MECHANICAL VENTILATION

MECHANICAL VENTILATION

MECHANICAL VENTILATION

Lesson Code: PTH0401

Professor in charge: Makris Demosthenis, Professor

Other Teachers: EPAMEINODAS ZAKYNTHINOS, IOANNIS PANTAZOPOULOS, VASILIKI TSOLAKI, KONSTANTINOS MANZARLIS

ECTS: 2.00

Type|Type of Course: OP | SCIENTIFIC AREA

Teaching Semester: 13th Semester

Hours per week: 2 hours

Total Time (Teaching Hours + Student Workload) 54 Hours

Prerequisites: NO

Language of Instruction: GREEK. OPTIONAL IN ENGLISH

Available for Erasmus: NO

Semester Lectures: Coming Soon…

Teaching Method: 6 2-HOUR LECTURES in an auditorium held throughout the semester (optional attendance)

2 HOURS Presentations of multimedia files

4 HOURS Practical exercise using a mechanical ventilator

  • Lectures
  • Presentations of multimedia files
  • Practical exercise with the handling of a mechanical ventilator
  • IT and media technologies for the presentation of lecture material, online information and student practice
  • Use software to present lectures and view slides and videos.
  • Use of positive pressure mechanical ventilator
  • A study guide that includes presentation files and relevant international bibliography is
  • online available to students through e-class.
  • Information about the course, the instructors are available at the Course Secretariat (KET PGN Larisa metuth@uth.gr)

Evaluation Method: Written exam (10 multiple choice questions to be answered within 30 minutes and commentary on 4 basic mechanical breathing waveforms)

The general assessment criteria are analyzed during the introductory course.


Objective Objectives/Desired Results:
  • Understanding respiratory failure and the principles of mechanical ventilation
  • Understanding the waveforms of mechanical respiration and their practical value in clinical practice
  • Understanding the basic models of mechanical ventilation
  • Understanding the alternative models of mechanical ventilation
  • Gaining knowledge in non-invasive mechanical ventilation
  • Acquiring basic knowledge of handling respirators
  • Gain knowledge to solve common mechanical ventilation problems
  • Weaning from mechanical ventilation

 

Upon successful completion of the course, the student will be able to:

searches for, analyzes and synthesizes data and information

works in an international environment

works in an interdisciplinary environment

searches, analyzes and synthesizes cognitive information, using the necessary technologies


Course URL :

Course Description: 1. Respiratory failure (2 hours)
2. Basic principles of mechanical ventilation – How a modern ventilator works (2 hours)
3. Waveforms and variables of mechanical ventilation (2 hours)
4. Inspiratory pressure – Assessment, management, titration (1 hour)
5. Positive end-expiratory pressure – Assessment, management, titration (2 hours)
6. Classic models of mechanical ventilation (2 hours)
7. Hemodynamic parameters of mechanical ventilation (2 hours)
8. Alternative models of mechanical ventilation (2 hours)
9. Non-invasive mechanical ventilation (3 hours) – Portable ventilator in a Health Center-Rural Clinic
10. Ventilator in ARDS-pneumonia-viruses (flu, COVID) (2 hours)
11. Mechanical ventilation during CPR – Anesthesia (1 hour)
12. Weaning from mechanical ventilation (1 hour)
13. Handling respirators (4 hours)
14. Administration of inhaled drugs during mechanical ventilation (1 hour)
15. Common problems during mechanical ventilation (1 hour)

Recommended reading: Teacher's Notes

  1. Marino's ICU book
  2. Mechanical Ventilation: State of the Art Mayo Clinic Proceedings, 2017
  3. Ventilator Management. StatPearls Publishing 2020
  4. Recent advances in mechanical ventilation in patients with acute respiratory distress syndrome. European Respiratory Review 2015

Periodically

  1. American Journal of Respiratory and Critical Care Medicine
  2. Intensive Care Medicine
  3. Critical Care Medicine
  4. Annals Intensive Care Medicine
  5. European Respiratory Journal
  6. Chest
  7. Annals Intensive Care Medicine
  8. New England Medical Journal
  9. Lancet

Sites

  1. https://www.atsjournals.org
  2. https://academy.esicm.org

Τμημα Ιατρικής - Πανεπιστήμιο Θεσσαλίας
en_GBEnglish
Μετάβαση στο περιεχόμενο