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Mechanical Ventilation Amid the COVID-19 Pandemic [2022]

1
Establishment of the Bridge Ventilator Consortium
2
An Overview of Lung Anatomy and Physiology
3
Respiratory Mechanics and Ventilation
4
Mechanical Ventilators and Monitors: An Abridged Guide for Engineers
5
An Overview of Mechanical Ventilation and Development of the UC San Diego MADVent
6
An Introduction to Noninvasive Ventilation
7
Noninvasive Ventilation and Mechanical Ventilation to Treat COVID-19-Induced Respiratory Failure
8
COVID-19 Pathophysiology and COVID-19-Induced Respiratory Failure
9
Spread of COVID-19 and Personal Protective Equipment
10
An Overview of Personal Protective Equipment and Disinfection
11
What Is a Bridge Ventilator? Basic Requirements, the Bag Valve Mask, and the Breathing Circuit
12
Hardware Considerations
13
Software Considerations
14
Development of Emergency Resuscitators: Considerations for Mechanical and Electrical Components
15
Incorporating Patient Assist Mode: The ABBU Experience
16
A Qualitative Overview of Emergency Resuscitators Approved in the COVID-19 Pandemic
17
Innovation and Regulation: The FDA’s Response to the COVID-19 Pandemic
18
Regulatory Considerations for Bridge Ventilators
19
Human Factors Considerations in the User Interface Design of Bridge Ventilator Devices
20
Preclinical Animal Testing of Emergency Resuscitator Breathing Devices
21
Multiplex Ventilation: Requirements and Feasibility of Ventilator Splitters
22
CPAP-to-Ventilator: Open-Source Documentation, UC Irvine
23
Alternatives to Conventional Noninvasive Positive-Pressure Ventilation Devices
24
Development of an Inexpensive Noninvasive Ventilation Hood
25
Collaborations and Accomplishments Among the Bridge Ventilator Consortium Teams
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