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PR Martin… - The Journal of Physiology, 2011 - Physiological Soc
... lateral geniculate nucleus, LGN). Relay neurones in the parvocellular (PC) and
magnocellular (MC) pathways project to primary visual cortex (V1) where some
mixing of their signals probably occurs. Signals from V1 pass to ...
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C Reali, P Fossat, M Landry… - The Journal of …, 2011 - Wiley Online Library
... Holding the neurone at a slightly more negative potential (–59.3 mV in Fig. 3Baversus–
56.3 mV) unravelled a slow, active depolarisation that resulted in spiking only after a
substantial delay, and greatly shortened the after-discharge (Fig. 3Ba). ...
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[PDF] from gu.seI Hammar, P Krutki… - The Journal of …, 2011 - Wiley Online Library
... The shortest of these latencies exceeded those of monosynaptic EPSPs evoked from the MLF
by only 0.3–0.4 ms, this difference being fully compatible with the delay with which action
potentials are generated during the rising phase of the EPSPs ... The neurone illustrated in Fig. ...
Cited by 1 - Related articles - All 7 versions
[HTML] from pnas.orgM Koyama, A Kinkhabwala… - Proceedings of the …, 2011 - National Acad Sciences
... The outputs of the M-cell in hindbrain are relayed to other neurons via an interneuron called
a cranial relay neuron that is monosynaptically activated by the M-cell (13–15). ... (A2) Firing
the M-cell led to an action potential in the cranial relay neuron. ...
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JA Bailey, R Wilcock, PR Wilson… - Neurocomputing, 2011 - Elsevier
... of neurons. This model runs in what is called continuous time and the excitatory
neuron delay or latency forms the fundamental unit of discrete time in the system.
The simulator steps through time using this fundamental unit. ...
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