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Downloadables

Initial Assessment

CPR Algorithm

CPR ECG Algorithm

Foundations and Recognition of Cardiopulmonary Arrest

2024 RECOVER Guidelines: Updated treatment recommendations for CPR in dogs and cats

1. Recognizing CPA:

Basic Life Support (BLS) Techniques

Step 1: Start Compressions

Positioning

Compression Techniques

Compression Cycle

Step 2: Start Ventilation

Ventilation Multi-Rescuer

🎮 Pixel Quest: BLS Protocol Review

Advanced Life Support (ALS) and Monitoring

Start ALS

ALS algorithm

CO2 monitoring

Shockable Rhythms

Non-Shockable Rhythms

Pause and Check Intervals

ROSC!

🎮 Crossword: ALS Terminology

Knowledge Assessment

Quiz: Guidelines and Evidence

Quiz: Recognizing CPA

Quiz: BLS Fundamentals

Quiz: Patient Positioning

Quiz: Chest Compressions

Quiz: Compression Cycles

Quiz: Single-Rescuer Protocol

Quiz: Multi-Rescuer Protocol

Quiz: ALS Introduction

Quiz: CPR Algorithm

Quiz: Capnography Interpretation

Quiz: Shockable Rhythms

Quiz: Non-Shockable Rhythms

Quiz: Rhythm Checks

Quiz: ROSC and Termination

Feedback and Evaluation

Course Evaluation

Mastering Veterinary CPR: Evidence-Based Algorithms for Clinical Practice is a comprehensive, hands-on course designed for veterinary professionals who need to execute high-quality resuscitation with confidence. Built around the 2024 RECOVER guidelines, this program translates the latest evidence into clear, repeatable actions for dogs and cats—from rapid recognition of cardiopulmonary arrest (CPA) and Basic Life Support (BLS) technique, to Advanced Life Support (ALS), defibrillation, capnography interpretation, and decisive post-ROSC care. You’ll move beyond memorizing steps to understanding why each intervention matters, how to minimize interruptions, and how to coordinate as an efficient team under pressure. Through structured modules, interactive practice elements (like Pixel Quest protocol reviews and ALS crossword challenges), and targeted knowledge checks, you’ll learn to apply algorithm-driven care, read rhythms quickly, optimize compression quality, and use ETCO2 to guide performance and detect ROSC. Whether you’re a small animal clinician, emergency/ICU team member, or technician, you’ll gain immediate, practical skills that improve outcomes at the point of care. Finish with a clear mental model, streamlined checklists, and a ready-to-deploy toolkit that aligns with current best practices—so your next code run is faster, safer, and more effective.

Algorithms

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            <p>The landscape of veterinary emergency medicine is continuously evolving, driven by rigorous clinical research and the refinement of life-saving protocols. This course provides a comprehensive exploration of the 2024 RECOVER Guidelines, which represent the current gold standard for cardiopulmonary resuscitation (CPR) in canine and feline patients. By analyzing the methodology behind these evidence-based updates, veterinary professionals will gain a deeper understanding of the physiological foundations required to recognize cardiopulmonary arrest (CPA) and initiate immediate, effective intervention. Mastery of these standardized algorithms is essential for minimizing cognitive load during high-stress clinical events and ensuring that every action taken is supported by the highest level of available evidence.</p>

<p>Participants will progress through a structured curriculum covering the essential pillars of both Basic Life Support (BLS) and Advanced Life Support (ALS). The modules detail critical technical skills, including optimized chest compression techniques tailored to patient conformation, the management of two-minute cycles, and the integration of capnographic monitoring to assess perfusion. Furthermore, the course delineates the transition to ALS, focusing on rhythm diagnosis, defibrillation protocols for shockable rhythms, and the strategic administration of vasopressors. By bridging the gap between theoretical guidelines and clinical execution, this program equips veterinary teams with the precision and coordination necessary to achieve Return of Spontaneous Circulation (ROSC) and improve overall patient survival rates.</p>
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