Roger Olsson
@olssonroger.bsky.social
A new paper from our lab, on bioresorbable, injectable, self-assembling conductive hydrogels for irreversible electroporation evaluated in a glioblastoma model and demonstrate delivery as a drape in a resection cavity and via CED, and catheter.
rdcu.be/eN3yG
rdcu.be/eN3yG
November 18, 2025 at 10:46 AM
A new paper from our lab, on bioresorbable, injectable, self-assembling conductive hydrogels for irreversible electroporation evaluated in a glioblastoma model and demonstrate delivery as a drape in a resection cavity and via CED, and catheter.
rdcu.be/eN3yG
rdcu.be/eN3yG
A new paper from our lab, on bioresorbable, injectable, self-assembling conductive hydrogels for irreversible electroporation evaluated in a glioblastoma model and demonstrate delivery as a drape in a resection cavity and via CED, and catheter.
rdcu.be/eN3yG
rdcu.be/eN3yG
Injectable bioresorbable conductive hydrogels for multimodal brain tumor electroimmunotherapy - Nature Communications
Injectable conductive hydrogels offer a promising alternative for tumor electrotherapy. Here, the authors develop highly conductive injectable bioresorbable soft electrode that enable minimally invasi...
www.nature.com
November 4, 2025 at 5:52 AM
A new paper from our lab, on bioresorbable, injectable, self-assembling conductive hydrogels for irreversible electroporation evaluated in a glioblastoma model and demonstrate delivery as a drape in a resection cavity and via CED, and catheter.
rdcu.be/eN3yG
rdcu.be/eN3yG