Publisher: Cambridge University Press.
Cited passages: Neuronal Dynamics, §3.1, opening paragraphs: ionotropic and metabotropic receptors and postsynaptic currents; Neuronal Dynamics, §3.1.3: changes in synaptic efficacy with stimulation history.
Cited passages: Gerstner and colleagues, Neuronal Dynamics: receptor mechanisms; Gerstner and colleagues: conductance-based synaptic models; Gerstner and colleagues: short-term synaptic plasticity; Gerstner, Kistler, Naud and Paninski, Neuronal Dynamics (2014), §3.1: conductance-based synaptic current.
Cited passages: Neuronal Dynamics, opening discussion: non-spiking neurons in the mammalian retina are excluded from the book's ideal spiking-neuron account; Neuronal Dynamics, §1.1.1–§1.1.2: axonal branching and spike trains; Neuronal Dynamics, §1.1.3: electrical and chemical synapses.
Cited passages: Gerstner and colleagues, Neuronal Dynamics: axon initial segment; Gerstner and colleagues: chemical and electrical synapses.
Cited passages: Neuronal Dynamics, §1.3.1–§1.3.3, equations (1.5), (1.7), (1.12) and (1.13): passive integration, step response, threshold and reset.
Cited passages: Gerstner and colleagues: integrate-and-fire models.
Cited passages: Neuronal Dynamics, §1.4.2 and §1.4.4: shunting inhibition, spatial structure and active dendritic responses.
Cited passages: Gerstner and colleagues: limitations of the leaky integrate-and-fire model; Gerstner and colleagues: shunting inhibition and reversal potential.
Cited passages: §3.2.1, equations (3.17)–(3.20): passive cable and length scale; §3.2.2, Figure 3.7: transient attenuation and delay.
Cited passages: §2.2.1, Activation and De-inactivation; §2.2.3, Figure 2.6 and Ion channel dynamics during spike generation; §2.2.3, Refractoriness, Figure 2.9: a stronger second pulse can evoke an earlier second spike; increased conductance shortens the voltage response.

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