Respiratory Care Therapist Program

RSPT 2325

Cardiopulmonary Diagnostics

 

SPRING 2006

 

Instructors:                   Kenny McCowen, BS, RRT

                                    Michael Harshfield, BS, RRT

                                    Guest Lecturers

 

Credit:                          3 Credit Hours

 

Prerequisites:              Departmental Approval

 

Course Description:     A study of physical, radiological, hemodynamic, laboratory, nutritional, and cardiopulmonary diagnostic assessment of the pulmonary patient..

 

Learning

Outcomes:       The student will interpret the various laboratory and clinical data necessary toassess and manage cardiopulmonary disorders; and perform various cardiopulmonary diagnostic procedures.

 

SCANS:            The Secretary’s commission on Achieving Necessary Skills (SCANS) has identified (1) reading, (2) writing, (3) mathematics, (4) speaking and listening, (5) thinking skills, (6) personal qualities, (7) workplace competencies, and (8) basic use of computers as competencies required to enter employment.

1.                   The student will demonstrate a working knowledge of SCANS competency 1 (reading).  Performance will be satisfactory if the student successfully:

a.                   Demonstrates the ability to read and comprehend the reading assignment

b.                   Demonstrates the ability to read and comprehend the examination questions

c.         Demonstrates the ability to read and comprehend research articles

 

2.                   The student will demonstrate a working knowledge of SCANS competency 2 (writing).  Performance will be satisfactory if the student successfully:

a.                   Demonstrates the ability to write a comprehensive essay response on examination

b.         Writes a term paper over a cardiopulmonary disease process

 

3.                   The student will demonstrate a working knowledge of SCANS competency 3 (mathematics).  Performance will be satisfactory if the student successfully:

a.                   Demonstrates the ability to calculate hemodynamic parameters for a critically ill patient scenario

b.                   Demonstrates the ability to calculate and apply other laboratory values to determine appropriate patient care

 

4.                   The student will demonstrate a working knowledge of SCANS competency 4 (speaking and listening).  Performance will be satisfactory if the student successfully:

a.                   Contributes to classroom discussions

b.                   Communicates with colleagues over discussions in the classroom

 

5.                   The student will demonstrate a working knowledge of SCANS competency 5 (thinking skills).  Performance will be satisfactory if the student successfully:

a.                   Evaluation of patient data and implications of care

b.                   Demonstrates problem solving skills in clinical scenarios

c.                   Demonstrates decision-making skills in clinical scenarios

 

6.                   The student will demonstrate a working knowledge of SCANS competency 6 (personal qualities).  Performance will be satisfactory if the student successfully:

a.                   Interacts professionally with colleagues in the classroom

b.                   Interacts professionally with faculty in the classroom

 

7.                   The student will demonstrate a working knowledge of SCANS competency 7 (workplace competencies).  Performance will be satisfactory if the student successfully:

a.                   Performs and delivers assignments in a timely manner

b.                   Demonstrates an understanding of the care requirements of the critically ill patient

c.                   Demonstrates an ability to render adequate patient care in a simulated environment

 

8.                   The student will demonstrate a working knowledge of SCANS competency 8 (basic use of computers).  Performance will be satisfactory if the student successfully:

a.                   Performs assignments as required utilizing word processing software.

 

Required Material:       The following textbooks are required for this course:

·         Ellis, Karen M., EKG Plain and Simple

·         Ruppel, Gregg L., Manual of Pulmonary Function Testing, 8th edition

·         Scanlon, Craig L., EGAN’s Fundamentals of Respiratory Care, 8th edition

·         Wilkins, Krider, & Sheldon, Clinical Assessment in Respiratory Care, 4th Edition.

 


Attendance:                 Students are expected to attend all class, lab, and clinical sessions unless they are officially excused.  An official absence is granted when such absence is caused by official participation in a college activity and the instructor is informed in advance.             All other absences are unofficial.  Absences caused by unavoidable conditions, such as illness, should be reported to the instructor at 8:00 a.m. on the scheduled class day.   Being late to class will constitute an absence for every 3 late episodes.  Late episodes over 30 minutes will constitute an absence.  Absences will result in a one-point reduction from the final average of the course for each absence.  Upon the third absence, the student will be withdrawn from all respiratory care course work.

 

                                    Leave of Absence is NOT given in this program.  Withdrawal is required.

 

Policies and

Procedures:                 Student may find the following information in the Respiratory Care Student Handbook.

                                    -  Withdrawal policy

                                    -  Attendance policy

                                    -  Grading scale

 

The Respiratory Care Therapist Program practices a non-discriminatory admissions policy with respect to race, color, creed, sex, age, or national origin.

 

Make-up Exams:          Make-up exams are allowed.  The maximum score on a make-up exam is 75%.

