Tips for putting a patient on a F-60

Slides:



Advertisements
Similar presentations
Neonatal Mechanical Ventilation
Advertisements

Patient – Ventilator Asynchrony
Trouble Shooting (Mechanical Ventilation)
REPRESENTACION GRAFICA DE CONDICIONES CLINICAS EN LAS CURVAS DE MONITOREO VENTILATORIO.
CPAP/PSV.
Junior Practitioner Learning Package Dr Bronwyn Avard, July 2010.
Model 754 Portable Ventilator
Trigger/Limit/Cycle/Baseline
AVEA Enhanced Pulmonary Mechanics
Initiating Positive Pressure CMV A generic approach!
Pressure support ventilation Dr Vincent Ioos Pulmonologist and Intensivist Medical ICU, PIMS 1st International Conference Pulmonology and Critical Care.
Ventilator Graphics: Not Just Pretty Lines
Initiation of Mechanical Ventilation
RSPT 2414 Mechanical ventilation Review Unit 3 classifications By Elizabeth Kelley Buzbee AAS, RRT- NPS.
Flight 60 The Most Versatile Autonomous Ventilator 1 Confidential.
SERVO-i VENTILATOR GRAPHICS
Principles of Mechanical Ventilation
AHP300 VENTILATOR Prepared by Caesar Rondina, EMTP, SCT, EMTP, CES
Ventilator Check It’s a thorough process that should take longer than 2 minutes!
How a Breath is Delivered
1 Life Products LP-6, LP 6 Plus and LP 10 Home Ventilator By Bryce Younger.
Selecting the Ventilator and the Mode
By: Susan P. Pilbeam, MS, RRT, FAARC John D. Hiser, MEd, RRT, FAARC
1 Omni Vent MRI by Bryce Younger by Bryce Younger.
Ventilators All you need to know is….
Highlights of Unit 3: Classification of mechanical ventilation
How To Ventilate ICU Patient Dr Mohammed Bahzad MBBS.FRCPC,FCCP,FCCM Head Of Critical Care Department Mubarak Alkbeer Hospital.
Critical Care Ventilation Technology Perspective Fran Hegarty.
Start breath O 2 breaths Exp. hold Insp. hold Main screen Menu Quick start Alarm profile SaveTrends i ! :32  Charles Gomersall 2003 Servo i ventilator.
Ventilator Graphics Chapter 10. Graphics Monitor the function of the ventilator Evaluate the patient’s response to the ventilator Help the clinician adjust.
1 Respironics BiPAP-Vision. 2Classification Electrically powered – internal battery powers Vent Inoperative & audible alarms if AC power lost. Error code.
Basic Concepts in Adult Mechanical Ventilation
BASICS OF WAVEFORM INTERPRETATION Michael Haines, MPH, RRT-NPS, AE-C
Ventilator Graphics Emeritus Professor Georgia State University
Mechanical Ventilation 1
WEANING The Discontinuation of Ventilatory Support By Adriana Adams and Cesar Mancillas.
ESSENTIALS OF VENTILATOR GRAPHICS
Mechanical Ventilation Graphical Assessment
Are You Optimizing Every Bilevel Breath? Jim Eddins, RRT.
 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.
Ventilatory Modes Graphnet Ventilator.
NEW 3.0 SOFTWARE FOR SERVO-i AND SERVO-s Servo-i Ventilator
PRESSURE CONTROL VENTILATION
“Top Twenty” Session Review for Mechanical Ventilation Concepts What you should remember from the Fall… RET 2264C-12.
The Crossvent 2i+ option The Crossvent 2i+ is available in 2 different configurations: Model 2200JC Built-in model for retrofitting incubators that currently.
Weaning From Mechanical Ventilation
Mechanical Ventilation
CLINICAL UTILITY OF VENTILATOR GRAPHICS
Pressure Regulated Volume Control Mode
Mechanical Ventilation Basic Modes
Mechanical Ventilation - Introduction
Introduction to Basic Waveforms
Ventilator waveform analysis: often ignored bedside assessment
F60 iO2 and Advanced Modes Assaf Weiss, Product Manager
Mechanical Ventilation in newborns
Mechanical Ventilation
F60 Advanced Modes 1 Flight Medical Confidential 1.
“Top Ten” Session Review for Mechanical Ventilation Modes
Advanced Modes of Mechanical Ventilation
Basic Concepts in Adult Mechanical Ventilation
FLIGHT MEDICAL B-Lev Mode Biphasic Ventilation Confidential.
The changes in peak flow and inspiratory time between a minimum rise time (first 2 breaths) and a maximum rise time (last 2 breaths), with the Servo-i.
Adjusting comfort settings on Newport HT70 Series Ventilators
Transport Ventilator and Beyond!
Puritan Bennett™ 560 Ventilator
Asynchrony index at baseline and following optimization of pressure support (PS) level (A), and following optimization of mechanical inspiratory time (mechanical.
During this tracing of 30 seconds, the ventilator displays that the patient rate is 16 breaths/min. During this tracing of 30 seconds, the ventilator displays.
This tracing depicts 30 seconds of information.
The changes in peak flow and inspiratory time between a minimum rise time (first 2 breaths) and a maximum rise time (last 2 breaths), with the Servo-i.
Presentation transcript:

