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ECMO Wels

Registration Opened

Overview

Highlights:

Hands on practice of percutaneous cannulation on mannequin
One to One Interaction with faculty
Real Life Based Case Scenarios and Troubleshooting under Simulated Condition
Clinical Case Discussions: Faculty and Student Generated

Target Audience

Intensivists/Physicians/Surgeons involved in management and care of ECMO patients or planning to start a programme
Perfusionists looking to acquire/enhance the knowledge of ECMO circuits
Nurses involved in care of ECMO patients and Circuits

You will learn

Identify and handle the machine and circuit components
Assemble and Prime an ECMO Circuit
Familiarize yourself with the procedure of Cannulation and Initiation of ECMO
Maintain an ECMO circuit and take Daily rounds
Troubleshoot and respond to emergent situations on ECMO
Plan weaning and Trial off
Manage all aspects of an ECMO case in totality

Scientific Program

Scientific Agenda
Step 1 : Pre-Test
Step 2 : Oral Presentation

Step 2.1 : ECMO circuit and Wet drills (Introduction)
Step 2.2 : Overview of ECMO
Step 2.3 : ECMO Physiology
Step 2.4 : ECMO Initiation
Step 2.5 : Anticoagulation and Triggers for transfusion
Step 2.6 : Monitoring on ECMO – 2,4,6,8 hours
Step 2.7 : Ventilation Management on ECMO
Step 2.8 : Complications and Management
Step 2.9 : Weaning, Trial Off and Decannulation
Step 2.10 : Sites and Technique of cannulation, pitfalls, Tips ’n’ tricks, complications

Step 3 : Wet Drills

Step 3.1 : Wet Drills – Setup / Priming
Step 3.2 : Wet Drills – Circuit Maintenance (Perfusion Team)
Step 3.3 : Wet Drills – Troubleshooting (Perfusion Team)
Step 3.4 : Wet Drills – Circuit Maintenance (Perfusion Team)

Step 4 : Hands On Cannulation Practice on Mannequin
Step 5 : Combined Sim Sessions

Step 5.1 : Simulator based case scenarios: VV

Step 5.1.1 : Transport on ECMO
Step 5.1.2 : Hypoxia on ECMO
Step 5.1.3 : Cardiac Arrest on ECMO

Step 5.2 : Simulator based case scenarios: VA

Step 5.2.1 : Cardiac Arrest on ECMO
Step 5.2.2 : Ethical issues and counselling of family members
Step 5.2.3 : Harlequin Syndrome

Step 6 : Town Hall Discussion and Conclusion

SIMVENT

Registration Opened

Overview

Highlights:

First ever course on mechanical ventilation with simulators
Live case scenarios on simulator
Hands on experience
Discussion of student generated problems
Ventilator Graphics
Troubleshooting
Clinical Case Discussions

Target Audience

Student of Critical Care : FNB and ISCCM course
PG Student : Anaesthesia / Pulmonology / Internal Medicine
Practicing Intensivists

You will learn

Basics of Respiration and Ventilation
Basic Ventilator strategies
Analysing Loops and Curves
Simulator based challenges in various clinical scenarios
Troubleshoot and response to alarms
Advanced Ventilation and Rescue maneuvers
Management of ventilation in totality

Scientific Program

Scientific Agenda
Step 1 : Basic Physiology of Respiration

Step 1.1 : Work Of Breathing (WOB)
Step 1.2 : Pressure Time Product(PTP)
Step 1.3 : P_0,1
Step 1.4 : D(A-a)O₂
Step 1.5 : Resistance
Step 1.6 : Compliance
Step 1.7 : Pulmonary pressures

Step 2 : Simulation in respiratory physiology

Step 2.1 : Airway pressures
Step 2.2 : Resistance
Step 2.3 : Cst
Step 2.4 : Vd/Vt and Shunt effect
Step 2.5 : Pmus and Insp Time
Step 2.6 : WOB
Step 2.7 : P_0,1 and PTP with changes in ABG

Step 3 : Basic Physiology of Ventilation

Step 3.1 : Time constants
Step 3.2 : Driving pressure
Step 3.3 : Ventilatory modes
Step 3.4 : Phase variable

Step 4 : Scalars and loops

Step 4.1 : PCV
Step 4.2 : VCV
Step 4.3 : PSV
Step 4.4 : Different Scenarios

Step 5 : Simulation Normal Ventilation / Neurological diseases

Step 5.1 : Scalars : peak, plat, effects of change in compliance, airways resistance, asynchrony,patterns in VCV / PCV / PSV
Step 5.2 : VCV : TV, IBW, Pplat, PIP, I:E ratios; Insp flows, Driving pressures, RR, inspiratory trigger
Step 5.3 : PCV : Delta P, Insp Time, Trigger
Step 5.4 : PSV : asynchrony, flow trigger

Step 6 : COPD / Asthama : Lecture on Ventilator Strattegy

Step 6.1 : Simulation based interaction DHI/Auto PEEP : how to calculate high airway resistance with pressure cut off. Weaning problems : poor Pmus and high restance, problems on preasure trigger esp with air trapping
Step 6.2 : Video Presentation : Tachypnea with air trapping

