Bioengineering 3202, Human Physiology II
Spring Semester, 2006
Cardiovascular Physiology

Rob MacLeod


Description

This is the (constantly) revised syllabus from the section of BE 3202, Physiology II, which deals with the cardiovascular system. This material provides an overview of systems physiology with special emphasis on engineering aspects of the mechanisms involved.

This version is based on discussion in the first lecture to determine topics of common interest in the class and it will evolve as we go through the material.

Class time and venue


Class times: 		 Monday, Wednesday, Friday: 9:40-10:30 am 

Classroom: MEB 2325
Lab times: Monday and Wednesday: 2:00-5:30
Lab room: MEB 1480

Instructors

Name Phone Email Office Office Hours
Rob MacLeod 587-9511 macleod@cvrti.utah.edu 3476 MEB After Friday classes and by appointment
Alex Brownell (TA)   aabrownell@yahoo.com MEB By appointment
David J. Warren   david.warren@utah.edu BPRB By appointment

Text and resource materials

Human Physiology: an Integrated Approach
, Third Edition by D.U. Silverthorn, Prentice Hall, 2004.

Notes:
(www.cvrti.utah.edu/~macleod/be3202).

Learning objectives

To produce students and future engineers who:

Grading

Grading for the whole course will be based on a combination of exams and homework assignments as follows:

Exams:
2 midterms and a final exam, worth a total of 75% of the total grade. All the material from this, the cardiovascular section of the course, will be in the final exam.
Laboratory and homework assignments:
lab reports and participation in the lab exercises, homeworks as assigned throughout the semester and worth a total of (25)% of the final grade

Lectures and Reading Material

# Date Topic Reading*
CV-1 March 1 Overview, topic selection, Lab background Notes
CV-2 March 3 Overview of the cardiovascular system 14:448-451
CV-3 March 6 EC coupling and contraction of the heart 12:391-403, 14:460-464
Lab-1 March 6/8 Frog 1: structure and Frank Starling Mechanism
CV-4 March 8 Cellular electrophysiology/pacemakers 14:464-466, 470
CV-5 March 10 Cardiac mechanics and the heart cycle 14:458-459, 474-479
March 13-17, March Break
CV-6 March 20 Regulation of heart rate and contraction 14:466-468, 480-482
Lab-2 March 20/22 Frog 2: function and regulation
CV-7 March 22 Frog heart and Hemodynmiacs 14:451-455
CV-8 March 24 Discussion of lab reports and scientific writing Notes
CV-9 March 27 Tissue electrophysiology: cell to cell coupling and spread of excitation 14:468-470
CV-10 March 29 Conduction system and the volume conductor 14:468-470
CV-11 March 31 Spread of excitation and bioelectric sources Notes
CV-12 April 3 The electrocardiogram 14:471-476
Lab-3 April 3/5 ECG, Blood Pressure, and Exercise
CV-13 April 5 Blood pressure 15:494-498, 510-512
  April 7 Midterm #2 All of Chapter 14
CV-14 April 10 CAD, ischemia, and hypertrophy 15:512-516

* Chapter:page numbers from Silverthorn.

About this document ...

Bioengineering 3202, Human Physiology II
Spring Semester, 2006
Cardiovascular Physiology

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Rob Macleod 2006-04-04