MA 432 Tue/Thur 11.45-13.00:
Class-room: Harrelson HA163 - NOTE ROOM
CHANGE
Instructor: Mette S Olufsen
Office: HA 334
Office Hours: By appointment via
email.
Phone Number: 515-2678
Email address:
msolufse@ncsu.edu
Documents:
Updated Jan 08'th 2009:
1. Syllabus
3. About
modeling (handout), (powerpoint)
4. Compartment
models (Include Homework, problems 1-5 page 18-19 - due 1/26)
5. Matlab
code numerical methods (1/28)
6. Matlab
code 2-compartments w/salt (1/29)
7. Measurement
of blood pressure
8. Powerpoint
on cardiovascular models
9. Parameter values for
circulation hw: Rs = 17.5, Csa = 0.01, Csv = 1.75, Rp = 1.79, Cpa =
0.00667, Cpv = 0.08, Kr = 2.88, Kl = 1.12. V0 = 5.
Units: R
[mmHg min/l], C [liter/mmHg], K [liter/min/mmHg], V [liter]
10. Matlab code CV model
11. Notes CV Model
12. Blood pressure data
13. Sensitivities (notes
from book), (powerpoint)
14. Blood flow
equations
15. Gas flow chapter
16. Time dependent
gas flow
17. Aiways powerpoint
18. Renal system
powerpoint
19. Renal system chapter
20. Renal system chapter
2
21. Population models
22. SIR models
Material to
come:
5. Notes
on cardiovascular system
6. Matlab code
for circuit model
7. Blood
flow in the circulation
(powerpoint, pdf)
8. Circuit
theory
9. BloodFlow
(Matlab - zip)
10. Heart rate model
(powepoint, pdf)
11. Automatic
differentiation (Matlab - zip)
12. HR model code
(Matlab - zip)
13. Neuromodels
(powerpoint w/homework).
14. Mathematical
Physiology (Chapter 4, The Hodgkin Huxley equations)
14.
http://www.science.smith.edu/departments/NeuroSci/courses/bio330/squid.html
15.
http://users.rcn.com/jkimball.ma.ultranet/BiologyPages/E/ExcitableCells.html
This page was last modified Jan 8'th 2009.