Transforming clinical recording of deep brain

<p>Sensors built with a new manufacturing approach are capable of recording activity deep within the brain from large populations of individual neurons&ndash;with a resolution of as few as one or two neurons&ndash;in humans as well as a range of animal models, according to a study published in the Jan. 17, 2024 issue of the journal Nature Communications.</p>

Related Keywords

San Diego ,California ,United States ,University Of California San Diego ,Sydney ,New South Wales ,Australia ,Massachusetts ,Oregon ,America ,Eric Halgren ,Ahmed Raslan ,Diego Nano ,Ziv Williams ,Mark Richardson ,Shadi Dayeh ,Angeliquec Paulk ,Keundong Lee ,Biointerfaces Laboratory ,National Science Foundation ,National Institutes Of Health ,Biotronik Inc ,National Eye Institute ,Cortical Science Inc ,Method Of Research ,Translational Research Center ,Oregon Health ,Uc San Diego School Of Medicine ,Harvard Medical School ,Nature Communications ,Research Institute ,Williamm Wood Foundation ,Science University ,Sciences University ,National Science Foundation Graduate Research Fellowship Program ,National Science Foundation Award ,National Nanotechnology Coordinated Infrastructure ,Uc San Diego Health ,While The Nature Communications ,S Sc Tiny Blue Dot Foundation ,Abbott Inc ,Integrated Electronics ,California San ,Massachusetts General Hospital ,Yun Goo ,Diego Micro Stereo Electro Encephalography ,Postdoctoral Fellow ,Angelique Paulk ,Massachusetts General Research Institute ,Harvard Medical ,Sharona Ben Haim ,Sydney Cash ,Associate Professor ,Neurological Surgery ,Diego School ,Surgical Director ,Diego Health ,Professorand Vice Chair ,Diego Micro Stereo Eletro Encephalography ,National Institutes ,Tiny Blue Dot Foundation ,America Trustee ,San Diego Nanotechnology Infrastructure ,California San Diego ,Science Inc ,Research Center ,