Peko, L, Barakat‐Johnson, M, Gefen, A. Protecting prone positioned patients from facial pressure ulcers using prophylactic dressings: A timely biomechanical analysis in the context of the COVID‐19 pandemic. Int Wound J. 2020; 1– 12. 
https://doi.org/10.1111/iwj.13435

Using prophylactic dressing to prevent facial pressure ulcers for COVID-19 patients

- Using prophylactic dressing to prevent facial pressure ulcers for COVID-19 patients

Ohio State University, Columbus

Smith College

Biomechanical Engineering for COVID-19 References by Journal

COVID-19 Biomechanical Engineering Articles from The International Wound Journal

3d printing application in biomedical engineering

FDA has approved the use 3d printing technology to make face shields, face masks and ventilator tubes.

3d printing technology to mitigate the spread of covid-19

*FDA has approved the use 3d printing technology to make face shields, face masks and ventilator tubes.

*3d printing is extensively used in many fields such as in automotive, biomedical etc.. Its recent contribution is in the manufacturing of face masks, face shields and ventilator tubes with use of PLA, ABS and flexible materials.

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*FDA has approved the use 3d printing technology to make face shields, face masks and ventilator tubes.

*3d printing is extensively used in many fields such as in automotive, biomedical etc.. Its recent contribution is in the manufacturing of face masks, face shields and ventilator tubes with use of PLA, ABS and flexible materials.

*FDA has approved the use of 3d printing technology to make face shields, face masks and ventilator tubes.

*3d printing is extensively used in many fields such as in automotive, biomedical etc.. Its recent contribution is in the manufacturing of face masks, face shields and ventilator tubes with use of PLA, ABS and flexible materials.

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