… This solution would have to conform to the limits of energy resources, processing speeds,
and memory storage (see section below: “How do neural circuits use space and power so …

… are not engineered, but have formed through millions of years of animal evolution. We posit
that it is necessary to study neuronal circuit evolution to comprehensively understand circuit …

… This solution would have to conform to the limits of energy resources, processing speeds,
and memory storage (see section below: “How do neural circuits use space and power so …

… Yet, we have little understanding of the ontogeny of social behavior neural circuits or how
environmental perturbation at different stages of development impacts emerging behavior. …

… With increasing complexity animals evolved mechanisms to increase neuron numbers. One
… Correspondingly, the ontogenetic column in these larger mammals can be expected to be …

… the degree of homology of neural circuits across species is a … with developmental approaches
to evolutionary homology. In a … time scale of evolution and shorter time scale of ontogeny. …

… determine neuronal identity and, consequently, circuit architecture… cells whose activity
and circuit motifs causally drive specific … Whereas cortical structures underwent evolutionary …

… the circuit. For sensorimotor integration, we identified a key forebrain node that links auditory
and vocal production circuits to … and the evolutionary divergence of neural circuits for vocal …

… generate progeny during development to establish neural circuits, whereas NSCs generate
progeny in adulthood to modify circuits through neural plasticity. In particular, neurogenesis, …

… migration and lamination, and axonal targeting and circuit maturation. Some examples of …
has long fascinated evolutionary biologists, given their potential to vary across ontogeny and …