Our study titled "Bacterial Contamination of Protective Lead Garments in an Operating Room Setting," led NY Ron Gilat and published a couple of years ago (https://lnkd.in/dBwRBBEU), has recently been cited by Alec Gonzales et al. in their exploration of exoskeleton compatibility in perioperative environments (https://lnkd.in/dn93Kh2k).
In our study (https://lnkd.in/dBwRBBEU), we delved into the potential bacterial colonization of protective lead garments (PLGs) worn by healthcare professionals during surgeries. We found that 88% of PLGs tested were contaminated, raising concerns about intraoperative infections. Notably, the neck-thyroid shield had high loads of Staphylococcus epidermidis, shedding light on a specific risk area.
The study by Alec Gonzales et al. (https://lnkd.in/dn93Kh2k) offers insights into the integration of exoskeletons to alleviate physical demands on surgical team members. Their observations emphasize the importance of maintaining a sanitized environment.
The persistence of PLG contamination, despite regular cleaning protocols, underscores the need for enhanced measures to reduce the risks of surgical site infections. We propose a practical solution: surgeons cleaning their neck-thyroid shields before commencing operations. A straightforward disinfecting wipe or a solution of detergent and hot water can achieve this.
Just as hand washing is part of the preoperative routine, perhaps so should the cleaning of PLGs?
#InfectionPrevention #OrthoSafety Ron Gilat Eran Beit-ner