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on
1
Intro
2
Objectives
3
Arterial vs. Venous Blood Gases
4
Variation in Blood Gas Results
5
Components of ABGs
6
Acid-Base Balance - pH
7
Acid-Base Balance - Carbon Dioxide
8
Acid-Base Balance - Bicarbonate
9
Blood Oxygenation - Hypoxia
10
Normal Ranges
11
Acid-Base Imbalances - Respiratory Acidosis
12
Respiratory Acidosis: Compensatory Response
13
Respiratory Acidosis - Signs and Symptoms
14
Respiratory Acidosis - Interventions
15
Interventions - Respiratory Muscle Strength
16
Troubleshooting the Mechanically Ventilated Patient
17
Respiratory Alkalosis - Causes
18
Respiratory Alkalosis - Signs and Symptoms
19
Respiratory Alkalosis - Compensatory Mechanisms
20
Respiratory Alkalosis - Interventions
21
Metabolic Acidosis - Causes
22
Metabolic Acidosis - Signs & Symptoms Neurological
23
Metabolic Alkalosis - Causes
24
Diagnosis
25
Case Study #1
26
Case Study #2
27
Case Study #3
28
Case Study #4
29
Answers • Acid-base Imbalance: Metabolic Alkalosis
Description:
Learn to interpret arterial blood gases (ABGs) in this comprehensive 32-minute video lecture by Michael Greenlee for OPENPediatrics. Explore the differences between arterial and venous blood gases, understand the components of ABGs, and delve into acid-base balance principles. Examine normal ranges and various acid-base imbalances, including respiratory acidosis and alkalosis, as well as metabolic acidosis and alkalosis. Study their causes, signs, symptoms, compensatory mechanisms, and appropriate interventions. Apply your knowledge through four case studies, enhancing your ability to diagnose and manage ABG imbalances in critically ill children. Gain valuable insights into troubleshooting mechanically ventilated patients and strengthening respiratory muscles.

Interpreting Arterial Blood Gases - ABGs

OPENPediatrics
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