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Ostreavent II Update

Ostreavent II Update

June 2020:

Dear Friends: 

While racing with time, the team, composed of medical and engineering experts, was able to complete the prototype OstreaVent for adults (OstreaVent II) in a record time of 5 weeks. The team members (see attached photo) are:

1. Dr. Enrique Ostrea Jr – Neonatologist, UPPGH, UPNIH and WayneState University, Detroit, Michigan, USA, inventor of the OstreaVent for infants

2. Dr. Esterlita Villlanueva-Uy – neonatologist, UPPGH, UPNIH and UP College of Medicine

3. Dr. Herbert Uy – pediatric intensivist, UPPGH and UP College of Medicine

4. Dr. Vincent Faustino – pediatric intensivist, Yale University Hospital and School of Medicine, New Haven, Connecticut, USA

5. Dr. Manuel Peter Paul Jorge – adult pulmonologist and former Chief of Medicine, UPPGH and UP College of Medicine

7. Dr. Kris Tan – adult pulmonologist, UPPGH and UP College of Medicine

8. Professor Robert Dizon – Electrical engineer, Director of Metals Industry Research and Development Center, DOST and Asst. Secretary, DOST. Prof. Dizon developed the electronic controller of the OstreaVent for infants.

9. Professor Alexander Paran, PhD. Mechanical engineers, former Professor, UP College of Mechanical Engineering. Dr. Paran was part of the engineering team that developed the OstreaVent for infants.

The photo shows the OstreaVent team (left to right): Dr. Jun Jorge, Prof. Bob Dizon, Dr. Vince Faustino, Dr. Kris Tan, Dr. Tita Villanueva-Uy and Dr. Ostrea. Not in photo are Dr. Alex Paran and Dr. Herbie Uy. In the group photo, note the OstreaVent (white) and OstreaVent II prototype when it was being tested in the UPPGH Pulmonary lab.
The second photo shows the OstreaVent II, its main screen showing the bar graph display of PIP, Tidal volume and PEEP, alarm limits and pressure, volume and oxygen flow waveforms.


The OstreaVent II is both a pressure or volume limited, time cycled ventilator with Positive End Expiratory Pressure Ventilation (PEEP), Continuous Positive Airway Pressure Ventilation (CPAP) and Biphasic Positive Airways Pressure mode (BiPAP). The normal range of tidal volume (TV) is 100-600 mL, peak pressure (PIP) up to 60 cm H2O and PEEP/CPAP of 0-20 cm H2O. It can operate on 220 to 240 V, 50/60 Hz or battery operated( 12 volts) during power loss or patient transfer. One of the unique features of the OstreaVent II is its ability to monitor the performance of batches of 1500 real time breaths, in Excel format, from its USB port.

Next phase is the government testing of the OstreaVent II for performance, functionality and safety. Then it will proceed to the clinical test of patients needing ventilator support. Thanks for all your prayers and financial support.

Buddy

Enrique M. Ostrea, Jr., M.D.
Professor of Pediatrics, Wayne State University
Neonatologist, Hutzel Women’s Hospital
     and Children’s Hospital of Michigan
Detroit, MI  48201