In contrast to sensory cortical areas of the brain, the relevant physiological inputs to the
hippocampus, leading to selective activation of pyramidal cells, are largely unknown …

The new generation of silicon-based multielectrodes comprising hundreds or more
electrode contacts offers unprecedented possibilities for simultaneous recordings of spike …

Sensory inputs frequently converge on the brain in a spatially organized manner, often with
overlapping inputs to multiple target neurons. Whether the responses of target neurons with …

Understanding brain functions at the circuit level requires time‐resolved simultaneous
measurement of a large number of densely distributed neurons, which remains a great …

Neuroscientists have long recognized the importance of understanding the underlying
principles of information processing by large populations of neurons. Methods for Neural …

Spike sorting is a crucial step in electrophysiological studies of neuronal activity. While many
spike sorting packages are available, there is little consensus about which are most …

Evidence from a variety of recording methods suggests that many areas of the brain are far
more sparsely active than commonly thought. Here, we review experimental findings …

Results obtained using continuous and discrete wavelet transforms as applied to problems
in neurodynamics are reviewed, with the emphasis on the potential of wavelet analysis for …

We describe an algorithm for suppression of stimulation artifacts in extracellular micro-
electrode array (MEA) recordings. A model of the artifact based on locally fitted cubic …

Lumen-traveling devices and associated methods and sys tems are described. Lumen-
traveling devices capable of trav eling Within a body lumen may include a propelling mecha …