Respiratory Failure & Mechanical Ventilation

ChatGPT's Role in the Physician's Toolbox

Dr. Mazen Kherallah will delve into ChatGPT's roles for healthcare professionals and provide tools to enhance their experience with ChatGPT as an educational aid, a research and personal assistant, and a copywriting enhancer fostering creativity and professional development.

Live PERT Discussion in the Management of Pulmonary Embolism Cases

From diagnosis to resolution: Approach to the management of pulmonary embolism with live PERT discussion: Dr. Terry Fortin, Dr. Nabil Abouchala, Dr. Talal Dahhan, and Dr. Mazen Kherallah.

Mechanical Ventilation Case Studies

Dr. Mazen Kherallah, an Associate Professor at the University of North Dakota, will explore intriguing mechanical ventilation cases, offering valuable insights and knowledge to critical care professionals including residents, fellows, attendings, and respiratory therapists.

Mechanical Ventilation in ARDS

The workshop is centered around mechanical ventilation maneuvers that address the pathophysiology of ARDS characterized by decreased compliance and low time constant. Attendees will acquire skills in optimizing ventilatory settings to improve oxygenation and provide protective ventilation.

Mechanical Ventilation in Severe Airflow Obstruction

The workshop is centered around mechanical ventilation maneuvers that address the pathophysiology of severe airway obstruction characterized by increased resistance and autoPEEP. Attendees will acquire skills in optimizing ventilatory settings to prolong expiratory time and alleviate air trapping.

The Art of Managing Pulmonary Embolism: An Expert's Webinar

From Diagnosis to Resolution: Managing Pulmonary Embolism with Confidence, interact directly with the experts, Dr. Victor Test, Dr. Nabil Abouchala, and Dr. Talal Dahhan

Equation of Motion and Principles of Mechanical Ventilation

Equation of Motion simulated and explained in details at a high level for the intensivists only by Mazen Kherallah, MD, FCCP, an associate professor at the University of North Dakota.

Ventilator Graphics: Scalars & Loops

Mazen Kherallah, MD, MHA, FCCP

Approach to High Peak Pressure Alarm

Mazen Kherallah, MD, MHA, FCCP

Special Presentation: Lung- and Diaphragm- Protective Ventilation

Mazen Kherallah, MD, MHA, FCCP

Ventilator Round: Use of P0.1 in the Assessment of Respiratory Drive

Mazen Kherallah, MD, MHA, FCCP

Mechanical Ventilation Modes

Mazen Kherallah, MD, MHA, FCCP

Drug Allergy in the ICU

Ibrahim Al-Sanouri, MD, FCCP, FAAAAI. Associate program director, pulmonary & critical care fellowship at Mclaren Medical Center. Assistant professor at Michigan State University.

Expiratory Occlusion Test and Transpulmonary Pressure

Mazen Kherallah, MD, MHA, FCCP

Advanced Mechanical Ventilation Course: Simulation & Interaction!

A simplified approach to in-depth understanding of mechanical ventilation based on physiologic principles and pathophysiology of different advanced dynamics, loops, modes, asynchrony, and clinical scenarios!

Ventilator Round: Double Triggering

Mazen Kherallah, MD, FCCP, Associate Professor at the University of North Dakota, Medical Director of critical care services at Sanford Health System

Critical Care Management of RV Failure: wrap it all together

Dr. Talal Dahhan, Assistant Professor at Duke University & Director of Duke Comprehensive Pulmonary Embolism Care Center.

Ventilator Round: Air Leak

Mazen Kherallah, MD, FCCP, Associate Professor at the University of North Dakota, Medical Director of critical care services at Sanford Health System

Ventilator Round: Dynamic Hyperinflation & Auto-PEEP

Mazen Kherallah, MD, FCCP, Associate Professor at the University of North Dakota, Medical Director of critical care services at Sanford Health System

Ventilator Round: APRV

Mazen Kherallah, MD, FCCP, Associate Professor at the University of North Dakota, Medical Director of critical care services at Sanford Health System

Ventilator Round: Equation of Motion

Mazen Kherallah, MD, FCCP, Associate Professor at the University of North Dakota, Medical Director of critical care services at Sanford Health System

Management of RV failure in ARDS Patients

Dr. Talal Dahhan, Assistant Professor at Duke University & Director of Duke Comprehensive Pulmonary Embolism Care Center.

Reducing RV Afterload & Preventing Ischemia in Right Heart Failure Patients

Dr. Talal Dahhan, Assistant Professor at Duke University & Director of Duke Comprehensive Pulmonary Embolism Care Center.

Identification & Management of Comorbidities in Critically-ill Right Heart Failure Patients

Dr. Talal Dahhan, Assistant Professor at Duke University & Director of Duke Comprehensive Pulmonary Embolism Care Center.

Let's Understand Mechanical Ventilation Course: Simulation & Interaction!

A simplified approach to in-depth understanding of mechanical ventilation based on physiologic principles and pathophysiology of different clinical conditions!

Airway Pressure Release Ventilation (APRV)

This session will explain the details of APRV mode of ventilation including, settings, application, pitfalls & trouble shooting, and evidence for using it in clinical practice

Mechanical Ventilation Course

State-of-the-art condensed mechanical ventilation learning from the critical care experts using online simulation and case studies.

Patient-ventilator Interaction and Asynchrony

This session will explain the dual-pump system and present detailed description of the patient-ventilator interaction and asynchrony throughout the different phases of the respiratory cycle.

Patient-ventilator Interaction and Asynchrony

This session will explain the dual-pump system and present detailed description of the patient-ventilator interaction and asynchrony throughout the different phases of the respiratory cycle.

Mechanical Ventilation: Clinical Scenarios

This session will discuss different case studies on mechanical ventilation including management of ARDS, management of severe airflow obstruction, permissive hypercapnia, and methods to improve oxygenation and ventilation.

Mechanical Ventilation Session: Respiratory Dynamics & Equation of Motion

This session will discuss control variables in pressure and volume mode of ventilation and will explain the equation of motion in details using simulation with different examples to understand the effects of changing respiratory dynamics in these two modes.