… The neural coding of space centres on three foundational cell types: place cells, head direction
cells … of the resultant firing symmetries and asymmetries for spatial coding and cognition. …

… Asymmetries may arise through the fissioning of ancestral structures that are largely
symmetrical, creating new circuits. In humans these may include asymmetrical adaptations to …

… Our results strongly support the idea that the acoustic properties of species-specific
vocalizations shape neural circuits in an experience-dependent manner. More specifically, mouse …

… By constructing a spiking neural circuit model based on the … circuit that sustains persistent
neural activity to encode information regarding spatial orientation, while the asymmetric rings …

Neural circuits reliably encode and transmit signals despite the presence of noise at … coding
hypothesis, a guiding principle in computational neuroscience, suggests that a neuron or …

… changes in circuit architecture. Here, we show that an asymmetric salt-sensing circuit in the
… ’ salt preferences and undergoes restructuring during salt associative learning. Naive worms …

… determine the regime wherein such asymmetric effects between activation and inactivation …
manipulation levels over which the neural circuit behaves linearly is relatively large (Figure 8l)…

… from our ideal observer: first, there is an asymmetry in the bias for left and right angles; this
… Note that we have designed this population to only encode the log-likelihood of values of δ …

… is likely not genetically encoded, because the progeny … circuit development, as documented
in Drosophila [49]. Instead, the plasticity of the salt sensing circuit is mediated by asymmetric …

… coding and independent component analysis [50, 51]. The entire space of possible stimuli can
be represented by coupling neurons into … networks due to its asymmetric nature in evoking …