Recent progress in fluorescence imaging allows neuroscientists to observe the dynamics of
thousands of individual neurons, identified genetically or by their connectivity, across …

During the last few decades, neuroscientists have benefited from the emergence of many
powerful functional imaging techniques that cover broad spatial and temporal scales. We …

Long-lasting, high-resolution neural interfaces that are ultrathin and flexible are essential for
precise brain mapping and high-performance neuroprosthetic systems. Scaling to sample …

Cranial window implants in head-fixed rodents are becoming a preparation of choice for
stable optical access to large areas of the cortex over extended periods of time. Here we …

Haemodynamic signals underlying functional brain imaging (for example, functional
magnetic resonance imaging (fMRI)) are assumed to reflect metabolic demand generated by …

Propagating waves occur in many excitable media and were recently found in neural
systems from retina to neocortex. While propagating waves are clearly present under …

Successful application of two-photon imaging with genetic tools in awake macaque
monkeys will enable fundamental advances in our understanding of higher cognitive …

The functional architecture of adult cerebral cortex retains a capacity for experience-
dependent change. This is seen following focal binocular lesions, which induce rapid …

Mesoscopic calcium imaging enables studies of cell-type specific neural activity over large
areas. A growing body of literature suggests that neural activity can be different when …

A novel method of chronic optical imaging based on new voltage-sensitive dyes (VSDs) was
developed to facilitate the explorations of the spatial and temporal patterns underlying …