Connectomics Guided rTMS is a non-invasive neuromodulation approach that combines brain-network mapping with repetitive transcranial magnetic stimulation. By identifying relevant brain networks and using this information to guide stimulation, therapy can be targeted more precisely to the individual rather than relying only on standard anatomical locations.
rTMS
Brain imaging and connectomics are used to understand the patient’s individual pattern of brain connectivity.
The connectivity data helps identify specific brain regions or networks to guide personalised stimulation.
A magnetic coil placed over the scalp delivers repetitive magnetic pulses to the targeted brain area without surgery.
Repeated stimulation is designed to modulate activity within targeted brain networks and support neuroplasticity.
Supports motor relearning and functional recovery after stroke.
Supports neurological recovery and improves functional abilities.
Supports motor control, coordination and functional movement.
Supports sensory processing, cognition and behavioural function.
Supports cognitive function through targeted brain stimulation.
Supports motor control and more coordinated movement.
Supports neural pathways involved in speech and swallowing.
Supports pain regulation by targeting related brain networks.
Target selected using standard anatomical landmarks
Similar targeting approach across patients
Focuses primarily on a predefined brain region
Magnetic stimulation delivered to the selected area
Treatment planning based on established protocols
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Target informed by individual brain-network connectivity
Personalised targeting based on the individual
Considers connections between regions across brain networks
Magnetic stimulation guided toward a connectivity-informed target
Adds connectomics to support precision treatment planning
EMG-driven robotics that responds to muscle activity.
Sensor-based balance and postural control training.
Robotic lower-limb training with EMG-driven assistance.
Soft robotic hand therapy for functional movement.
EMG-driven robotic therapy for hand movement.
