How Brain Pacemakers Treat Parkinson's Disease
the_newsbeagle writes Pharmaceutical research for neuropsychiatric disorders hasn't produced many breakthroughs lately, which may explain why there's so much excitement around "electroceutical" research. That buzzy new field encompasses deep brain stimulation (DBS), in which an implanted stimulator sends little jolts through the neural tissue. DBS has become an accepted therapy for Parkinson's and other motor disorders, even though researchers haven't really understood how it works. Now, new research may have found the mechanism of action in Parkinson's patients: The stimulation reduces an exaggerated synchronization of neuron activity in the motor cortex.
Or.. braicemakers, if you will.
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Pharmaceutical research for neuropsychiatric disorders hasn't produced many breakthroughs lately,
What, you mean like this Parkinson's treatment just approved in January?
https://www.michaeljfox.org/foundation/news-detail.php?fda-approves-duopa-levodopa-carbidopa-intestinal-gel-delivery-method-new-to-market
I've seen patients with it and without it and it's a stunning difference.
The medical device companies (Medtronic, Boston Scientific, et al) have been putting a lot of effort in to this field. Engineers - Biomedical, Electric, and others - have lots of good opportunities from this right now.
Damn_registrars has no butt-hole. Damn_registrars has no use for a butt-hole.
There would be no way to know if there were any additional functions embedded in those devices.
It took 20 years for Snowden to reveal the NSA's illegal surveillance, and the previously almost-unimaginable bounds to which they were willing to go to monitor US civilians.
Just saying,
Sent from my ENIAC
Another approach called optogenetics is developed at the University of Otago: http://www.scoop.co.nz/stories...
JMA
Wonder if it'll help me when I get worse?
He has Parkinson's, but to stimulate a brain you first have to find it.
This treatment, while promising, sounds like a finer targeted version of what used to be used in hard to treat and violent psych. patients years ago. What bugs me about this is it's like jump starting a car with a dying battery. There is nothing organic that is happening that will improve with time, and eventually the circuits eventually burn out and the disease continues it's progress. Degenerating tissue cannot sustain the signals needed for functioning indefinitely, despite numerous kick starts. It's not realistic to think of this like a pacemaker, which is effective on heart tissue which is fairly simple in nature to keep alive and contracting versus brain tissue which is still not fully understood at the macro functioning levels. Sort of like pushing more and more power down a failing speaker wire that needs replacement or repair instead of hooking it to the wall socket from time to time to clear the signal path. That's the real challenge facing research into brain disorders. First discover how the circuitry works, then see if treatment at the organic level is possible. I am not sure if that'll happen in my lifetime, but it's a start...