HC-030031 decreases scrunching latency induced by AITC. by Ziad Sabry (8087801)

Individual Confirmation of Host Latency Promoting Factors that Decrease Inducibility of Latent HIV-1. by Zichong Li (5131241)

WT1 and LANA expression correlate with decreased T cell infiltrates. by Ayana E. Morales (17756335)

Agent model of latency. by John M. Murray (150672)

WT1 siRNA decreases proliferation, pAKT, and Bcl2 expression. by Ayana E. Morales (17756335)

EDLIoT: A method for decreasing energy consumption and latency using scheduling algorithm in Internet of Things by Arash GhorbanniaDelavar (22563696)

Mean latency of the saccadic movement. by Thaysa de Sousa Reis (19338663)

Mean latency of the postural reflex. by Thaysa de Sousa Reis (19338663)

Adult thermal withdrawal latencies either at baseline. by Gordon A. Barr (11163243)

“…Graphs C and D show the degree of adult hyperalgesia (baseline-carrageenan latencies), which is the decrease in withdrawal latencies from baseline to the carrageenan response. …”

Lick latency across trial types. by Alice Berners-Lee (15354255)

Decrease in the burst onset latency of the recruited neurons leads to pruning of long delay connections. by Yevhen Tupikov (10319281)

“…<p>A: Burst onset latency between the parent and the recruited neurons decreases during recruitment. …”

Variability in raw lick latency across sessions. by Alice Berners-Lee (15354255)

Excision of HIF1α decreases viral reactivation from latency in infected splenocytes in vivo. by Darlah M. López-Rodríguez (8098544)

<i>cacna2d3</i> mutants and trans-heterozygotes exhibit decreased startle latency. by Nicholas J. Santistevan (13046956)

Synaptopathy at IHC-SGN synapses decreases the peak of the CAP significantly, without changes to peak latency and width. by Maral Budak (6680351)

“…<p>(A) Sound-evoked CAPs of SGN fiber populations with different synaptopathy scenarios at 70dB SPL, averaged over 50 simulations. …”

Spike timing-dependent plasticity can gradually and partially compensate for a latency bias. by Martijn C. Sierksma (11608174)

Effects of increasing amounts of gravel on escape latency and aversiveness of gravel. by Ella R. Dockendorf (21533334)

Subjects:

Increasing the stimulus intensity, i.e. the number of spikes in a volley, decreases axonal transmission times and the latency of stimulus response. by Helmut Schmidt (248902)

Latency varies across water conditions. by Mallory E. Udell (11302100)

“…As water temperature is decreased, latency is lengthened. Linear regression indicated that temperature explains 63% of the variance in latency when tested between 47–50°C with the water mixing at a constant, low speed. …”

Details on cumulative distributions of onset latencies. by Bettina C. Schwab (9515382)

“…(B) Response onset latencies of VLa increases (purple) lead GPi decreases (blue) by a median of 28.5 ms (ns <i>p</i> > 0.05 rank sum test). …”