T (t) Ë = s â μT (t) â βT (t)V (t),
ËI(t) = βT (t)V (t) â αI(t),
V (t) Ë = αγI(t) â dV (t),
when s=1 mu=0.2 beta=0.2 alpha=0.3 gamma=1 d=0.4
where T represents the concentration of uninfected target cells at time t, I represents the concentration of infected cells that produce virus at time t, V represents the concentration of virus at time t. The constant s (s > 0) is the rate at which new target cells are generated. The constants μ (μ > 0) and β (β 0) are the death rate of uninfected target cells and the rate constant characterizing infection of cells, respectively. The constant α (α > 0) is the death rate of infected cells either due to the action of the virus or the immune system. It is assumed that the infected cells produce γ (γ > 0) new virus particles during their life. Hence, on average, virus is produced at rate αγ (see, for example, [13]). The constant d (d > 0) is the rate at which virus particles are cleared from the system.
Construct a model/find equilibrium points for this HIV model?
http://www.sciencedirect.com/science/article/pii/S0022247X07001795
T (t) Ë = s â μT (t) â βT (t)V (t),
ËI(t) = βT (t)V (t) â αI(t),
V (t) Ë = αγI(t) â dV (t),
when s=1 mu=0.2 beta=0.2 alpha=0.3 gamma=1 d=0.4
where T represents the concentration of uninfected target cells at time t, I represents the concentration of infected cells that produce virus at time t, V represents the concentration of virus at time t. The constant s (s > 0) is the rate at which new target cells are generated. The constants μ (μ > 0) and β (β 0) are the death rate of uninfected target cells and the rate constant characterizing infection of cells, respectively. The constant α (α > 0) is the death rate of infected cells either due to the action of the virus or the immune system. It is assumed that the infected cells produce γ (γ > 0) new virus particles during their life. Hence, on average, virus is produced at rate αγ (see, for example, [13]). The constant d (d > 0) is the rate at which virus particles are cleared from the system.
Construct a model/find equilibrium points for this HIV model?
http://www.sciencedirect.com/science/article/pii/S0022247X07001795
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Related questions
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2)
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10)
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11)
| If an individual carries a mutation that results in a complete lack of MHC class I proteins, how would the individualâs immune response be affected? Select all correct choices. | |||||||||
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12)
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| 1) Which of the following is a component of a vertebrate kidney? (Select all correct choices.) | |||||||||||||||||
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2)
| In organisms, the ability to control osmosis depends on the properties of the plasma membranes of individual cells. Based on their ability to permit the free movement of water and some solutes, these membranes are best described as: (select all correct choices) | |||||||||||||||||
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3)I selected cortex; inner medulla, it was wrong.
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4)
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5) Ensure all correct choices are selected, for this question I only selected osmosis and it was wrong,
| Water moves by: (select all correct choices) | |||||||||||||||||
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6)
| Compared to sexual reproduction, asexual reproduction: (select all correct choices) | |||||||||||
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7)
| A key difference between hormonal regulation of the reproductive systems of males and females is that: | |||||||||||
|
8)
| True or false: In response to LH and FSH, ovaries secrete estrogen and progesterone. | |||||
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9)
| During the luteal phase of the menstrual cycle, if the oocyte is not fertilized, a number of events occur which are listed below. Select the answer that places the events in the correct chronological order. | |||||||||||
|
10)
| If an antibody is missing its Fc fragment, what would happen if this antibody encounters its target antigen in the bloodstream? Select all correct choices. | |||||||||||
|
11)
| If an individual carries a mutation that results in a complete lack of MHC class I proteins, how would the individualâs immune response be affected? Select all correct choices. | |||||||||
|
12)
| Which of the following statements is true regarding T cell receptors? Select all correct choices. | |||||||||||
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