Locomotion is an essential behaviour for the survival of all animals. The neural circuitry
underlying locomotion is therefore highly robust to a wide variety of perturbations, including …

To track and control self-location, animals integrate their movements through space.
Representations of self-location are observed in the mammalian hippocampal formation, but …

The widespread dissemination of ultraflexible neural probes depends on the development of
advanced materials and implementation strategies that can allow reliable implantation of …

Highlights•Balanced networks are widespread in the brain, yet their role in the spinal cord is
unclear.•Respiratory and lumbar circuits show signs of balanced activity.•Network motifs are …

The spinal cord contains a diverse array of interneurons that govern motor output.
Traditionally, models of spinal circuits have emphasized the role of inhibition in enforcing …

Salient sensory stimuli are perceived by the brain, which guides both the timing and
outcome of behaviors in a context-dependent manner. Light is such a stimulus, which is …

One challenge in neuroscience is to understand how information flows between neurons in
vivo to trigger specific behaviors. Granger causality (GC) has been proposed as a simple …

We present BonZeb—a suite of modular Bonsai packages which allow high-resolution
zebrafish tracking with dynamic visual feedback. Bonsai is an increasingly popular software …

Zebrafish are an important and expanding experimental system for brain research. We
describe a noninvasive electrophysiology technique that can be used in living larvae to …

During the visual critical period (CP), sensory experience refines the structure and function
of visual circuits. The basis of this plasticity was long thought to be limited to cortical circuits …