bio Materials entitled "Recent Advances in Biomaterials for mRNA Delivery to Immune Cells" led by PhD student @IvanIsaac199
Link: https://t.co/dLfzmUp3kE
Grateful to receive the #R35#MIRA Award from @NIGMS, which will support our work on developing safer and more effective cell therapies at @MayoClinic. If you are excited about cell therapies, biomaterials, or bioelectronic implants, take a look at our lab and consider applying!