An ion channel can be in either open (O) or closed (C) states. If it is open, then it has probability 0.1 of closing in 1 microsecond; if closed, it has probability 0.3 of opening in 1 microsecond.

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Chapter1: Combinatorial Analysis
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**Ion Channel State Transitions**

An ion channel can be in either open (O) or closed (C) states. If it is open, then it has a probability of 0.1 of closing in 1 microsecond; if closed, it has a probability of 0.3 of opening in 1 microsecond.

*Ion channels are essential for the functioning of cells, as they allow the passage of ions across cell membranes, which is crucial for various cellular processes including the generation of electrical signals in neurons. Understanding the probabilities of these state transitions is important for modeling and predicting the behavior of ion channels in different physiological conditions.*
Transcribed Image Text:**Ion Channel State Transitions** An ion channel can be in either open (O) or closed (C) states. If it is open, then it has a probability of 0.1 of closing in 1 microsecond; if closed, it has a probability of 0.3 of opening in 1 microsecond. *Ion channels are essential for the functioning of cells, as they allow the passage of ions across cell membranes, which is crucial for various cellular processes including the generation of electrical signals in neurons. Understanding the probabilities of these state transitions is important for modeling and predicting the behavior of ion channels in different physiological conditions.*
**Question**: Report the probability of the closed state in the stationary distribution for the two-state model of the ion channel to two digits after the decimal.

Note: There is no accompanying graph or diagram with this text.
Transcribed Image Text:**Question**: Report the probability of the closed state in the stationary distribution for the two-state model of the ion channel to two digits after the decimal. Note: There is no accompanying graph or diagram with this text.
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