A02

Refined multiscale and multiphysics models of electrical stimulation towards clinical applications

B01

Electrically conductive and piezoactive materials for multifunctional implants for bone and cartilage regeneration

C01

Electro-physical stimulation of osseoinduction via alloplastic osteosynthesis system after ablative surgery in the mandible

INF

Information infrastructure

A03

Electrostimulation-induced cellular responses: Biomarkers for eustress levels and model implant surfaces

B02

Sensory and therapeutic functions for an energy-autonomous total hip replacement

C02

Electrical stimulation of articular cartilage: Evaluation of its potential for the repair of osteochondral defects in situ

S01

Improving metrology and instrumentation of electrostimulation experiment

A04

Cell dynamics an cell mechanics on electrically conductive multilayers

B03

Modelling and design of ultra low power implants for closed-loop stimulation

C03

Deep brain stimulation in dystonia models: Biological implementation, definition of optimal stimulation parameters, and analysis of mechanisms

IRTG

Integrated Research Training Group

A06

Mathematical modelling and data-driven multiscale analysis

B06

Efficient signal processing algorithms and architectures for in situ monitoring using electrically active implants and their closed-loop control

C04

Accelerometer-controlled adaptive deep brain stimulation in rat models of Parkinson’s disease to influence motor and non-motor behaviour

Z

Central administrative tasks

A07

Image-based modelling of angiogenesis and tissue remodelling for electrically active implants

B07

Numerical methods for the prediction of physiological bone and cartilage properties

C05

Translating advanced biophysical modelling into the clinical practice of deep brain stimulation programming