Author, year | Study Design | Level of Evidence | Subjects (n) | Study Groups | Study outcomes | Conclusion | Directness of evidence |
---|---|---|---|---|---|---|---|
Carr, 2020 [24] | Descriptive, cross sectional study | N/A | 36 | Pediatric tonsillectomy patients | Airborne particle concentration in air sample during tonsillectomy. | Airborne particle concentration during tonsillectomy was over 9.5 times higher when electrocautery was set at 20 W compared to 12 W | Direct |
Subbarayan, 2019 [25] | Descriptive, cross sectional study | N/A | 6 | Patients with resection of oropharyngeal cancer | PCR of air samples for HPV16 DNA | None of the electrocautery fumes sampled yielded detectable HPV16 DNA | Direct |
Brüske-Hohlfeld, 2008 [26] | Descriptive, cross sectional study | N/A | 6 | Patients undergoing abdominal surgery | Airborne particle concentration in air samples | Electro-cauterization and argon plasma tissue coagulation induced the production of very high concentrations of particles in the diameter range of 10 nm to 1 μm. | Direct |
Ishihama, 2010 [27] | Descriptive, cross sectional study | N/A | 54 | Patients undergoing head and neck surgeries. | Blood aerosols in OR air conduction filters | Surgical procedures using electrocautery can result in aerosolization of blood. | Direct |
Sawchuk, 1989 [22] | Experimental study | N/A | 7 | Human plantar warts | Dot-blot analysis of HPV DNA in air samples | Four of seven electrocoagulation-derived vapors were positive for human papillomavirus DNA. | Indirect |
Johnson, 1991 [28] | Experimental study | N/A | 32 cell cultures | HIV-1 inoculated blood | Isolation of P−24 HIV-1 core antigen in cell cultures obtained from exposed to surgical smoked generated in the presence of HIV-1 inoculated blood | No HIV-1 was detected in cells exposed to surgical smoke | Indirect |