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Image Library O2 Encyclopedia Quick Reference Cards O2 FAQ Resource Library COVID-19 Resources COVID-19 Guidelines Dashboard

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Sharing Toolkit Job Aid Builder O2 Calculator Open Oximetry

Image Library

This image library provides original and curated free images for educational purposes.

O2 Encyclopedia

Everything you want to know about oxygen supply and respiratory care in this open-access, living document that includes original content from OCC and curated content from WHO, UNICEF and other O2 authorities.

O2 FAQ

Up to date, expert answers to frequently asked questions about O2 supply systems, respiratory care and pulse oximetry written by OCC & collaborators.

Resource Library

Browse our library of curated and original content on critical care, oxygen and COVID19.

COVID-19 Resources

We have compiled and created open access, peer-reviewed COVID19 content with relevance to resource-variable settings

COVID-19 Guidelines Dashboard

This resource compiles COVID19 guidelines from leading global authorities and consolidates them into a single recommendation based on concordance.

Sharing Toolkit

Use this tool to easily customize, rebrand and embed OCC features (e.g. O2 calculator, FAQs, resource libraries) into your organization's website in under a minute.

Job Aid Builder

Use the tool below to create your own customized and personally branded educational job aids on a wide range of topics.

O2 Calculator

Use this tool to estimate oxygen supply, demand, cylinder size and duration and much more at the facility or national level.

Oxygen FAQ

Up to date, expert answers to frequently asked questions (FAQ) about oxygen supply systems, respiratory care and pulse oximetry written by OCC & collaborators.

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Invasive mechanical ventilation

How do I know if a ventilator can safely take care of patients with severe hypoxemic respiratory failure (e.g. severe COVID19)?

Please reference the WHO Technical Specifications for Ventilators for a full list.

Some key considerations include whether the device can:

  • Optimally utilize locally available oxygen and power supplies
  • Deliver pressures (Inspiratory pressure 0-40cmH20, PEEP 0-20 cmH20), respiratory rates (tailored to the desired patient population), tidal volumes (that include at least 4-10cc/kg for the desired patient population), and FiO2 (21-100%)
  • Provide standard alarms and monitoring, including plateau pressure and tidal volume measurements
  • Proven reliability to deliver ventilation reliably for consecutive weeks
  • Be utilized with viral filters and humidification systems
  • Includes control modes and modes for weaning (at least AC-VC, AC-PC and PSV)

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