- Level Foundation
- المدة 14 ساعات hours
- الطبع بواسطة University of Pennsylvania
-
Offered by
عن
The vital signs – heart rate, blood pressure, body temperature, respiration rate, and pain – communicate important information about the physiological status of the human body. In this six-part course we explore the anatomy and physiology underlying the vital signs so that you will develop a systematic, integrated understanding of how the body functions. Relevant body systems are reviewed including cardiovascular and respiratory, followed by explanations of how the function of these systems affects vital signs. We discuss normal ranges, normal variants, and the mechanisms that underlie changes in the objective measurement of vital signs. The course also includes demonstrations of appropriate techniques for measuring vital signs in yourself and others. The course is designed for a broad, general audience but will be particularly interesting for individuals working in healthcare, those considering a career as a healthcare professional, lay caregivers, those with an interest in personal health and fitness, or anyone who simply wants to understand how the body functions.الوحدات
Week 1: Pulse/Heart Rate
1
Assignment
- Week 1 Quiz
10
Videos
- 1.1 Basic Heart Anatomy
- 1.2a Your Beating Heart
- 1.2b ECG Demonstration
- 1.3a Heart Valves, Part 1
- 1.3b Heart Valves, Part 2
- 1.3c Assessing Heart Rate Demonstration
- 1.4a Cardiac Cycle, Part 1
- 1.4b Cardiac Cycle, Part 2
- 1.4c Assessing Pulse Demonstration
- 1.5 Cardiac Output
3
Readings
- Week 1 Lecture Outline
- Week 1 In-Video Quizzes
- Lecture Transcripts (SRT Files)
Week 2: Blood Pressure
1
Assignment
- Week 2 Quiz
6
Videos
- 2.1 Introduction to the Blood Vessels
- 2.2 Blood Vessel Structure
- 2.3 Blood Circulation
- 2.4a Maintaining Blood Flow
- 2.4b Assessing Blood Pressure Demonstration
- 2.5 Blood Pressure Regulation
3
Readings
- Week 2 Lecture Outline
- Week 2 In-video Quizzes
- Lecture Transcripts (SRT Files)
Week 3: Metabolism
1
Assignment
- Week 3 Quiz
5
Videos
- 3.1 Introduction to Metabolism
- 3.2a Cellular Respiration, Part 1
- 3.2b Cellular Respiration, Part 2
- 3.3 Assessing Metabolic Rate Demonstration
- 3.4 Metabolic Lab Discussion
3
Readings
- Week 3 Lecture Outline
- Week 3 In-video Quizzes
- Lecture Transcripts (SRT Files)
Week 4: Temperature
1
Assignment
- Week 4 Quiz
5
Videos
- 4.1 Introduction to Thermoregulation
- 4.2 Maintaining Body Temperature
- 4.3 Hypothermia & Hyperthermia
- 4.4 Fever
- 4.5 Assessing Body Temperature Demonstration
3
Readings
- Week 4 Lecture Outline
- Week 4 In-video Quizzes
- Lecture Transcripts (SRT Files)
Week 5: Respiration Rate
1
Assignment
- Week 5 Quiz
8
Videos
- 5.1 Basic Anatomy of the Respiratory System
- 5.2 Anatomy of Ventilation
- 5.3 The Mechanics of Breathing
- 5.4 Gas Exchange
- 5.5 Regulating Respiration Rate
- 5.6 Assessing Respiration Rate Demonstration
- 5.7 Regulating Respiration Rate Review
- 5.8 Assessing Breath Sounds Demonstration
3
Readings
- Week 5 Lecture Outline
- Week 5 In-video Quizzes
- Lecture Transcripts (SRT Files)
Week 6: Pain
1
Assignment
- Week 6 Quiz
8
Videos
- 6.1 The Anatomy & Physiology of Pain, Part 1
- 6.2 The Anatomy & Physiology of Pain, Part 2
- 6.3 The Anatomy & Physiology of Pain, Part 3
- 6.4 Types of Pain
- 6.5 Assessing Pain Demonstration
- 6.6 Social, Cultural & Psychological Influences on Pain
- 6.7 The Treatment of Pain
- 6.8 Wrapping Up Vital Signs
3
Readings
- Week 6 Lecture Outline
- Week 6 In-video Quizzes
- Lecture Transcripts (SRT Files)
Auto Summary
"Vital Signs: Understanding What the Body Is Telling Us" is a comprehensive health and fitness course offered by Coursera. Over six parts, learners will explore the anatomy and physiology behind vital signs such as heart rate and blood pressure, enhancing their understanding of body functions. Ideal for healthcare workers, aspiring professionals, caregivers, and health enthusiasts, this foundational course offers practical demonstrations on measuring vital signs. Available subscription options include Starter and Professional, with a total duration of 840 minutes.

Connie B. Scanga, PhD