Скачать или смотреть Medical Devices for Memory: Why Closed-Loop Sensing is Essential for Next-Gen Memory Devices

SPEAKERS:
▶Matt Angle (CEO, Paradromics)
▶Nanthia Suthana (Professor of Neurosurgery & Biomedical Engineering, Duke)
▶Gyorgy Buzsaki (Biggs Professor of Neuroscience, NYU)
▶Dan Rizzuto (CEO of Nia Therapeutics)
▶Nick Halper (Co-Founder of Braingrade)

The speakers discuss the exciting shifts occurring in the development of medical devices for memory, noting that it is relatively common that clinical products precede the full mechanistic understanding of the exact neural target or disease being treated. This acceleration in development means that there are now multiple methods and regions being explored to modulate memory, sometimes moving faster than the underlying science can fully catch up.

A key driver of this progress is a new crop of neural devices that emphasize closed-loop systems and neural sensing. This focus on sensing is crucial, as researchers are striving to understand the precise mechanisms, such as whether the modulation involves sharp ripples, theta gamma coupling, or specific stages of consolidation, retrieval, and encoding, that allow an electrical signal to effectively modulate the network.

This shift toward highly integrated neural sensing is expected to open up whole new avenues for human research and clinical studies. The optimistic timeline is supported by potentially having a hundred thousand patients walking around with sensing devices implanted in their brains, plus several thousand epilepsy patients with hippocampal devices capable of recording sharp wave ripples.

This mass availability of data, recorded during activities like sleep, navigation, and the recall of episodic details, provides scientists with an unprecedented opportunity to advance the understanding of the brain.


Paradromics builds brain-computer interface (BCI) technologies for seamless human-technology integration, restoring and enhancing human capabilities.
https://www.paradromics.com/

#MedicalDevices #Memory #MemoryEnhancement