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The Engineer - Non-invasive brain stimulation shows promise for neurological therapy

A novel technique for non-invasively probing deep into the human brain to provide therapy for neurological disorders has been successfully tested at Ecole Polytechnique Federale de Lausanne (EPFL).

Friedhelm hummelPierre vassiliadisTemporal interference electric stimulationNature human

Hitting the target with non-invasive deep brain stimulation: Potential therapy for addiction, depression, and OCD

Researchers have successfully tested a novel technique for probing deep into the human brain, without surgery, for potential therapeutic purposes. In the rapidly evolving field of neuroscience, non-invasive brain stimulation is a new hope for understanding and treating a myriad of neurological and psychiatric conditions without surgical intervention or implants.

Pierre vassiliadisFriedhelm hummelUclouvain institute of neuroscienceSchool of life sciencesDefitchech chairClinical neuroengineeringLife sciencesTemporal interference electric stimulationNature human behaviour

Non-Invasive Deep Brain Stimulation Targets Addiction, OCD, Depression

Non-Invasive Deep Brain Stimulation Targets Addiction, OCD, Depression
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Pierre vassiliadisFriedhelm hummelUclouvain institute of neuroscienceSchool of life sciencesDefitchech chairClinical neuroengineeringLife sciencesTemporal interference electric stimulationNature human behaviour

Hitting the target with non-invasive deep bra

Hitting the target with non-invasive deep bra
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Ecole polytechniquePierre vassiliadisFriedhelm hummelUclouvain institute of neuroscienceSchool of life sciencesDefitchech chairClinical neuroengineeringLife sciencesTemporal interference electric stimulationNature human behaviour

Hitting the target with non-invasive deep brain stimulation: Potential therapy for addiction, depression and OCD

Neurological disorders, such as addiction, depression, and obsessive-compulsive disorder (OCD), affect millions of people worldwide and are often characterized by complex pathologies involving multiple brain regions and circuits. These conditions are notoriously difficult to treat due to the intricate and poorly understood nature of brain functions and the challenge of delivering therapies to deep brain structures without invasive procedures.

Friedhelm hummelPierre vassiliadisUclouvain institute of neuroscienceSchool of life sciencesDefitchech chairClinical neuroengineeringLife sciencesTemporal interference electric stimulationNature human behaviourNature human

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