DETERIORATION + RAPID RESPONSE + CRITICAL CARE
YEAR 4 | PAGE 34B - RECOGNIZE -> RESUSCITATE -> REASSESS -> ESCALATE
CORE RULE A deteriorating patient changes the sequence. Stabilization and escalation take priority over completing a beautiful differential. Use a structured primary survey, treat immediate threats as they are found, re-assess after each intervention, and follow local rapid-response/resuscitation protocols.
D. THE FIRST FIVE MINUTES
| Step | Action | What “good” looks like |
|---|---|---|
| 1. Recognize + call | Notice abnormal trend, mental-status change, work of breathing, hypotension, chest pain, oliguria, bleeding or staff concern. Get senior/rapid-response help early. | Help is mobilized before the patient is peri-arrest. |
| 2. ABCDE + monitoring | Airway, breathing, circulation, disability, exposure; attach monitoring and obtain focused bedside data. | Life threats and trajectory are identified systematically. |
| 3. Treat threats now | Correct immediately reversible problems within supervision/protocol: oxygenation/ventilation, hemorrhage, severe hypoglycemia, anaphylaxis, etc. | Therapy is not delayed for nonessential diagnostics. |
| 4. Focused diagnostics | Select tests that change the next action: ECG, blood gas, labs, bedside ultrasound, urgent imaging/cultures when appropriate. | Each test has a decision consequence. |
| 5. Reassess + communicate | Repeat the primary survey, interpret response, update working diagnosis, communicate using structured handoff. | The team knows whether the patient is improving, unchanged or worsening. |
E. SHOCK AS A YEAR 4 INTEGRATION PROBLEM
| Pattern | Clues to integrate | Immediate priorities to understand |
|---|---|---|
| Hypovolemic / hemorrhagic | Volume loss, bleeding, low preload, cool extremities, narrow pulse pressure depending on stage. | Control source, restore circulating volume/blood per protocol, reassess perfusion and response. |
| Distributive / septic | Vasodilation, infection/inflammation context, warm or cool shock depending on phase, lactate/organ dysfunction. | Early recognition, source evaluation/control, antimicrobials and hemodynamic support per local protocol. |
| Cardiogenic | Pulmonary edema, ischemia/arrhythmia/structural disease, congestion, poor forward flow. | ECG/echo-oriented reasoning, cautious fluid decisions, targeted hemodynamic support and specialist escalation. |
| Obstructive | Tamponade, tension pneumothorax, massive PE or other mechanical block to filling/outflow. | Recognize the obstructive cause and obtain urgent definitive relief/escalation. |
F. RESPIRATORY FAILURE + VENTILATOR PRIMER
- Separate oxygenation from ventilation: hypoxemia is not the same problem as hypercapnia or ventilatory fatigue.
- Before intubation: understand indication, preoxygenation, predicted difficult airway, hemodynamic risk and rescue plan; observe/assist only within your level of training.
- After intubation: know what FiO2, PEEP, tidal volume, respiratory rate and pressure alarms are changing; connect them to ABG/SpO2, mechanics and the patient’s disease.
- Always reassess the whole patient: sudden deterioration on a ventilator can be airway/tube, pneumothorax, secretions, equipment, hemodynamics or disease progression.
F. RESPIRATORY FAILURE + VENTILATOR PRIMER — HIGH-VALUE VIDEOS - DIRECT & PLAYABLE
Geeky Medics - ABCDE Assessment: Sepsis Emergency Simulation Ninja Nerd - Shock | Clinical Medicine (~40 min) ICU Advantage - Mechanical Ventilation Explained Stanford Medicine 25 - Getting Started with Point-of-Care Ultrasound CRITICAL-CARE MASTERY GATE You should be able to identify deterioration from trend, run a structured primary survey, name the shock/respiratory physiology you are seeing, choose the next high-value test or intervention, reassess response and escalate to the appropriate team without delay. 2026/27 advanced-clinical expanded edition - verify school, supervision and institutional policies