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MetaNeuron, an application installed on our computers, simulates various aspects of membrane potentials in axons. Before class, read the introductory material on MetaNeuron simulation software, including the description of MetaNeuron's well-designed interface controls, and watch the video that demonstrates how to use the controls. Look through.
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Version 2.03 - New Features. There are now two options for the stimulus: a square wave pulse and a synaptic potential-shaped pulse with an exponential rise and fall. Stimulus Train parameters are now in a separate window. An option has been added to turn on or off the normalization option. With "Normalize" selected, the stimulus is scaled.
MetaNeuron
MetaNeuron, a neuron simulation program, is an effective interactive tool for teaching cellular neurophysiology. The computer program simulates a wide range of neuronal behavior in its six lessons: i) Resting Membrane Potential, ii) Membrane Time Constant, iii) Membrane Length Constant, iv) Axon Action Potential, v) Axon Voltage Clamp, and vi) Synaptic Potential.
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MetaNeuron is a computer program that models the basic electrical properties of neurons and shows how they are influenced by ionic conductances, synaptic potentials and membrane properties. It is designed for the beginning neuroscience student and has six lessons to explain different aspects of neuronal behavior.
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The simulation tool MetaNeuron lets introductory neuroscience students put a virtual neuron through its paces. The free program from neuroscientist Eric Newman of the University of Minnesota, Twin Cities, offers five lessons to help users better understand why neurons fire action potentials—and why they don't. Students can start by exploring the ion imbalance in a resting neuron, adjusting.
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MetaNeuron, a neuron simulation program, is an effective interactive tool for teaching cellular neurophysiology. The computer program simulates a wide range of neuronal behavior in its six lessons.
[PDF] MetaNeuron A Free Neuron Simulation Program for Teaching Cellular Neurophysiology
MetaNeuron can be used to measure the time course of the refractory period which follows the action potential. Two stimulus pulses are used to determine the change in threshold that occurs during the refractory period (Figure 8). The amplitude of the first stimulus is set to well above threshold and reliably evokes an action potential.
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MetaNeuron, a neuron simulation program, is an effective interactive tool for teaching cellular neurophysiology. The computer program simulates a wide range of neuronal behavior in its six lessons: i) Resting Membrane Potential, ii) Membrane Time Constant, iii) Membrane Length Constant, iv) Axon Action Potential, v) Axon Voltage Clamp, and vi) Synaptic Potential.
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MetaNeuron can be used to measure the time course of the refractory period which follows the action potential. Two stimulus pulses are used to determine the change in threshold that occurs during the refractory period (Figure 8). The amplitude of the first stimulus is set to well above threshold and reliably evokes an action potential.
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MetaNeuron, a neuron simulation program, is an effective interactive tool for teaching cellular neurophysiology. The computer program simulates a wide range of neuronal behavior in its six lessons: i) Resting Membrane Potential, ii) Membrane Time Constant, iii) Membrane Length Constant, iv) Axon Action Potential, v) Axon Voltage Clamp, and vi) Synaptic Potential.
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Metaneuron Lab Assignment Lesson 1: Resting Membrane Potential based on Na+and K+concentrations a. Open Lesson 1 and restore the default values in the file menu. The default permeabilities are Na=1 and K=60 for the first part of this exercise. This ratio reflects a resting condition for all cells and is similar to our in-class calculation where.
[PDF] MetaNeuron A Free Neuron Simulation Program for Teaching Cellular Neurophysiology
DESCRIPTION OF METANEURON. Controls for changing the values of parameters appear in the top portion of the MetaNeuron screen and a graph of. JUNE is a publication of Faculty for Undergraduate Neuroscience (FUN) www.funjournal.org. select parameters appears on the bottom (Figure 1). MetaNeuron lessons are selected from the "Lesson" pull-down.
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MetaNeuron. This week, we will run computer simulations of membrane potentials using MetaNeuron, an application written at the University of Minnesota by Professor Eric Newman and Mark Newman. MetaNeuron is already installed on our laboratory computers (look for its icon in the dock), and you should launch it when you are ready to begin..
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MetaNeuron is a simple and educational tool to model the basic electrical properties of neurons and axons. It consists of five lessons that cover membrane potential, time constant, action potential, voltage clamp and synaptic potential.