Kinetic Scheme - Revision history

Carver at 19:52, 16 April 2009

2009-04-16T19:52:05Z

2009-04-16T19:31:34Z

2009-04-16T18:54:56Z

2009-04-16T17:55:44Z

2009-04-16T16:25:14Z

2009-04-16T16:24:22Z

2009-04-16T16:22:52Z

2009-04-16T16:14:29Z

New page: First Lab U Homework.

New page

First [[Media:Lab_U.pdf|Lab U Homework]].

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 The tutorial is the second one found [http://www.neuron.yale.edu/neuron/docs/chanlbild/main.html here] (Creating a channel from a kinetic scheme specification)
-Their kinetic scheme is written in terms of rate constants, whereas ours was transition probabilities for fixed time step.
+Their kinetic scheme is written in terms of rate constants, whereas ours was in terms of transition probabilities for a fixed time step.
-Theirs depends on voltage (membrane potential) whereas ours was for fixed voltage.
+Theirs depends on voltage (membrane potential) whereas ours was for one fixed voltage.
 '''Homework V.1''' Follow the instructions for the tutorial and paste your copy of the voltage-versus-time trace into your PowerPoint.
 '''Homework V.2''' Follow the instructions under "Comments 4."  Drag the control points around, redo the plots and show me what you get with your PowerPoint.

← Older revision		Revision as of 19:31, 16 April 2009
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	'''Homework V.1''' Follow the instructions for the tutorial and paste your copy of the voltage-versus-time trace into your PowerPoint.		'''Homework V.1''' Follow the instructions for the tutorial and paste your copy of the voltage-versus-time trace into your PowerPoint.

−	'''Homework V.2''' Follow the instructions under "Comments 4." Drag the control points around, redo the plots and show me what you get.	+	'''Homework V.2''' Follow the instructions under "Comments 4." Drag the control points around, redo the plots and show me what you get with your PowerPoint.

← Older revision		Revision as of 18:54, 16 April 2009
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	Theirs depends on voltage (membrane potential) whereas ours was for fixed voltage.		Theirs depends on voltage (membrane potential) whereas ours was for fixed voltage.
		+
		+	'''Homework V.1''' Follow the instructions for the tutorial and paste your copy of the voltage-versus-time trace into your PowerPoint.
		+
		+	'''Homework V.2''' Follow the instructions under "Comments 4." Drag the control points around, redo the plots and show me what you get.

← Older revision		Revision as of 17:55, 16 April 2009
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	The tutorial is the second one found [http://www.neuron.yale.edu/neuron/docs/chanlbild/main.html here] (Creating a channel from a kinetic scheme specification)		The tutorial is the second one found [http://www.neuron.yale.edu/neuron/docs/chanlbild/main.html here] (Creating a channel from a kinetic scheme specification)
		+
		+	Their kinetic scheme is written in terms of rate constants, whereas ours was transition probabilities for fixed time step.
		+
		+	Theirs depends on voltage (membrane potential) whereas ours was for fixed voltage.

← Older revision		Revision as of 16:25, 16 April 2009
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	Today's tutorial will connect the kinetic scheme considered in the Bayesian Filtering Tutorial, with a current based model.		Today's tutorial will connect the kinetic scheme considered in the Bayesian Filtering Tutorial, with a current based model.

−	The tutorial is the second one found [http://www.neuron.yale.edu/neuron/docs/chanlbild/main.html here]	+	The tutorial is the second one found [http://www.neuron.yale.edu/neuron/docs/chanlbild/main.html here] (Creating a channel from a kinetic scheme specification)

← Older revision		Revision as of 16:24, 16 April 2009
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	Today's tutorial will connect the kinetic scheme considered in the Bayesian Filtering Tutorial, with a current based model.		Today's tutorial will connect the kinetic scheme considered in the Bayesian Filtering Tutorial, with a current based model.

−	The tutorial is the second one found	+	The tutorial is the second one found [http://www.neuron.yale.edu/neuron/docs/chanlbild/main.html here]

← Older revision		Revision as of 16:22, 16 April 2009
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	First [[Media:Lab_U.pdf\|Lab U Homework]].		First [[Media:Lab_U.pdf\|Lab U Homework]].
		+
		+	Today's tutorial will connect the kinetic scheme considered in the Bayesian Filtering Tutorial, with a current based model.
		+
		+	The tutorial is the second one found