Total K<sup>+</sup> conductance and depolarising conductance of the active photoreceptor membrane model at the four levels of membrane depolarisation we modelled, together with the same conductances of the matched passive membranes with the same capacitance and bandwidth
(a) Circles joined with black solid lines result from a model where Shab and Shaker have been modula...
Signal processing in neurons is constrained by internal noise and energy consumption. Neural systems...
Abstract The activity of neurons is critically dependent upon the suite of voltage-dependent ion cha...
(a) GBWP of a fruit fly model photoreceptor across different light levels. Circles joined with black...
The effects of feedback produced by K+ conductances on a model photoreceptor, at dark resting potent...
Voltage responses of simulated Drosophila melanogaster R1-6 photoreceptors to 0.01 nA injected curre...
Voltage-dependent conductances in many spiking neurons are tuned to reduce action potential energy c...
(a) Bandwidth at different membrane voltages of the photoreceptor (black line with colour circles) c...
(a) Contrast gain of the active photoreceptors (solid line) compared to the contrast gain of passive...
Modulation is essential for adjusting neurons to prevailing conditions and differing demands. Yet un...
Abstract Photoreceptors in the compound eyes of most insect species express two functional types of...
(a) Bandwidth and peak contrast gain for the model photoreceptor with unshifted conductances (dashed...
Abstract—In order to clarify the role of inactivating and nonin-activating K+ conductances in nonspi...
Modulators shift bandwidth, peak contrast gain and energy consumption of photoreceptors (a) Bandwidt...
<div><p>(A) The membrane potential (mean ± standard error of the mean) of R1–6 photoreceptors in the...
(a) Circles joined with black solid lines result from a model where Shab and Shaker have been modula...
Signal processing in neurons is constrained by internal noise and energy consumption. Neural systems...
Abstract The activity of neurons is critically dependent upon the suite of voltage-dependent ion cha...
(a) GBWP of a fruit fly model photoreceptor across different light levels. Circles joined with black...
The effects of feedback produced by K+ conductances on a model photoreceptor, at dark resting potent...
Voltage responses of simulated Drosophila melanogaster R1-6 photoreceptors to 0.01 nA injected curre...
Voltage-dependent conductances in many spiking neurons are tuned to reduce action potential energy c...
(a) Bandwidth at different membrane voltages of the photoreceptor (black line with colour circles) c...
(a) Contrast gain of the active photoreceptors (solid line) compared to the contrast gain of passive...
Modulation is essential for adjusting neurons to prevailing conditions and differing demands. Yet un...
Abstract Photoreceptors in the compound eyes of most insect species express two functional types of...
(a) Bandwidth and peak contrast gain for the model photoreceptor with unshifted conductances (dashed...
Abstract—In order to clarify the role of inactivating and nonin-activating K+ conductances in nonspi...
Modulators shift bandwidth, peak contrast gain and energy consumption of photoreceptors (a) Bandwidt...
<div><p>(A) The membrane potential (mean ± standard error of the mean) of R1–6 photoreceptors in the...
(a) Circles joined with black solid lines result from a model where Shab and Shaker have been modula...
Signal processing in neurons is constrained by internal noise and energy consumption. Neural systems...
Abstract The activity of neurons is critically dependent upon the suite of voltage-dependent ion cha...