A postmortem human brain study demonstrated decreased expression of hippocampal α7 nAChRs in schizophrenic patients [12], suggesting that schizophrenic patients have fewer α7 nAChRs in the hippocampus, a condition which may lead to the failure of cholinergic activation of the inhibitory interneurons, manifesting clinically as decreased gating of responses to sensory stimulation [12].
Ni silicide was shown, in contrast, to have good scaling behavior, with a decrease in sheet resistance for decreasing gate lengths down to 30 nm, lower diode leakage (at similar sheet resistance) and lower silicide to p+ Si contact resistance than Co silicide.
That is, the electrical conduction increases with decreasing gate voltage.
In comparison with a conventional Schottky-gate device on the same epitaxial structure, an Al2O3 liner was chemically formed for the present MOS-HEMT to improve interfacial quality and decrease gate leakages.
Additionally, significant differences were found in higher inward leaning, and large effect sizes were observed for a decreased fore/aft position after gate passage.
Substitution of K+ by Rb+ as the permeant ion appeared to stabilize the selectivity filter and, thus, making it more difficult to close the selectivity filter gate with a decreasing [H+].
The increase in dynamic-range width with heating can be interpreted as a decrease in gating force in a gating-spring model for the transduction as proposed for mechanosensory transduction in bullfrog saccular hair cells (Howard and Hudspeth, 1988).
Introducing two oppositely charged residues in the MA helix apex of the heteromer B subunit resulted in receptors with decreased conductance and shorter open durations compared with wild-type heteromer, suggesting a decrease in gating efficacy.
Since modulation of the phospholipid signal cascade using LPA synthesis inhibitors acting upstream of PRG‐1 was effective in reverting the decreased sensory gating and the altered behavior in PRG‐1+/− mice toward wild‐type levels, our data provide evidence that E/I balance critically depends on accurate regulation of synaptic LPA levels.
Decreasing the gate oxide thickness improves the gate control on the channel.
