The phrase "a function of stimulus voltage" is correct and usable in written English.
It can be used in scientific or technical contexts to describe how a particular outcome or response varies with changes in stimulus voltage.
Example: "The response of the circuit is a function of stimulus voltage, indicating that higher voltages lead to increased output."
Alternatives: "dependent on stimulus voltage" or "related to stimulus voltage".
Importantly, 2DG, AICAR and metformin did not affect synaptic transmission per se because there was no significant difference in the input/output relationship of the fEPSP slope magnitude as a function of stimulus voltage when compared to ACSF alone (Fig. 3C, top; AICAR vs. control, p = 0.223; 2DG vs. control, p = 0.702; metformin vs. control, p = 0.573).
Circles show cumulative distribution of firing probability as function of stimulus voltage (control: red, n = 34 cells; SR/CGP: black, n = 42 cells).
DOI: http://dx.doi.org/10.7554/eLife.06414.009 10.7554/eLiFigure14.010 Figure 2 figure supplement 1. Peak amplitude and the first temporal derivative of dendritically recorded voltage in response to TBS plotted as a function of stimulus position in TBS.
(A ) Additional analysis of the experiments in Figure 2A, showing peak amplitude of dendritically recorded voltage (V) in response to presynaptic TBS plotted as a function of stimulus position (Stim. #) in TBS.
Equations 5 7 specify the likelihood that a single ligand or voltage sensor is in the "on" or "off" conformation as a function of stimulus intensity, as shown in figure 2A.
The peak currents elicited in the test depolarizations were plotted as a function of voltage, resulting in current/conductance-voltage relationships (I/G V curves).
(f) Multi-frequency capacitance of MoS2 Hall-bar as a function of gate voltage.
(c) The density of traps Nt as a function of gate voltage.
Figure 4a shows the effective mobility as a function of gate voltage at different temperatures.
(c) The calculated band carriers as a function of gate voltage at various temperatures.
(d) Energy generated per unit area per one oscillation cycle as a function of bias voltage.
