The Neuro Mechanics Of Inspiratory Muscles in Mechanical Ventilation Success and Failure

Introduction

Muscles that are helpful in expanding the thoracic cavity are called the inspiratory muscles because they help in inhalation, while those that compress the thoracic cavity are called expiratory muscles and induce exhalation. During this event, we will discuss more the neuromechanics for these muscles and how contribute to achieving mechanical ventilation either success or failure.

Join us now to gain more information from Dr. Hassan.

Objectives

By the end of this webinar, the learners will be able to:
1. Evaluate the current literature available on utilizing sEMG of extra-diaphragmatic muscles to assess respiratory mechanics during mechanical ventilation.
2. Describe how to assess inspiratory neuro-mechanics during progressive resistive inspiratory muscle training.
3. Illustrate how to assess inspiratory neuro-mechanics in MV liberation success and failure

Main theme

Interactive lecture extending approximately two hours with Dr. Hassan to discuss more and more about the topic, the participants can ask their question to the speaker by typing on the chat box in the virtual classroom.

This Course For :

Physician
Resident / Fellow
Student / Intern
Respiratory Therapy
Nursing and Midwifery

Price

Course Fee

FREE

FREE

Extra Benfits

Certificate AND CME Hours

92 SR
See Registration Policies, Cancellations & Refunds

Contact Information

Organization : Virtual Medical Academy
Phone : 920008161
Email : [email protected]

  • 26 Dec 2021    To    26 Dec 2021
  • 08:00 PM  To  10:00 PM
  • Certificate Available With Extra Fee
  • SCFHS 3 CME hours
          CME With Extra Fee
  • Online
  • 393
  • PLUS
  Add to Calendar 12/26/2021 08:00 PM 12/26/2021 10:00 PM Asia/ Riyadh The Neuro Mechanics Of Inspiratory Muscles in Mechanical Ventilation Success and Failure The Neuro Mechanics Of Inspiratory Muscles in Mechanical Ventilation Success and Failure https://medicalacademy.org/portal/event/view/1651
The Neuro Mechanics Of Inspiratory Muscles in Mechanical Ventilation Success and Failure