Topic: Neuropixels probe

Infrared (IR) neuromodulation research over the past decade has consistently shown that temperature is an important neural state variable. Several studies have described the ability to stimulate or block peripheral nerve activity with IR radiation. The promise of IR inhibition in the treatment of neurodegenerative diseases such as epilepsy underscores the importance of further elucidating its biophysical mechanism. In this study, the effects of IR neuromodulation on cortical neurons in vivo were investigated using high-density laminar recordings. The neocortex of anesthetized rats was exposed

Long-term, stable access to brain function across scales enables the understanding of how brain organization evolves during development or aging. In large-brained animals, fMRI serves as a standard imaging option, albeit limited in its compatibility with other modalities that could probe activity at finer spatial and temporal scales. Functional ultrasound imaging (fUSI) offers ~150 µm spatial and up to 10 Hz temporal resolution. The cranial window required for fUSI allows other brain access modalities, e.g. Neuropixels probe or optogenetics. However, the development of multimodal brain access