 

Course Structure:         Didactic and Laboratory

           

Other Information:       January 17  -  First day of class

                                    March 13-19 -  Mid semester break

                                    April 10  -  Last day to drop and receive W

                                    April 14-16 -  Spring Holiday

                                    April 17 -  Research paper due

                                    May 15 -  Final Examination (tentative date)

 


Course Objectives

1.         Clinical Applications of Radiographic Techniques

2.         EKG

3.         Identify the arterial waveform and its components.

4.         Identify the pulmonary artery waveform and its components.

5.         Identify the PCWP waveform and determine its values      

6.         Describe preload and afterload and pharmacologic agents that affect each.

7.         Identify and describe the balloon-tipped flow directed pulmonary artery catheter.

8.         Define and describe the following: Stroke volume; Cardiac Index; Coronary Artery Perfusion Pressure; and O2 transport.

9.         Identify the indications for hemodynamic monitoring.

10*.      Research paper on one of the following:

 

            a. MI

            b. Shock

            c. Mitral Valve Disease

            d. VSD

            e. ASD

             f.  PE

             g. ARDS

            h. Cardiac Tamponade

             i.  Pulmonary hypertension

             j.  Systemic hypertension

 

      11.      Nutritional Assessment

      12.         Chest tubes

 

                        Lecture Schedule and Reading Assignments (Schedule is tentative)

                        Week                                 Topic                                 Reading Assignment

                           1                               Hemodynamics                          TBA

 

                            2                               Hemodynamics (Continued)

           

                                     

                            3                              Hemodynamics (Continued)

                                                            PFT                                          Ruppell Ch. 10

                            4                               PFT                                          Ruppell, Ch. 1- 2

                                                            Spirometry Lab

                            5                               PFT                                          Ruppell ch. 3-4

                                                            Lung Volumes and Gas Distribution Lab

                            6                               PFT                                          Ruppell Ch. 5 & 7

                                                            Diffusing Capacity Lab

                            7                               PFT                                          Ruppell Ch. 9

 

                         

                            8                              PFT                                          Ruppell Ch. 11

                                                            Mid-term Exam

                         

                           9                                 EKG                                       Ellis, pp. 1-128

Egan, pp. 336-347

                                                                                                            Wilkins, pp.189-198                  

 

                         10                                EKG                                         Ellis, pp.129-231           

Egan, pp. 336-347

                                                                                                            Wilkins, pp.198-208      

 

                         11                                EKG                                         Ellis, pp. 361-466

                                                                                                            Wilkins, pp. 209-211

 

                         12                                Radiographic Techniques            Egan, Chapter 18

                                                                                                            Wilkins, Chapter 8

                         13                                Nutritional Assessment  Egan, Chapter 47

                                                             (Guest Lecturer)                        Wilkins, Chapter 17

                                                                                                            Ruppel, pp.338-347;

                                                                                                            351-354

                         14                                Chest tubes                               Egan, pp.511, 515-517

                                                            (Guest Lecturer)             Wilkins, pp. 254-268

 

                15                                Research Presentations/Final Examination Review

 

                16                                Final Examination                     

 


Grading:          There will be two exams.  Quizzes will be given at any time during the course and the average will equate to 20% of the course grade.  The final examination will be comprehensive. 

 

A research paper utilizing APA guidelines and covering one of the topics listed in #10 under "Course Objectives" will be done.  The paper must be a minimum of 5 typed pages in length and incorporate hemodynamic and EKG data.  A minimum of five articles is required as references, two of which must be from the internet.  Textbooks may be used and cited but will not count toward the minimum.  The research paper will be weighted as an exam grade.  The paper must be cited.  A plagiarized paper will result in a grade of “0”.  The paper must be professionally presented to colleagues.  If the student chooses not to present the research document the maximum score on the research paper/presentation will be 75%.

 

All lab components must be completed satisfactorily or the student will not be allowed to continue in the program.

 

A minimum average of 75 on examinations is required to continue in the Therapist Program.  Final grades will be formulated using the following scale:

 

                                    A          =          90 - 100

                                    B          =          80 - 89

                                    C          =          75 – 79

                                    D          =          67 - 74

                                    F          =          66 and below

 

To compute the grade the following percentages will be utilized.

 

Mid-term                                               35%

Final                                                     35%

Research Paper/Presentation                  10%

Quizzes                                                            20%

                                                                                     100%

 

Schedule:                    Lecture             Monday             1:10 p.m.- 4:50 p.m.

                                    Lab Friday                     1:30 p.m.- 3:50 p.m.

 

                                   


 

 

 

 

 



ACKNOWLEDGMENT

 

 

 

 

 

 

I have received a copy and have read the course document for RSPT 2325, Cardiopulmonary Diagnostics.  By signing, I indicate my understanding and willingness to comply with these regulations and requirements.

 

 

 

 

 

 

Student Signature_____________________   Date____________________________