Before revision:  In addition, regardless of the synaptic strengths, shorter electrical synaptic delays are found to be better optimizers of the phenomenon than shorter chemical synaptic delays, while longer chemical synaptic delays are a better optimizers than longer electrical synaptic delays - in both cases, the poorer optimizers are in fact worst.
After revision:  In addition, regardless of the synaptic strengths, shorter electrical synaptic delays are found to be better optimizers of the phenomenon than shorter chemical synaptic delays, while longer chemical synaptic delays are better optimizers than longer electrical synaptic delays - in both cases, the poorer optimizers are in fact worst.