Low-cost shaping of electrical stimulation waveforms for bioelectronic medicine with improved efficiency and selectivity

Towards a miniaturized cuff implant for highly selective US neuromodulation of peripheral nerves

Towards an ultrasonically powered efficient multichannel neurostimulator implant

Towards an investigational platform for a multimodal neuromodulation approach

Development of Dorsal Root Ganglion (DRG) Multichannel Stimulator Prototype for use in Early Clinical Trials

Energy efficient sampling and conversion of bio-signals using time-mode circuits

Towards an Active Graphene-PDMS Implant

Towards a semi-flexible parylene-based platform technology for active implantable medical devices

The influence of soft encapsulation materials on the wireless power transfer links efficiency

Design of a Multi-Functional Smart Optrode for Electrophysiology and Optogenetics

Design and Custom Fabrication of a Smart Temperature Sensor for an Organ-on-a-chip Platform

Polymer-Encapsulated Single-Chip Implants for Bioelectronic Medicine

Embedding Small Electronic Components into Tiny Flexible Implants

Monolithic Integration of an In-situ Smart Sensor in a Silicon-based Organ-on-a-chip Platform for Monitoring the Temperature of Stem Cell Culture

Time and space-domain rakeness-based compressed sensing of atrial electrograms

Towards a flexible brain implant with 10.000 independent channels

Embedding small and thin electronics into flexible implants

MEMS-Electronics Integration: A Smart Temperature Sensor for an Organ-on-a-chip Platform