Naturally log‐scaled quantities abound in the nervous system. Distributions of these
quantities have non‐intuitive properties, which have implications for data analysis and the …

Adaptivity is a dynamical feature that is omnipresent in nature, socio-economics, and
technology. For example, adaptive couplings appear in various real-world systems, such as …

Spike-frequency adaptation (SFA) is a fundamental neuronal mechanism taking into account
the fatigue due to spike emissions and the consequent reduction of the firing activity. We …

Targeting specific subtypes of interneurons in the spinal cord is primarily restricted to a small
group of genetic model animals. Since the development of new transgenic model animals …

Central pattern generators are circuits generating rhythmic movements, such as walking.
The majority of existing computational models of these circuits produce antagonistic output …

Rhythmic motor behaviors are generated by neural networks termed central pattern
generators (CPGs). Although locomotor CPGs have been extensively characterized, it …

One of the longstanding goals of the field of neuroscience is to understand the neural control
of behavior in both invertebrate and vertebrate species. A series of early discoveries showed …

Different speeds of locomotion require heterogeneous spinal populations, but a common
mode of rhythm generation is presumed to exist. Here, we explore the cellular versus …

Generation of locomotion is a fundamental function of the spinal cord, yet the underlying
principles remain unclear. In particular, the relationship between neuronal cell types …

Animals display rich and coordinated motor patterns during walking and running, that are
generated and controlled within the central nervous system. Previous computational and …