Patient Ventilator Interaction (PVI) Masterclass
About Course
Masterclass modules:
Module 1 – Introduction to Mechanical Ventilation
Fundamentals of Lung Mechanics and Work of Breathing
Dr Walid Alhabashy
Physiology of the Normal vs. Mechanical Breath
Dr Walid Alhabashy
Basic Elements of MV
Dr Ahmed Mady
Ventilator System Concept
Dr Ahmed Mady
Essential Variables of Mechanical Breath
Dr Ahmed Mady
Types of Mechanical Breath
Dr Ahmed Hegazy
Taxonomy of Modes of Mechanical Ventilation
RT Ariel Garnero
Basics of Ventilator Waveforms and Interpretation
Dr Mohammed Amin
Module 2 – Introduction to Patient–Ventilator Interaction
Overview of Patient–Ventilator Interaction (PVI)
Dr Nadir Kharma
Assessing & Measuring Patient’s Effort during Mechanical Ventilation
Dr Ehab Daoud
Understanding Patient Self-Inflicted Lung Injury (P-SILI) and VIDD
Dr Ehab Daoud
Taxonomy for Patient–Ventilator Interactions (PVI)
Dr Ahmed El Masry
Module 3 – Diagnosis & Monitoring PVI using Waveform Analysis
Asynchrony Index (AI), calculation and clinical interpretation
Dr Abdelrahman Abo Shady
Systematic Waveform Analysis for PVI Detection
Dr Denise Battaligi
Recognition and Interpretation of Trigger Phase Asynchrony
Dr Sateesh Chandra
Recognition and Interpretation of Inspiratory Phase Asynchrony
Dr Mauro Castro
Recognition and Interpretation of Cycling Phase Asynchrony
Dr Faten Farid
Recognition and Interpretation of Expiratory Phase Asynchrony
Dr Juan Martin
Putting It All Together to Address Mixed Asynchrony
Dr Nadir Kharma
Module 4 – Advanced Monitoring
Assessment of Respiratory Effort by Ultrasound
Dr Ashraf Al Tayar
Airway & Esophageal Pressure Monitoring
Dr Mauro Castro
Neural Activity (EAdi)
Dr Ashraf Al Tayar
Automation in Optimizing PVI
Mr Munir Kariaghli
Automated Detection of PVI Patterns
Mr Anton Balakirev
Module 5 – Management of PVI Patterns
Managing Trigger Phase Asynchrony
Dr Sateesh Chandra
Managing Inspiratory Phase Asynchrony
Dr Mauro Castro
Managing Cycling Phase Asynchrony
Dr Abdelrahman Abo Shady
Managing Expiratory Phase Asynchrony
Dr Juan Martin
Pharmacologic Optimization of Respiratory Drive
Dr Denise Battaligini
Advanced Strategies (NAVA & PAV)
Dr Mohammed Amin
Module 6 – Prevention of Asynchrony
Optimal Ventilator Setup
Dr Mohammed Amin
Adaptive Ventilation Modes
Mr Munir Kariaghli
Course Content
IMPORTANT:
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This is how to navigate through the course lectures, Handbooks, Webinars and Quiz Please watch carefully..
02:39
Module 1 – Introduction to Mechanical Ventilation
Module 2 – Introduction to Patient–Ventilator Interaction
Module 3 – Diagnosis & Monitoring PVI using Waveform Analysis
Module 4 – Advanced Monitoring
Module 5 – Management of Patient–Ventilator Interaction (PVI) Patterns
Module 6 – Prevention of Asynchrony
Course Evaluation
Student Ratings & Reviews
I really appreciate your efforts. I get a useful knowledge about patient ventilator interaction which will help me in managing our patients.
One of the best courses I have attended
I really enjoyed every part of it and gained a lot of information
Thank you for the whole team
I really enjoyed every part of it and gained a lot of information
Thank you for the whole team
Excellent course, highly skilled teachers and lots of new things learned. Thank you.
Excellent course with clear, practical explanations of patient–ventilator interaction. The waveform examples and case-based approach made complex concepts much easier to understand. I would highly recommend it to anyone working in critical care!
Very full course with knowledge
This masterclass is absolutely brilliant. As an ICU clinical nurse consultant, I found it incredibly valuable and practical. It significantly improved my understanding of patient–ventilator interaction and gave me much greater confidence in recognising and troubleshooting common patient–ventilator asynchronies.
The content is clearly explained, evidence-based, and easy to follow, with excellent clinical examples that can be applied directly in practice. I have learned a great deal from a nursing perspective, and it has strengthened both my theoretical knowledge and my bedside ventilator management skills.
I highly recommend this masterclass to any ICU nurse, respiratory therapist, or clinician involved in mechanical ventilation. Thank you for such an outstanding course!
The content is clearly explained, evidence-based, and easy to follow, with excellent clinical examples that can be applied directly in practice. I have learned a great deal from a nursing perspective, and it has strengthened both my theoretical knowledge and my bedside ventilator management skills.
I highly recommend this masterclass to any ICU nurse, respiratory therapist, or clinician involved in mechanical ventilation. Thank you for such an outstanding course!
Excellent
informative
focused
comprehensive pathways
focused
comprehensive pathways
As an overall course its excellent, timing of the webinars is appropriate, discussion is productive and very educational and supportive, faculty is great
But some adjustments should be applied:
1- videos language should be clearer and slower in pace
2- should include other ventilators like drager
3- will be great to include some lessons for ped and neonatal asynchronies
4- patient ventilator asynchronies discused in common modes include asynchronies for other modes (hybrid modes)
5- include more case scenarios with different diseases
6- ventilator modes taxonomy should be more deeper including more modes
But some adjustments should be applied:
1- videos language should be clearer and slower in pace
2- should include other ventilators like drager
3- will be great to include some lessons for ped and neonatal asynchronies
4- patient ventilator asynchronies discused in common modes include asynchronies for other modes (hybrid modes)
5- include more case scenarios with different diseases
6- ventilator modes taxonomy should be more deeper including more modes
