The enhancements of input-output responses in APP/CCL2 could explain why Aβ induces altered intracellular calcium levels and membrane excitability by blocking fast-inactivating potassium (A) currents [29].
Water vapor in NW is mainly transported zonally during both winter and summer, with a significant enhancement of input moisture and decline of output moisture, which contributes to the increase of flood events and the decrease of drought events in this region.
On the other hand, it is contrasting with the previously reported enhancement of input sensitivity following long passive exposure (Wang et al., 1993).
Auditory fear conditioning elicits LTP-like effects in LA neurons (Rogan and LeDoux, 1995; Rogan et al., 1997) and elicits presynaptic enhancement of inputs arriving in the LA from the medial geniculate nucleus of the thalamus and cortex (McKernan and Shinnick-Gallagher, 1997; Tsvetkov et al., 2002; Zinebi et al., 2002).
What is the intuitive explanation for the enhancement of the input dynamic range provided by negative auto-regulation?
These medications are thought to improve DN symptoms through effects on the central nervous system, including enhancement of inhibitory input of GABA-mediated pathways and antagonism of excitatory N-methyl D-aspartic acid receptors, thereby reducing central sensitization (36).
Although the mechanisms by which opioids promote pain are not completely understood, recent animal studies suggest that chronic use of opioids induces neuroadaptive changes mediated, in part, through the NK-1 receptor, that result in enhancement of nociceptive input [ 88].
The enhancement of sensory input strength for both odorants could activate the inhibitory neurons of the olfactory bulb thereby helping the refinement and the discrimination between odorants (Abraham et al., 2010).
The superfusion of molluscan insulin-related peptides (MIPs) over the isolated snail brain causes a long-term enhancement of synaptic input between the cerebral giant cell and the B1 buccal motor neuron.
Increased yield attributed to up to ∼19%, decreased deep drainage accounted for ∼75%, decreased evaporation accounted for ∼14% and reduced transpiration for ∼5% of the enhancement in WUE of input water under GCRPS, while increased runoff and water storage had negative influence on WUE (−7.5 and −3.7%, respectively) for GCRPS compared to TPRPS.
Therefore, activity-deprivation in vivo appeared to cause a general enhancement of synaptic inputs from both glutamatergic and GABAergic terminals.
