Neuroscience
Firing Rate
100%
Excitatory Postsynaptic Potential
90%
Auditory Cortex
86%
In Vitro
63%
Lateral Inhibition
61%
In Vivo
61%
Synapse
53%
Membrane Potential
40%
Auditory System
33%
Information Processing
33%
Phase Response Curve
33%
Interneuron
33%
Behavior (Neuroscience)
27%
Dendrite
25%
Signal Processing
25%
Pyramidal Cell
23%
Sensory Cortex
22%
Action Potential
22%
Receptive Field
22%
Soma
20%
Motor Cortex
16%
Acetylcholine
16%
Hippocampus
16%
Nerve Potential
16%
Voltage Clamp
16%
Cochlear Nucleus
16%
Neural Network
16%
GABAergic Inhibition
16%
Binding Affinity
16%
Feedforward Neural Network
16%
Stochastic Process
16%
N-Methyl-D-Aspartic Acid
16%
Cell Signaling
16%
Amygdala
16%
Recurrent Neural Network
16%
Membrane Resistance
16%
Systems Analysis
16%
Cholinergic
16%
Neuroscience
16%
Female Rats
16%
Somatosensory Cortex
15%
Inhibitory Postsynaptic Potential
12%
Apical Dendrite
12%
4-Aminopyridine
11%
Carbachol
10%
Somatics
9%
Resting Potential
8%
Tonotopy
8%
Optogenetics
8%
Neuronal Activity
8%
Keyphrases
Lateral Inhibition
33%
Network Architecture
27%
Short-term Plasticity
25%
Inhibitory Input
22%
Cortical Circuits
22%
Intrinsic Properties
20%
Cortical Networks
20%
Synaptic Properties
20%
Auditory Processing
20%
Auditory Cortex
20%
Traffic Controller
16%
Semi-analytical
16%
Nonlinear Noise Reduction
16%
Membrane Potential Dynamics
16%
Nonlinear Membrane
16%
Synfire
16%
Propagating Activity
16%
Input Work
16%
Auditory Neurons
16%
Developmental Switch
16%
Mouse Neocortex
16%
Layer-dependent
16%
Rat Motor Cortex
16%
Input Correlation
16%
Innovative Technique
16%
Temporal Expectancy
16%
Nucleus Magnocellularis
16%
Membrane Properties
16%
Cochlear nucleus
16%
Asynchronous State
16%
Intracellular Recording
16%
Fast-spiking Neurons
16%
Neuroscience
16%
Neocortical Neurons
16%
Synaptic
16%
Excitatory Input
16%
Rate-level Function
16%
Electrical Activity
16%
Neocortical Circuits
16%
Nucleus Laminaris
16%
Phase Time
16%
E-I Balance
16%
Input-output Characteristic
16%
Layer 2/3 Pyramidal Neuron
16%
Synaptic Mechanisms
16%
Neuronal Sensitivity
16%
Gain Modulation
16%
Short-term Dynamics
16%
Pulse Potential
14%
Excitatory Postsynaptic Potential
12%
