The connectivity among the cells is the following: Te and Ti are reciprocally connected with all-to-all connections, generating the PINTH rhythm.
Ge and Gi are also reciprocally connected with all-to-all connections, generating the PING rhythm.
Te and Ti are reciprocally connected with all-to-all connections, generating the PINTH rhythm.
Neurons with overlapping receptive fields in lower and higher visual areas are reciprocally connected by feedforward and feedback connections (Felleman & Van Essen, 1991; Salin & Bullier, 1995).
The PFC is reciprocally connected to limbic regions and these connections form the neural substrates through which the motivational-emotional aspects of pain can be regulated.
Out of the 29 cell pairs 20 were reciprocally connected, which translates into a excitatory connectivity ratio of 69% at L4-spiny neuron L4 interneuron synapses.
Although correlation between adjacency and connectivity may account for the over-representation of reciprocally connected doublets, why such correlation would exist in C. elegans remains unclear.
When sensitivity is high, strong reciprocally connected dyads emerge.
The gustatory cortex is reciprocally connected with the aforementioned basal forebrain, thalamic, and pontine nuclei.
Circuits of reciprocally connected neurons have been long considered as a basis for themaintenance of persistent activity [1].
Taken together the equations represent a pair of reciprocally connected STN-GPe sub-populations corresponding to one of many hypothesised basal ganglia information channels [34].
