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5 Critical Pulse Points: Circulation Assessment in Unstable Patients
5 Key Signals: Decoding General Impression and Mental Status in Sports Emergencies
6 Crucial Breath Checks: Navigating Airway and Breathing Challenges in Sports Injuries
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Advanced Cardiac Life Support (ACLS)
Airway Management of the Equipment-Laden Athlete
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Airway Assessment and Management
Are Your Emergency Care Protocols/Guidelines Aligned With Your Equipment and Training/Qualifications?
Artificial Ventilation Techniques
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Critical Checks: Overlooking Nothing in Vital Signs Assessment
CRITICAL DECISION POINTS 2.0: Audience-Driven Management of Chest Pain in a Youth Soccer Player
Critical Decision Points 2.0: Interactive Case on Managing A Referee In Cardiac Arrest
Critical Decision Points 2.0: Interactive Case on Managing A Swimmer Drowning
Critical Decision Points 2.0: Interactive Case in Managing Uncontrolled Bleeding In A Baseball Player
Critical Decision Points 2.0: Navigating Initial Presentations of Generalized Abdominal Pain and Altered Mental Status
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Critical Decision Points 2.0: Navigating Initial Presentations of Head Pain and Chest Pain in Athletes
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Exertional Heat Illnesses Gone Wrong: Case Failure Points
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Fundamentals of Ventilation and Respiration
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Next Witness Please 1.0 - A Mock Trial Debate on Exertional Heat Stroke Management In A Pediatric Athlete
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Oxygen Handling and Delivery
Patient Re-evaluation and Efficient Handoff Reporting to EMS
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Respiratory Conditions and Underlying Mechanisms
Respiratory Medications and Diverse Populations
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Shock and Compensatory Mechanisms
Shock Waves: Quick Dive Into Understanding Decompensation and Shock
Sideline Concussion Management: What's Going On In That Tent?
Sports Emergency Preparedness for Equestrian Competitions
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The Medical TimeOut
Thoroughness Counts: Leaving No Stone Unturned in Head-to-Toe Assessments
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Understanding The Respiratory System and Assessment
Understanding Psychiatric Emergencies in Athletic Settings
What Is An Organization's Responsibility For Establishing Scope of Practice for Coaches and Healthcare Providers?
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Shock and Compensatory Mechanisms
General Course Information
Course Info (BOC Domains of Athletic Training; Presentation Description; Learning Objectives; Clinical Practice Gap Statement; Clinical Bottom Line; Summary Conclusions)
About the Presenters
Continuing Education Credits / Course Disclaimers and Conflicts of Interest / Refund Policy
Learning Material
43:23
43:23
Presentation (Video)
Completed
Complete
Shock and Compensatory Mechanisms
›
Learning Material
Presentation (Video)
Updated Jan 22, 2024
Bookmarks
00:10
If you have a question for Doctor Heath, then just drop it into q and a, box will get to it. Just simply raise your hand in the chat, and then I will unmute your audio and video, and you just have that conversation with the audience as well.
04:06
So, what is shock? I think it's good to kinda get on the same page with everybody and know what we're talking about, but it is essentially a life threatening condition. The ultimate outcome here is primarily low blood pressure. So what are the compensatory phases of shock? Well, I guess, specifically, there are compensatory mechanisms. So there your body has to counter this tissue perfusion problem by number of ways.
08:23
Anaerobic metabolism is an early sign of shock. Your body is going to start to respond by increasing the heart rate, increasing the stroke volume. Cold shock comes in 3 different flavors. You got cardiogenic, hypovolemic, and obstructed.
12:57
The 3rd cold type of shock is going to be obstructive shock. That's something that's going to obstruct the heart itself from pumping blood. Warm is actually also known as distributive shock, which is septic anaphylactic and neurogenic.
17:39
With cardiogenic shock, you're gonna get fluid in the lungs. You're also gonna get cold, clammy skin, and you're going to get hypotension. With obstructive shock, the heart is going to be prevented from pumping blood out.
22:39
Cepic shock is kind of an interesting animal because, again, you're gonna have a warm skin. Inceptic shock, and the tissues aren't given enough time to extract the necessary oxygen. Neurogenic shock is so unique. The last one I saw was maybe about a month ago.
27:53
His central nervous system lost its sympathetic nervous system tone is sympathetic tone. So now since your sympathetic tone goes down, your parasympathetic goes up. So there's a out of balance thing that occurs with your organic shock. Decrease preload, decrease system and vascular resistance, but your volume is gonna be the same.
32:34
Alyssa has a excellent questions she brought up into Q And A. Is there a way to have an EpiPen without prescription?
36:15
You can use your hands to palpate, you know, whether they're warm or cold, palpate for pulse. The big part is gonna be putting your AED pads on them and whether a shock is advised or not.
40:02
I would recommend quarterly training. It's easy to do it in rope scale training like CPR. Like, you can you can sit in front of a mannequin all you want, but until you train in that situation, and it exposes your weaknesses in very unique ways.
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