OBSERVATION CAUSE Decreased dynamic compliance, stable static compliance, (↑ PIP, unchanged plateau) Increased Raw Increased dynamic compliance, stable.

Slides:

Advertisements

Similar presentations

Neonatal Mechanical Ventilation

Advertisements

Basics of Mechanical Ventilation

Mechanical ventilation

The Map Between Lung Mechanics and Tissue Oxygenation The Map Between Lung Mechanics and Tissue Oxygenation.

Initial Assessment of the Mechanically Ventilated Patient

1 Pre-ICU Training CHEST Mechanical Ventilatory Support 2008/6/20.

“… an opening must be attempted in the trunk of the trachea, into which a tube of reed or cane should be put; you will then blow into this, so that the.

Tutorial: Pulmonary Function--Dr. Bhutani Clinical Case 695 g male neonate with RDS, treated with surfactant and on ventilatory 18 hours age:

Introduction to Mechanical Ventilation

Accelerated Ventilator Weaning Guideline A path to excellence! Click Here A path to excellence! Click Here.

Troubleshooting and Problem Solving

Pressure support ventilation Dr Vincent Ioos Pulmonologist and Intensivist Medical ICU, PIMS 1st International Conference Pulmonology and Critical Care.

Determining the appropriate level of PSV By Elizabeth Kelley Buzbee AAS, RRT-NPS, RCP.

Initiation of Mechanical Ventilation

Program Information Overview.

Ventilator Settings in Pediatric Patients Wanida Paoin Thammasat Hospital,Thammasat University.

Ventilators for Interns

Flight 60 The Most Versatile Autonomous Ventilator 1 Confidential.

Mechanical Ventilation Tariq Alzahrani M.D Assistant Professor College of Medicine King Saud University.

Objectives Discuss the principles of monitoring the respiratory system

Principles of Mechanical Ventilation

CMV Mode Workshop.

Review of modes of mechanical ventilation By Elizabeth Kelley Buzbee A.A.S., R.R.T.-N.P.S., R.C.P.

Ventilator Check It’s a thorough process that should take longer than 2 minutes!

How a Breath is Delivered

Principles of Mechanical Ventilation

Building a Solid Understanding of Mechanical Ventilation

MECHANICAL VENTILATION

Mechanical Ventilation

Selecting the Ventilator and the Mode

Review of modes of mechanical ventilation

1 Elsevier items and derived items © 2010 by Saunders, an imprint of Elsevier Inc. Chapter 19 Mechanical Ventilation of the Neonate and Pediatric Patient.

Vents 101 Ted Lee,MD. Objectives Understand the basics of vent mechanics Describe the various modes of ventilation Learn how to initiate mech. ventilation.

Without reference, identify principles about volume/pressure and high frequency ventilators with at least 70 percent accuracy.

Exam 1 review. PV loop Note over distention Patient triggers Asynchrony RAW.

Airway Pressure Release Ventilation

Basic Concepts in Adult Mechanical Ventilation

Highlights of RSPT 2414 Mechanical Ventilation: Unit 1 By Elizabeth Kelley Buzbee AAS, RRT- NPS, RCP.

 Understand the different breath types with SIMV  Know the Phase variables of the different breath types: trigger/limit/cycle  Know the breath sequence.

Neurological Emergencies. 4 Dr. Maha Al Sedik 2015 Medical Emergency I.

Chapter 2 Basic Terms & Concepts of Mechanical Ventilation.

Ventilator Management James Eakins, MD FACS Director, Trauma and Surgical Critical Care Hahnemann University Hospital.

Ventilator Graphics Emeritus Professor Georgia State University

Mechanical Ventilation 1

Mechanical Ventilation 101

3 nd LECTURE VENTILATORS Part One. Ventilators One of the major life support systems. Ventilators take over the vital role of the respiratory muscles.

Mechanical Ventilation Graphical Assessment

 Understand the dual control concept  Understand the pressure regulation mechanism in PRVC  Demonstration of PRVC  Settings and adjustment with Servo.

Ventilatory Modes. Volume Controlled Mandatory Breath Gas is delivered at a constant flow until the set tidal volume is reached. Pressure rises to a.

Principles of Mechanical Ventilation Mazen Kherallah, MD, FCCP.

Ventilators for Interns

Mechanical Ventilation

Basics of Mechanical Ventilation RET Advanced Mechanical Vent Lecture 1 Reorientation and Basic Operational Principles Dr. J. Elsberry Special.

Start with the airway pressure screen Step 1….determine the CPAP level This is the baseline position from which there is a downward deflection on, at.

Vents 101 Ted Lee,MD.

Introduction to Basic Waveforms

Mechanical Ventilator 2

APPROACH TO ASSESSMENT AND WEANING AT THE BED SIDE

Mechanical Ventilation

The Effect of NAVA on Parameters of Ventilation in the Pediatric Intensive Care Unit Cynthia C. White, BA, RRT-NPS, AE-C, FAARC; Brandy Seger, BS, RRT-NPS;

Mechanical ventilator

Basic Concepts in Adult Mechanical Ventilation

Measurement of static and dynamic compliance during mechanical ventilation. A tidal volume is delivered, causing a peak in airway pressure; dynamic compliance.

Dr. R. Bagheri Ventilatory support of postoperative surgical patients

Mechanical ventilator

T. N. Weingarten, F. X. Whalen, D. O. Warner, O. Gajic, G. J

Interactions among clinician, patient, and ventilator.

Flow, esophageal pressure, airway pressure, and transpulmonary pressure can be used to calculate respiratory system compliance, chest-wall compliance,

Presentation transcript:

OBSERVATION CAUSE Decreased dynamic compliance, stable static compliance, (↑ PIP, unchanged plateau) Increased Raw Increased dynamic compliance, stable static compliance (↓ PIP, unchanged plateau) Improvement of Raw from baseline False increase in dynamic compliance, with a true decrease in static compliance (↑ in PIP and plateau) Worsening lung/thoracic compliance (difference between PIP and plateau remains the same) A true decrease in both dynamic and static compliance (↑ PIP and plateau) By ↓ in compliance and increase in Raw A false increase in dynamic compliance, with true increase in static compliance (↓ PIP and plateau) Seen with improvement of patient’s lung/thoracic compliance (difference between PIP and plateau remains the same) A true increase in both dynamic and static compliance (↓ in PIP and plateau) Indicates improvement in Raw and lung/thoracic compliance (difference between PIP and plateau ↓)

MODE INDICATIONS Control Ventilation The patient that “fights” the vent Tetanus or other seizure activity Complete rest for the patient for a 24 hour period Patients with crush injuries to improve paradoxical chest wall movement Assist Control Ventilation Stable respiratory drive and can trigger vent Safe for patient if they stop triggering vent SIMV Provide partial ventilatory support Improve a period of rest Ease the patient from full support towards weaning