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Lecture 7 - Blood - part 2 - Hemostasis & Coagulation (A&P)

Lecture 8 - Immune System and Blood Typing (A&P II)

Lecture 6 - Blood - part I (A&P II)

Lecture 5 - Other Hormones - A&P II (Live Audio)

Lecture 4 - Adrenals & Endocrine Pancreas - A&P II (Live Audio)

A quick lesson covering how fatty acids and triglycerides are made and broken down.

The ABG printout is not a single set of values but instead represents the state two separate physiologic systems.

Understanding acetyl-CoA is crucial to understanding the TCA cycle, fatty acid oxidation, and ketosis - and these concepts are crucial to understanding the pathophysiology and management of DKA. The basics matter!

Tutorial on how to understand a medication's concentration when it is provided as a percentage or as a ratio. Target Audience: EMT/Paramedic Students, Nursing Students, & Med Students.

A simplified explanation of the anion gap and how to utilize it to determine the cause of a metabolic acidosis. Correction at 13:16: "decreased transit time" Dinh et al. (2006): www.ncbi.nlm.nih.gov/pmc/articles/PMC2564167/ Brubaker et al. (2020): www.ncbi.nlm.nih.gov/books/NBK448090/ Life in the Fast Lane: litfl.com/normal-anion-gap-metabolic-acidosis/

Dimensional Analysis is an easy to remember method for performing drug calculations.

Recommended for Nurses, Paramedics, and other Clinicians who are learning to interpret Arterial Blood Gas (ABG) analyses.

Contents: 00:47 Cardiac Contractility 01:05 Cardiogenic Shock 01:24 Cardiac Preload 02:27 Frank-Starling Curve 03:22 Hypovolemic/hemorrhagic Shock 03:57 Effects of Distributive Shock 04:36 Obstructive Shock 06:17 Ventricular Filling Time 06:54 Central Venous Pressure 07:50 Stroke Volume Variation 10:33 Inferior Vena Cava Ultrasound 12:27 Effects of Positive Pressure Ventilation

Part 1 of a multi-part series reviewing the hemodynamic principles pertinent both to understanding and managing different forms of shock. Contents of Part 1: 00:42: Cardiovascular System Overview 02:00 Mean Arterial Pressure 02:31 MAP Equation 02:55 MAP Components 03:15 Systemic Vascular Resistance 03:53 Distributive Shock 04:42 Types of Distributive Shock 05:44 Components of Cardiac Output 06:...

Think Fast: What is the location of this STEMI???

Estimating Ejection Fraction with Point of Care Echo