The new direct feedback loop, however ... never eliciting action potentials. This newfound circuit activity instead sends small depolarizing potentials from the HC to EC layers 2 and 3.

The new direct feedback loop, however, in response to the same range of incoming signal strength, was found to recruit strong inhibition in brain cells (neurons) in EC layers 2 and 3, never eliciting ...

The new direct feedback loop, however ... never eliciting action potentials. This newfound circuit activity instead sends small depolarizing potentials from the HC to EC layers 2 and 3.

A newly identified part of a brain circuit mixes sensory information ... the study results show that this direct feedback loop sends signals fast enough to instantly tag sights and sounds linked ...