Injectable Bioresorbable Organic Bioelectronics Neuropharmacology—our ambition is to supplement classical biochemical signaling with the modulation of bioelectricity using both ionic and electronic processes. We focus on organic electronics that self-assemble directly inside or near the nervous system to form electronic circuits that mimic its structure and organization, enabling seamless integration. Immuno-Oncoelectronics—this project advances electrotherapies for oncological applications using newly discovered bioresorbable conductive materials. Beyond eliminating the primary tumor, this initiative seeks to activate and enhance the immune system to eradicate metastases, thereby harnessing the power of the abscopal effect. We use zebrafish and the chicken (CAM) model as exploratory models for these studies.