Step 7 : ARDS : Lecture on Ventilatory strategy

Step 7.1 : Simulation based interaction Recruiting, Lung Productive ventilation, inverse ratio vent
Step 7.2 : Video Presentation : Recruiting, Proning, optimal peep

Step 8 : Strategies for refractory hypoxemia

Step 8.1 : Advanced Modes (APRV, PRVC, ASV), Proning, HFOV
Step 8.2 : Video Presentation : Recruiting, Proning, optimal peep

Step 9 : ECMO
Step 10 : Troubleshooting and alarms

NUR-SIM

Registration Opened

Overview

Highlights:

Base on Simulation: Real Life Experience without actual patient contact "No Harm Done"
From Basics and Beyond

Target Audience

Practicing nurses who want to learn/brush up thier Critical Care skills
Nursing Students with interest in critical Care
Physician Assistants

You will learn

Covers veriety of topics from Hemodynamics to BLS/ACLS, ICU protocols, Ventilation management, Trauma, Shock and So on

Scientific Program

Day 1: Lectures and Discussions

Step 1 : Introduction
Step 2 : Basic ICU Monitoring
Step 3 : Neurological Assessment
Step 4 : ECG basics
Step 5 : Basic Life support(BLS)
Step 6 : Case Based discussion
Step 7 : Intensive simulator based training and Q&A session

Day 2: Wet Drills/Hands on Sessions

Step 1 : Recap Day 2
Step 2 : The ICU Nurse-Expectations
Step 3 : Infection control and Prevention
Step 4 : DVT Prevention
Step 5 : General ICU Care of ventilated patient
Step 6 : Intensive Simulator base training and Q&A session

Day 3: Wet Drills/Hands on Sessions

Step 1 : Recap Day 3
Step 2 : None Invasive Oxygen/Ventilation therapies
Step 3 : Tracheal Intubation and invasive ventilation
Step 4 : Troubleshooting the ventilator
Step 5 : Advanced Hemodynamic monitoring
Step 6 : Intensive Simulator base training and Q&A session

Day 4: Wet Drills/Hands on Sessions

Step 1 : Recap Day 4
Step 2 : Managing Shocks
Step 3 : Managing ACS
Step 4 : Managing Trauma and Masive Bleeds
Step 5 : The Neurological patient: Management and Rehabilitation
Step 6 : Arterial Blood Gas analysis
Step 7 : Intensive Simulator base training and Q&A session

ACM

Registration Opened

Overview

Course includes brief didactic sessions with highly realistic simulation scenarios, each followed by a detailed debriefing session.

Highlights:

To decrease the vulnerability
Distractions, Errors and Omissions.
Trained to Communicate and ask for and use help more effectively in non routine situations
Trained to Act as leaders and help more effectively in non routine situations.

Target Audience

New ACM instructors
Post graduate students
Senior residents
Nurses
Technicians [Anesthesia, Emergency, Cardiothoracic]
Dental and Maxillofacial surgeons
Consultants in Anesthesiology / Surgery/Orthopedics Laparoscopy/Obstetrics/Neurosurgery/Emergency Medicine/ Chronic pain management /Pediatrics
Final Year Medical /Dental /Nursing Undergraduate Students
Industries supporting Perioperative Technologies

You will learn

Pre- Training Questionnaire
Computer Based Hands on training
Peer Assessment of Performance
Post Training Evaluation

Scientific Program

SBAABW

Registration Opened

Overview

Course includes brief didactic sessions with highly realistic simulation scenarios, each followed by a detailed debriefing session.

Highlights:

To decrease the vulnerability
Distractions, Errors and Omissions.
Trained to Communicate and ask for and use help more effectively in non routine situations
Trained to Act as leaders and help more effectively in non routine situations.

Target Audience

New Airway and bronchoscopy instructors
Post graduate students
Senior residents
Nurses
Technicians [Anesthesia, Emergency, Cardiothoracic]
Dental and Maxillofacial surgeons
Consultants in Anesthesiology / Surgery/Orthopedics Laparoscopy/Obstetrics/Neurosurgery/Emergency Medicine/ Chronic pain management /Pediatrics
Students and consultants pulmonary medicine
Final Year Medical /Nursing Undergraduate Students
Industries supporting Perioperative Technologies

You will learn

Pre- Training Questionnaire
Hands on training
Computer Based Hands on training
Peer Assessment of Performance
Post Training Evaluation

Scientific Program

Extra Corporeal Membrane Oxygenation (ECMO) Training

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ECMO Wels

Overview

Highlights:

Target Audience

You will learn

SIMVENT

Overview

Highlights:

Target Audience

You will learn

NUR-SIM

Overview

Highlights:

Target Audience

You will learn

ACM

Overview

Highlights:

Target Audience

You will learn

SBAABW

Overview

Highlights:

Target Audience

You will learn

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