Tips for putting a patient on a F-60 You have 8-9 breaths (or less) to stabilize the patient and not to leave a bad impression. How to do this right?

Stage 1 – Make sure vent is ready Vent and cart are fixed to eliminate vibrations O2 hose and AC cable are well connected & Batteries are OK Breathing circuit and filters – connected and tested Support arm is properly adjusted and fastened Last look at the whole system

Stage 2 – Adjust BASIC ventilation parameters Go to Home/Parameters and “Copy” ventilation mode and all available parameters from erlier ventilator If not available, use site’s default or SIMV VOL (time cycled) – For adult: Vti: 500, Rate: 12, Ti: 1.2, F trig: 3, PEEP: 5, PSV: 10 Record monitored parameters: PIF, PIP, Ti, RR Understand how patient is spontaneously breathing (if at all)

Stage 3 – Adjust ADVANCED ventilation parameters Go to Advanced and fine tune your settings – Rise profile (3*) PSV Flow termination (15) PSV Ti (1.1) Descend Flow VG to On *Understand how patient is spontaneously breathing (if at all)

Extended Screen: Rise Profile Controls the rise time – from PEEP to Target Pressure 1 (= fastest) to 5 (= slowest) Faster rise time = higher peak inspiratory flow Tip - Set the initial Rise Profile to 3 and then adjust it according to the patient comfort.

Extended Screen: PSV Flow Term. Exhalation starts when the flow reaches the set percentage of the peak flow Lower/Longer - the Lower the percentage the longer the breath

PSV Flow Term. 30% of peak flow Peak flow

Extended Screen: PSV Ti Used to select maximum inspiratory time for Pressure Support breaths

Stage 4 – Adjust Alarms Settings High Pressure Alarm If set too low will cause breath termination and patient will not tolerate the ventilator Should be set based on patient mechanics Check PIP (if already ventilated) and set high pressure alarm limit to PIP+10

Stage 4 – Adjust Alarms Settings Apnea Interval If set too low will cause BUV and awake patient will not tolerate the ventilator Should be set according to rate and current mode Suggested Apnea Alarm = 20 seconds

Stage 4 – Adjust Alarms Settings Set the optional alarms to OFF After patient is comfort and stabilize work together with the caregiver to set the additional optional alarms

Stage 5 – Connect patient Go over and approve settings with site’s clinician Let clinician connect the patient Look at: Patient, Waveform (Pressure & Flow), Actual rate

Stage 6 –Adjust vent If patient is not calm, try to identify: Adjust: Flow Hunger Aggressive Flow Built-up Triggering Problem Adjust: PSV, Ti (Vol), PCV, Rise profile, NPPV low/high Rise profile Flow/Pressure Trigger Look at Waves & Loops together with site’s clinician Increase/Optimize spontaneous breathes volume