5b'. The genotype of an organism can be either normal (wild type) or mutant. Each generation, a wild type individual has probability 0.03 of having a mutant offspring, and a mutant has probability 0.005 of having a wild type offspring. 5C3. A gene is is either expressed (On) or not expressed (Off) by a stochastic mechanism. In the On state, it has probability 0.3 per minute of turning off, and in the Off state, it has probability 0.02 per minute of turning on. 5d. The NACHR ion channel can be in one of three states: resting (R), closed with Ach bound (C), and open (O) with transition probabilities (per one microsecond): 0.04 (from R to C), 0.07 (from C to R), 0.12 (from C to O) and 0.02 (from O to C); the other transition probabilities are 0.

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This question is not missing anything and previous
ones were answered! I'm just submitting additional
parts.
For the following:
a) write down the transition matrix M; b) find the stationary probability
distribution on paper;
OI stationary
el in
V oda 1).
ip aS reMel).
tra
nas p A
y U.3 Ol ng hTmicrosecod.
Suscepr
écted, the prounSNAV OYn Ion fea suscantib!
oa mere u perSO
5b'. The genotype of an organism can be either normal (wild type) or mutant. Each generation, a wild
type individual has probability 0.03 of having a mutant offspring, and a mutant has probability 0.005
of having a wild type offspring.
5C3. A gene is is either expressed (On) or not expressed (Off) by a stochastic mechanism. In the On state,
it has probability 0.3 per minute of turning off, and in the Off state, it has probability 0.02 per minute
of turning on.
5d. The NACHR ion channel can be in one of three states: resting (R), closed with Ach bound (C), and
open (O) with transition probabilities (per one microsecond): 0.04 (from R to C), 0.07 (from C to R),
0.12 (from C to O) and 0.02 (from O to C); the other transition probabilities are 0.
Transcribed Image Text:This question is not missing anything and previous ones were answered! I'm just submitting additional parts. For the following: a) write down the transition matrix M; b) find the stationary probability distribution on paper; OI stationary el in V oda 1). ip aS reMel). tra nas p A y U.3 Ol ng hTmicrosecod. Suscepr écted, the prounSNAV OYn Ion fea suscantib! oa mere u perSO 5b'. The genotype of an organism can be either normal (wild type) or mutant. Each generation, a wild type individual has probability 0.03 of having a mutant offspring, and a mutant has probability 0.005 of having a wild type offspring. 5C3. A gene is is either expressed (On) or not expressed (Off) by a stochastic mechanism. In the On state, it has probability 0.3 per minute of turning off, and in the Off state, it has probability 0.02 per minute of turning on. 5d. The NACHR ion channel can be in one of three states: resting (R), closed with Ach bound (C), and open (O) with transition probabilities (per one microsecond): 0.04 (from R to C), 0.07 (from C to R), 0.12 (from C to O) and 0.02 (from O to C); the other transition probabilities are 0.
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