Bio physiology Matlab Simulink Models, Other Engineering

Assignment Help:

Review the lecture on BB document “Pharmacology …..” slide 6 where the solution for a 1st order system was demonstrated. The generic system is A(X)?(K1)?B(Y)?(K1’)?C(Z)



1. Create the A compartment (containing substance X) in SL and PROVE that when you start with a certain amount of X (the IC of an integrator) you get the expected result of X leaving the compartment exponentially. Label all axes and show the model with the blocks identified with appropriate labels. Submit the identified and labeled screen shot.

Reminder: To create a text box by double-clicking, and move by dragging the edge of the box.

2. Write the differential time dependent equations for the entire system of A?B?C with substances X, Y, and Z respectively. Submit the equations done neatly and in large text.

3. Now create the SIMULINK model for the ENTIRE system in 2 (above). Be sure to label lines and blocks with the variables or parts of the equation that are associated with the line or block. Make k1=k1’ - this is your initial, stable state). Submit a labeled screen shot of a RUN.

4. RUN the model in #3 with all 3 outputs: X(t), Y(t), Z(t) on ONE scope set to autoscale and label axes and each curve with X, Y, Z (with color coding). Submit a screen shot.

5. Now change k1 and k1’ to show the effect on Y, the B component. Do two different combinations of k1 and k1’ that CLEARLY show the effects on Y(t), the B component. Show a screen shot of each run. In doing this do as follows:
A. For EACH combination above, describe what you expect to happen to ALL 3 variables. Does the simulation verify your expectation?

B. Assume that Y(t) is an enzyme that participates significantly in manufacturing epinephrine. For EACH of the two conditions in 6A, describe what you expect will happen to heart rate AND blood pressure compared to the normal state.

HINT: If your ‘k’ value appears more than once in your model, be sure that you change all of them.

6. “Make it – Take it” (MI-TI) is a ubiquitous, omnipresent process in physiology and biochemistry. In a BRIEF 2 sentence statement, how does the simulation in #5 and #6 above demonstrate the MI-TI principle?

7. Given that the k and k’ rate values are enzyme-like steps, how would you use a drug to increase the B value (Y) by:
A. Manipulating k
B. Manipulating k’

Answer with ONE SENTENCE per question.

Related Discussions:- Bio physiology Matlab Simulink Models

Flight dynamics - velocity component, Force, Moment, Velocity and Angular V...

Force, Moment, Velocity and Angular Velocity Components • Aerodynamic Force Components - X, Y, Z • Velocity Components - U, V, W (or Vx, Vy, Vx) • Angular Velocity Components - P,

Aeronautical, apply equations to solve problems for specified aerodynamic a...

apply equations to solve problems for specified aerodynamic applications. Need some inputs regarding this.

How do comets get their tails, How do comets get their tails? - Most comet...

How do comets get their tails? - Most comets stay frozen in the outer solar system. Only a few enter the inner solar system where they can grow tails. - When a comet nears the sun

Jominy test, L specimens for Jominy hardenability testing of shallow-harden...

L specimens for Jominy hardenability testing of shallow-hardening steels

Principles of sprinkler systems-fire safety engineering, Principles of Spri...

Principles of Sprinkler Systems-Fire safety Engineering Sprinkler systems may be installed in a building to achieve a number of different objectives.  Very often the primary r

Android, need help correcting an error on running the developed app it doe...

need help correcting an error on running the developed app it doesnt show the fetched output from internet ?

Int. finance management, Discuss the roles of international financial syste...

Discuss the roles of international financial system in international business

Product applications of powder metallurgy, Q. Describe two major product ap...

Q. Describe two major product applications of powder metallurgy. Ans. Following are some typical applications of powder metallurgy.         (i) Refractory metal : P

Turbine discs and blades of aircraft, Turbine Discs and Blades: The ins...

Turbine Discs and Blades: The inspection for cracks is of the utmost importance, most inspections are visual, the dye penetrant method of inspection being too impractical. Crac

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd