The comparison of the response profile from the experiment and the developed model shows reasonably close similarity.
The response profile of bioengineered OSNs to odorant molecules was investigated by analyzing extracellular potential firings features in frequency and time domains.
In the case of n-hexane and m-xylene additional features of the response profile were observed before reaching equilibrium, revealing the contribution of additional response mechanisms.
The response profile of the nanobiosensor for rifampicin was studied by cyclic voltammetry (CV), differential voltammetry (DPV) and steady state amperometry under aerobic conditions.
The size of the sample did not allow to study the impact of the type of medication on the response profile.
Sufficiency means that the total score is sufficient, i.e. no additional information besides the total score can be gained from studying the response profile of the items [33].
A response profile may be prevalent in a wide variety of subject populations but this says nothing about whether or not the response profile is a psychological mechanism that arose from a particular selective regimen.
Moreover, they also show that the mouse receptor more closely resembles the response profile of the human receptor [11].
The response profile of these GRNs appear to be qualitatively similar to that of Or22a-ORNs [see 11: Fig. 1c].
After adjustment for the "dosage" factor, the analysis was repeated, but the response profile remained the same.
We have employed a combination of bioinformatics, molecular cloning and electrophysiology approaches to identify and characterize the response profile of an OR in Cx. quinquefasciatus.
