Acute Respiratory Failure and Dyspnea in Emergencies | Emergency and Critical Care Medicine

Emergency Room · Clinical Specialties

How it begins

Tratado exhaustivo y de nivel de subespecialidad sobre la fisiopatología, diagnóstico avanzado y manejo terapéutico de la insuficiencia respiratoria aguda y el síntoma cardinal de la disnea en el servicio de urgencias. Incluye la fisiología del intercambio gaseoso, análisis de equilibrio ácido-base, uso óptimo de soporte no invasivo e invasivo, manejo del SDRA y algoritmos críticos estructurados para el abordaje de…

What it covers

1. Physiology of Gas Exchange and Respiratory Mechanics
2. · The Alveolocapillary Membrane and Fick's Law
3. · Physiology of Oxygen and Carbon Dioxide Transport
4. Definition and Classification of Acute Respiratory Failure
5. · Gasometric and Etiological Classification of ARF
6. · Criteria for Severity and Progression of Hypoxia
7. Pathophysiology of Hypoxemia and Alveolar-Arterial Gradient
8. · The Alveolar Gas Equation
9. · The Five Classic Mechanisms of Hypoxemia
10. Pathophysiology of Hypercapnia and Ventilatory Pump Fatigue
11. · The Equation of Alveolar Ventilation and Dead Space
12. · Dynamics of Ventilatory Pump Failure and Fatigue
13. Pathophysiology of Dyspnea and Neurosensory Pathways
14. · The Neuromechanical Dissociation Paradigm (Mismatch)
15. Initial Clinical Approach and Signs of Imminent Alarm
16. · Rapid Assessment "A-B-C-D-E" in the Patient with Acute Dyspnea
17. Arterial Gasometry and Acid-Base Balance in Emergencies
18. · Acid-Base State Interpretation Algorithm
19. Diagnostic Tools: Pleuropulmonary Ultrasound and BLUE Protocol
20. · Elementary Pulmonary Ultrasound Semiology
21. Conventional Oxygen Therapy and Administration Devices
22. · Low Flow Systems: Nasal Cannula and Mask with Reservoir
23. · High Flow Systems: The Venturi Effect
24. High Flow Oxygen Therapy with Nasal Cannula (HFO)
25. · Physiological Mechanisms of the OAF
26. · Clinical Monitoring and the ROX Index
27. Non-Invasive Ventilation (NIV) in the Emergency Department
28. · Positive Pressure Modalities: CPAP vs. BiPAP
29. Rapid Intubation Sequence (SIR) in the Critical Patient
30. · The Seven Classic Stages of SIR in the Patient with Respiratory Failure
31. Invasive Mechanical Ventilation (IMV): Initial Programming Parameters
32. · The Three Conventional Ventilator Modes
33. · Critical Startup Programming Parameters
34. · Physiological Monitoring in VMI: Airway Pressures
35. Acute Respiratory Distress Syndrome (ARDS)
36. · Berlin Criteria of Definition and Severity
37. · Pathophysiology of Ventilator-Induced Lung Injury (VILI)
38. · Pillars of Advanced Management of ARDS in Emergencies
39. Severe Obstructive Crises: Exacerbated COPD and Life-Risk Asthma
40. · Dynamics of Air Trapping and Auto-PEEP
41. · Advanced Medical and Ventilatory Management
42. Acute Cardiogenic Lung Edema (APPE)
43. · Pathophysiology of Alveolar Transudate and Starling's Equation
44. · EAPC Emergency Treatment
45. Severe Pulmonary Thromboembolism (High Risk PET)
46. · Pathophysiology of Acute Right Ventricular Dysfunction and Obstructive Shock
47. · Diagnostic and Therapeutic Stratification of Emergencies
48. Neuromuscular Causes of Acute Respiratory Failure
49. · The Diagnostic Rule of "20-30-40" in the Neuromuscular Patient
50. Special Populations and Palliative Care Integration
51. · 1. The Elderly Patient (Presbylung and Frailty)
52. · 2. The Pregnant Patient (Respiratory Physiological Changes)
53. · 3. Approach to Refractory Dyspnea in Palliative Care
54. Structured Clinical Algorithms and Decision Making
55. · Integrating Diagnostic Algorithm for Undifferentiated Dyspnea in the Emergency Room