Firstly, by its nature the early receptor potential is a near instantaneous response to light exposure, whereas the TKO ERG displays relatively long response latencies.
This is most critical in the potentiometric scanning electrochemical microscopy (SECM), which is severely limited by the relatively long response time of the ultramicro-electrode probes.
Typically, the previous TISD based EA sensors exhibited relatively long response times larger than 30 min, which mainly resulted from the suboptimal aptamer-cDNA probe structure in which most of aptamer bases were paired to the cDNA bases.
In my case, "What is the proper way to cut and eat your meat?" Amazingly, even such a relatively long search request revealed a response.
As observed in the VNO and AOB, MeA responses display a relatively long latency (several seconds) and slow time-course (tens of seconds) that is likely a direct result of the slow dynamics of large non-volatile sensory stimuli that activate VRs (Holy et al., 2000; Hendrickson et al., 2008; Ben-Shaul et al., 2010; Shpak et al., 2012).
In the case of hot stimulation (55°C), a relatively long latency (>10 s) of the neural response was observed [30], [31].
The ORN PN synapse does not only have a steep response curve, it also has a relatively long integration time, which is important when stimuli have a low concentration.
A relatively long CS duration (30 s) was chosen so that the hemodynamic response evoked by the CS could fully evolve before the arrival of the US.
A relatively long delay is mainly due to the ad hoc networks and the response time of the Web server.
This design allowed a relatively long range of the button that emphasized the hand action characteristic of the response.
