Michael was told he had reached his limit on what he could do. This was not something Michael and his partner, Jason, would accept. They began to look for other options and found Johns Hopkins Physical Medicine and Rehabilitation’s Non-Invasive Brain Stimulation (NIBS) as Michael’s answer to improve. Watch to learn more about Pablo Celnik and his team’s approach to setting Michael on a path to recovery.
Eliza Strickland covered the HaloNeuro tDCS device. This clip shares my hopes about the Halo… that sports serves as a gateway until they can get established. IMO we need a device manufacturer with deep pockets who can satisfy the research and regulation requirements to make tDCS (or any other form of Non-Invasive Brain Stimulation – NIBS, that is effective) mainstream.
While the authorities dither, Halo will do its best to slip into the mainstream. And athletes are just the first customers targeted by this ambitious company. In South Carolina, a neurologist is currently testing the Halo with stroke patients to see if stimulating the motor cortex speeds up rehab. Chao envisions a whole range of Halo products offering consumers different kinds of mental boosts. “What if you want to learn Chinese and we stimulate the language center?” he says. “What if we stimulate the memory center and pair that with brain-training games?”
The focus of the second day of the workshop will be non-invasive brain stimulation medical devices, which are medical devices that are intended to improve, affect, or otherwise modify the cognitive function of a normal individual (i.e., without a treatment objective) by means of non-invasive electrical or electromagnetic stimulation to the head. The purpose of this workshop is to obtain public input and feedback on scientific, clinical, and regulatory considerations associated with medical devices for assessing and influencing cognitive function.
Just found this in iTunesU. Wow! You’ll recognize many of these names if you’re reading the tDCS literature. I’ve only watched the Michael Weisend talks (whom we met earlier on the blog) so far. I have a much better understanding of the difficulty of running a tDCS trial now. There’s a lot that can go wrong. If your protocols aren’t set up just right, your information might be useless. Here’s the web link iTunes Link from which you can download in iTunes. Downloads are quite slow.
Introduction to Neurosystems Engineering, Spring 2011 (ECE 595) Neurosystems Engineering is an emerging field at the intersection of Neuroscience, Psychology, and Engineering, and the University of New Mexico is its epicenter.
Course Intro Dr. Gerold Yonas
Course Syllabus Dr. Gerold Yonas
Tools and Techniques in Neuronal Stimulation Dr. Edl Schamiloglu
Basic Principles of Feedback and Control Prof. Chaouki T. Abdallah
Discussing the Course General Approach and Direction Dr. Gerold Yonas
Effects of Direct Current, Non-Invasive Brain Stimulation on Learning Michael Weisend
In the Laboratory Transcranial Direct Current Stimulation (tDCS) Michael Weisend
Posttraumatic Stress Disorder: Roles for Treatment & Prevention (Part I) Dr. Pilar M Sanjuan
Posttraumatic Stress Disorder Roles for Treatment & Prevention (Part II) Dr. Pilar M Sanjuan
Tour of the Mind Research Network Dr. Vince D. Calhoun
Neuroimaging of Intelligence and Creativity (Part I) Dr. Rex E. Jung
Neuroimaging of Intelligence and Creativity (Part II) Dr. Rex E. Jung
Memories and Migraines: Application of tDCS Laura Matzen
Neurochemistry Application in NonInvasive Brain Stimulation Dr. Charles Gasparovic
Non-Invasive Brain Stimulation 1:03:47 Lucas C. Parra
Epilepsy, Autism, and Novel Treatment Strategies Dr. Jeffrey David Lewine
The Emerging Field of Sleep Disorders Medicine Dr. Barry Krakow
Presentation of Class Projects Student