#HIGH-PERFORMANCE VENTILATION

PATIENTS’ LIVES are in our hands, let’s learn to ventilate better ! Among medical students taking their BLS certification delivered adequate tidal volume (1) For many years we have focused our training mainly on the quality of chest compressions. But if we must perform high quality chest compression to enable blood circulation it is mostly for the purpose of supplying the brain and the heart with oxygen. Now most of students and many experienced professionnals struggle to perform adequate ventilation. Among 280 ventilation sessions realized with 140 healthcare professionals, only 7.5% delivered...

There is no High-Performance CPR without High-Performance Ventilation ... What is High-Performance Ventilation ? Provide an adequate volume while minimizing the risk of gastric insufflation AHA recommends* to ‘‘focus on high-quality CPR (compressions + ventilation).’’ (3) * Class 1 recommended (Strong evidence) Avoid excessive gas leakage which can result in inadequate ventilation of the patient’s lungs. Avoid Hyperventilation which creates lung injuries and reduces venous return ‘‘Without adequate oxygenation it may be impossible to achieve R

Hyperventilation Kills patients Hyperventilation reduces the chances of survival by 70% (5) Hyperventilation is feared by most caregivers when performing CPR as it causes • Lung damages and barotroma • Lung infections and pneumonia • Reduced blood flow to the heart and brain ‘‘Hyperventilation by excessive volume or rate can impair survival’’ (5) On intubated patients, hyperventilation is present in almost 80% of situations Normal lungs Injured lung caused by hyperventilat

Excessive gas leakage Kills patients Gas leakage reduces the chances of survival by 60% (8) Contrary to popular belief a few years ago, the biggest problem with BVM ventilation is excessive gas leakage. Insufficient tidal volumes decrease the chance of ROSC from 19.8% to 8.7% and reduce the survival rate from 10.3% to 4%.* (8) Leakage does represent on average 69% of the insufflated volume with the one-hand technique. (7) * This is the result of a clinical study carried out in 2019 on 560 out of hospital cardiac arrest patients in Dallas, Texas.

Because what is not measured... ...cannot be improved

The EOlife® devicesand adapt to any bag, mask and tracheal tube to measure Patented unique and give REAL TIME FEEDBACK on insufflated volume, tidal volume, as technology worldwide well as ventilation rate and gas leakage. Both devices have the same features except that EOlife X® enables data download via Bluetooth and can record ventilation parameters in «Blind Mode». WATCH THE VIDEO Medical Device Training tool Real time visualisation of Insufflated volume (Vi) Tidal volume (Vt) Ventilation rate (Freq.) Real time feedback of Insufflated volume Smart alarm priorization system Important Leakage...

The Ultimate Training tool for #HIGH-PERFORMANCE VENTILATION The independant panel of judges said: ‘‘EOlife X® is unique in its ability to teach manual ventilation.’’ 2022 of trainees provide quality ventilation after their 1st training session with EOlife

EOlife X® helps you to teach: How to open the airway and maintain proper mask seal How to choose the appropriate mask size ...and get ready to use Medium Continuous Rotate How to squeeze the bag and adapt delivered volume and rate to the patient The Ultimate Medical Device for #HIGH-PERFORMANCE VENTILATION Good Ventilation

Track your skills progress over time Thanks to the EOlife® Connect app, you can download and save each of your Training sessions to allow Booster Training and Spaced Learning as recommended by AHA to improve CPR skills retention. (9) EOlife® Connect app. is the only solution that offers a detailed analysis of the ventilation parameters, thus allowing to focus on the areas to correct and improve.

Manual ventilation quality in Pediatric CPR should be the 1st Priority More than 300,000 children die each year from cardiac arrest worldwide, approximately 20,000 in the USA and 30,000 in Europe. (12) EMS providers are not trained to provide manual ventilation to children even if ventilation is defined by the guidelines as the 1st priority. “In infants and children, asphyxial cardiac arrest is more common than cardiac arrest from a primary cardiac event; therefore, effective ventilation is the most important during resuscitation of children.” TRAINING FOR THE PEDIATRIC VENTILATION EOlife X®...

What are the differences in pediatric CPR ? Pediatric CPR has numerous differences compared to adult CPR, at various levels. It is particularly important to master ventilation in children to prevent serious consequences. The differences in children include: Oxygen consumption is doubled compared to adults. Providing effective ventilation is an absolute priority.(13) Extremely small tidal volumes. The risk of hyperventilation and barotrauma is even more important. (14) Facial structure is softer and easier to compress. Higher risk of excessive leakage around the mask. (15) Time to hemoglobin desaturation...

1st TRAINING TOOL WORLDWIDE FOR PEDIATRIC VENTILATION For all patients from1 year old The pediatric ventilation function integrated in EOlife X® defines the target ventilation parameters, for each age category. It is based on the theoretical age of the patient easily identifiable by a color code given by the Broselow® scale (US) or Handtevy tape used worldwide. Patient weight The pediatric ventilation function on EOlife X® : Unprecedented precision. WATCH VIDEO 14

The Ultimate Medical device for #HIGH-PERFORMANCE VENTILATION ‘‘EOlife® fills an important gap in the management of CPR’’ Dr. Daniel Jost, Head of the Scientific Department at Paris Fire Brigade. EOlife® improves manual ventilation quality by over

High-Performance Ventilation will become a standard of care Since its launch in 2021, more than 2300 patients have already benefited of the EOlife® technology WATCH THE VIDEO