check attached file Anatomy & Physiology II (2402) Cardiac Study Report The following details a cardiac lab report that will be assigned to each

check attached file

Anatomy & Physiology II (2402)

Cardiac Study Report

The following details a cardiac lab report that will be assigned to each group. The cardiac lab report consists two parts: calculations and evaluations of several cardiac patients and performing heart rates/ activity for the group.

I. Lab Report

Your group will be assigned a TDCC cardiac study. You and the members of your group will review essential cardiovascular data on 5 cardiac patients. Your group will perform and evaluate the cardiac health of the patients and plot/graph their data. Based upon the results of your data, your group will evaluate the 5 patients as to their cardiac health. Your group will prepare a report that is
3+ pages in length, double-spaced. The report will detail the patients’ health and your interpretation of their test results. In addition, your group will conduct, record, graph, and interpret the heart rate for group members and identify any trends.

The report should be divided into two sections: one for evaluation of the 5 patients and their results and a second section for your own group data on heart rate.

II. Calculations

A. Essential Cardiovascular Calculations

You will be given the following data on 5 (five) patients:

Systolic Blood Pressure Diastolic Blood Pressure

Left ventricular end diastolic volume Left ventricular end systolic volume

Heart Rate

PATIENTS DATA BELOW

Cardiac Output Patient Data

Patient 1 Patient 2 Patient 3

BP: 165/95 112/ 64 145/85

HR: 72 75 80

EDV: 120 122 100

ESV: 75 50 48

Patient 4 Patient 5

110/65 135/75

64 82

140 EDV 118 EDV

40 ESV 54 ESV

You will need to calculate the following for the patient data, include all formulas with these calculations:

1. Calculate pulse pressure (use the following formula: Pulse Pressure = Systolic Blood Pressure – Diastolic Blood Pressure) (EQ)

2. Calculate Mean Arterial Pressure (MAP) (use the following formula: MAP = (Systolic Blood Pressure + 2(Diastolic Blood Pressure))/3) (example for BP of 120/70: MAP = (120 + 2(70))/3 = 86.67mmHg) (EQ)

3. Calculate stroke volume (use the following formula: Stroke Volume = End Diastolic volume – End Systolic Volume) (EQ)

4. Calculate cardiac output (use the following formula: Cardiac Output = Stroke Volume X Heart Rate) (EQ)

5. Graph cardiac output for the five patients as a function of Cardiac Output (Y-axis) vs. Patient Number (X-axis) (EQ)

Ill. Heart Rates

Each member of the group will conduct the following measures on themselves:

6. Resting heart rate

7. Heart rate after 1 minute of walking: (EQ)

8. Heart rate after 5 minutes of walking: (EQ)

9. Heart rate after 5 minutes of moderate exercise (if able): (EQ)

10. Construct a data table of the raw numbers and a graph of the averaged data. (EQ)

Answer the following questions regarding the heart rate exercise:

11. What is the purpose of the average data? (CT) (CM)

12. What patterns or tends did you notice? (CT) (CM)

13. Did you encounter any problems during the experiment that may affect the accuracy of your data? (CT) (CM)

IV. References

I expect you to use at least 3 sources and list your references separately in
APA format. You may use your book or any number of reputable sources such as: National Institute of Health, Centers for Disease Control, Mayo Clinic, etc.

V. Cover Sheet

A cover sheet

VI. Assessing Your Cardiac Report

This project requires students to participate in a group to produce a written report that correctly analyzes various cardiac patients and evaluates their cardiac health. In completion of this assignment, students will learn to effectively work with others (Teamwork-TW) while producing a written document that justifies the accuracy of their evaluations (Communication Skills-CM). To produce this document, students will evaluate and analyze the data to determine cardiac health and to evaluate their own group data. (Critical Thinking Skills-CT). Further, students will compare the averages of their group’s heart rate data and proficiency regarding essential cardiovascular calculations by plotting the data. (Empirical and Quantitative Skills-EQ).

The attached rubric will be used to assess your group’s overall contribution. The final step in the assessment will be the completion of a confidential teamwork evaluation. You will evaluate your own contribution as well as the contribution of each group member.

VII. Submit

Submit your case study on or before the due date. You will need to upload one copy of the group report to the assignment and send your group assessment via the inbox in Canvas to me.

Share This Post

Email
WhatsApp
Facebook
Twitter
LinkedIn
Pinterest
Reddit

Order a Similar Paper and get 15% Discount on your First Order

Related Questions

Follow the attach document to complete this work. Discussion – Science vs Pseudoscience  Choose one of the claims/statements/sources

Follow the attach document to complete this work. Discussion – Science vs Pseudoscience  Choose one of the claims/statements/sources from the list below. Use critical thinking, course learning resources*, at least one peer-reviewed scholarly article, and other information sources as needed to determine whether your chosen claim/statement is based (mostly) on science or

..write about the following death cause and evidence collected:   A –

..write about the following death cause and evidence collected:   A – E  Suicides:  · Blood  · Urine  · Vitreous humor  · Liver tissue   Do a  library and/or web search to find at least one  credible information sourceand use that to explain one reason why the collection of the listed samples could be

Follow the attach instructions to complete this work. Recent Molecular and Cell Research   Subscribe This week we are covering macromolecules

Follow the attach instructions to complete this work. Recent Molecular and Cell Research   Subscribe This week we are covering macromolecules (carbohydrates, proteins, nucleic acids, and lipids), the structure and function of cells, including cellular transport mechanisms.   Find a news article from the  Science Daily ( that describes a recent research

Powder Brows: Soft, Flawless, and Long-Lasting Beauty Powder brows, also known as ombré shading, are a popular semi-permanent makeup technique that

Powder Brows: Soft, Flawless, and Long-Lasting Beauty Powder brows, also known as ombré shading, are a popular semi-permanent makeup technique that delivers soft, powdery, and defined eyebrows with a makeup-like finish. Unlike microblading, which mimics individual hair strokes, powder brows use a shading method to create a gradient effect, transitioning