At very low light levels the sensitivity of the visual system is determined by the efficiency with which single photons are captured, and the resulting signal transmitted from the rod photoreceptors through the retinal circuitry to the ganglion cells an
In the retina, synaptic transmission between photoreceptors and downstream ON-bipolar neurons (ON-BC...
Visually guided behaviour at its sensitivity limit relies on single-photon responses originating in ...
Rod photoreceptors are among the most sensitive light detectors in nature. They achieve their remark...
At very low light levels the sensitivity of the visual system is determined by the efficiency with w...
AbstractMammals can see at low scotopic light levels where only 1 rod in several thousand transduces...
The rod photoreceptor of the mammalian retina must reliably transmit a binary signal (the occurrence...
Human vision is exquisitely sensitive-a dark-adapted observer is capable of reliably detecting the a...
Visually guided behaviour at its sensitivity limit relies on single-photon responses originating in ...
Mammals can see at low scotopic light levels where only 1 rod in several thousand transduces a photo...
SummaryBackgroundVision in starlight relies on our ability to detect single absorbed photons. Indeed...
SummaryAdaptation or gain control allows sensory neurons to encode diverse stimuli using a limited r...
showed that single photons can excite dark-adapted human retinal rods, the mechanism which converts ...
AbstractA threshold-like nonlinearity in signal transfer from mouse rod photoreceptors to rod bipola...
AbstractThe mammalian rod transfers a binary signal, the capture of 0 or 1 photon. In this issue of ...
Vision begins in the retina, where photoreceptors have the task of discriminating incomingphotons fr...
In the retina, synaptic transmission between photoreceptors and downstream ON-bipolar neurons (ON-BC...
Visually guided behaviour at its sensitivity limit relies on single-photon responses originating in ...
Rod photoreceptors are among the most sensitive light detectors in nature. They achieve their remark...
At very low light levels the sensitivity of the visual system is determined by the efficiency with w...
AbstractMammals can see at low scotopic light levels where only 1 rod in several thousand transduces...
The rod photoreceptor of the mammalian retina must reliably transmit a binary signal (the occurrence...
Human vision is exquisitely sensitive-a dark-adapted observer is capable of reliably detecting the a...
Visually guided behaviour at its sensitivity limit relies on single-photon responses originating in ...
Mammals can see at low scotopic light levels where only 1 rod in several thousand transduces a photo...
SummaryBackgroundVision in starlight relies on our ability to detect single absorbed photons. Indeed...
SummaryAdaptation or gain control allows sensory neurons to encode diverse stimuli using a limited r...
showed that single photons can excite dark-adapted human retinal rods, the mechanism which converts ...
AbstractA threshold-like nonlinearity in signal transfer from mouse rod photoreceptors to rod bipola...
AbstractThe mammalian rod transfers a binary signal, the capture of 0 or 1 photon. In this issue of ...
Vision begins in the retina, where photoreceptors have the task of discriminating incomingphotons fr...
In the retina, synaptic transmission between photoreceptors and downstream ON-bipolar neurons (ON-BC...
Visually guided behaviour at its sensitivity limit relies on single-photon responses originating in ...
Rod photoreceptors are among the most sensitive light detectors in nature. They achieve their remark...
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