StayCurrentMD · JPS Hats Off!
Video4 min·Published Feb 2018Older

JPS Hats Off!

hosted by Dr. Todd Ponsky · StayCurrentMD
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What the experts said1 expert statements · 9 host summaries
Material thickness is more important than cap style for determining safety in the operating room
OpinionTodd Ponsky
The study 'Hats Off, a study of different operating room headgear assessed by environmental quality indicators' was conducted by first author Dr. Troy Markle and senior author Dr. Jennifer Wagner at Riley Children's Hospital in Indianapolis
Host summaryTodd Ponsky · not cited in answers
The study compared three types of operating room hats: cloth skullcaps, disposable bouffant caps, and disposable skullcaps
Host summaryTodd Ponsky · not cited in answers
The study evaluated material permeability and porosity, air contaminants, and field contaminants in a mock operating room
Host summaryTodd Ponsky · not cited in answers
Air contaminants were assessed through active sampling with a vacuum that evaluated the air
Host summaryTodd Ponsky · not cited in answers
Passive sampling assessed what was found on the field, both microbial and particles
Host summaryTodd Ponsky · not cited in answers
The disposable bouffant cap had the most permeability and was the most porous of all three hat types
Host summaryTodd Ponsky · not cited in answers
Active air sampling with vacuum showed no difference in contamination between the three cap types
Host summaryTodd Ponsky · not cited in answers
Field sampling showed disposable bouffant caps had the highest shedding of microbial and particle contaminants on the surgical field
Host summaryTodd Ponsky · not cited in answers
Cloth skullcaps had the lowest permeability, lowest porous material, and very low shedding compared to disposable bouffant caps
Host summaryTodd Ponsky · not cited in answers