How the AI-Hand Project Puts Patients First – Interview with Christine Azevedo, Part 2 In the second part of our interview series, Christine Azevedo from Inria shares a deeply human perspective on the AI-Hand project – an ambitious initiative to restore hand and wrist movement for people with tetraplegia. Christine begins by explaining the condition […]
From Fishing Ropes to Self-Esteem Read More »
We are again featured in the latest edition of Open Access Government – more specifically our Brain Interchange System and our way to Stroke Rehabilitation. Our Goal: enhancing the plasticity and enabling the patient to recover after a stroke. One method to achieve the enhancement of plasticity is electrical stimulation of the brain. Fundamental studies
The Brain Interchange System for Stroke Rehabilitation Read More »
A group of authors from the University of Bordeaux has assessed the state of the art in neuroprosthetics in a whole range of applications – from sensorimotor to cognitive functions. The results of their analysis are now available in a comprehensive review in Communications Biology. As the authors describe, the first attempts for neuroprosteses were
Neuroprosthetics review highlights need for new hardware Read More »
The vagus nerve is one of the biggest cranial nerves. It interconnects the brain with almost all internal organs, including the heart, the respiratory tract, the kidney, and the digestive tract. It mediates important reflexes for autonomic functions and modulates a wide range of body functions, making it an attractive target for bioelectronic interventions. On
The long and winding road towards specific vagus nerve modulation Read More »
About half of the patients afflicted by a stroke permanently suffer from chronic deficits in arm and hand movements. These deficits are not ameliorated by classical physiotherapy and severely affect quality of life. New therapies are urgently needed. We recently reported on an NIH project with Professor Ojemann from the University of Washington at Seattle,
One more stroke project granted by the NIH! Read More »
CorTec is part of an international clinical study that will enable severely paralyzed people to communicate again – with the help of an implantable brain-computer interface. It is a vision that has been at the core of CorTec’s DNA since its inception more than 10 years ago by now: Brain-Computer Interfaces (BCI) that enable severely
Speak your mind! – Pilot clinical study with severely paralyzed patients Read More »
For a project recently accepted for funding by the NIH, CorTec will supply novel electrodes to help people regain sensation from missing limbs. Losing a limb not only severely impairs our motor abilities, but also significantly impairs our level of independence. While prostheses can help to regain mobility, one of their biggest shortcomings is
Getting back that feeling. Read More »
Electrically stimulating the spinal cord can be an effective therapy for different kinds of treatment-resistant chronic pain. The exact mechanisms through which the stimulation suppresses pain are still not fully understood. In most systems currently used in patients, the electrodes are placed epidurally into the spinal cord canal. There is evidence that the stimulation effects
A novel wireless research device for chronic pain relief Read More »
To make your research easier, we are constantly working on our products and our technology. But how to implant a Spiral Cuff in particular? Here we provide the ultimate How-To-Guide for your next application. Learn more about the various °AirRay Cuff Electrode Designs. Download the Guide “How to Handle a Spiral Cuff” here
How to Handle a Spiral Cuff Electrode Read More »
Delivering electrical currents to nerves can not only serve to stimulate them, by inducing action potentials that are carried along the nerve and finally activate the end organ (e.g., a muscle). Certain stimulation patterns can also suppress nerve activity, leading to an inhibitory effect on the respective end organs. This is of specific interest for
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