Transparent microelectrode arrays have proven useful in neural sensing, offering a clear
interface for monitoring brain activity without compromising high spatial and temporal …

Based on electrophysiological activity, neuroprostheses can effectively monitor and control
neural activity. Currently, electrophysiological neuroprostheses are widely utilized in treating …

Intracortical neural interfaces directly connect brain neurons with external devices to achieve
high temporal resolution and spatially precise sampling of neural activity. When applied to …

Optogenetics has transformed studies of neural circuit function, but remains challenging to
apply to non-human primates (NHPs). A major challenge is delivering intense …

The hippocampus has a crucial role in the formation, consolidation and recall of memories
as well as in navigation related processes. These functions are in the focus of neuroscience …

Transparent epidural devices that facilitate the concurrent use of electrophysiology and
neuroimaging are arising tools for neuroscience. Testing the biocompatibility and evoked …

The primary method of treatment for patients suffering from drug-resistant focal-onset
epilepsy is resective surgery, which adversely impacts neurocognitive function. Radio …

In this study, the characterization and cytocompatibility of polyvinyl alcohol: starch (PVA: ST)
based membrane tissue scaffolds developed for tissue transparency requirements in tissue …

The brain–machine interface (BMI), a crucial conduit between the human brain and
computers, holds transformative potential for various applications in neuroscience. This …

Here, we present a protocol for the fabrication of transparent implantable electrode arrays for
integrating optogenetics and electrophysiology. We describe steps for fabricating …