Quantitative Analysis of Small Particles Present in Surgical Smoke Generated During Breast Surgery

Area of Science:

• Surgical Oncology
• Occupational Health
• Environmental Health

Background:

• Surgical smoke from energy devices contains hazardous substances, posing risks to operating room staff.
• Minimizing exposure to surgical smoke is crucial for mitigating health hazards.
• Quantitative assessment of surgical smoke particles is less common than qualitative evaluations.

Purpose of the Study:

• To quantify the number of particles generated during various breast surgery procedures.
• To compare particle generation between electrosurgical devices with and without smoke evacuators.
• To assess the efficacy of smoke evacuation in reducing surgical smoke exposure.

Main Methods:

• Prospective, randomized study involving breast surgeries.
• Comparison of two groups: electrosurgical device alone vs. electrosurgical device with smoke evacuator.
• Particle counting using a particle counter during surgical procedures.

Main Results:

• Surgical smoke was generated in all breast surgery procedures studied.
• Significantly fewer particles were measured when using a smoke evacuator (p < 0.001).
• Smoke evacuation proved effective in reducing particle levels across all procedures.

Conclusions:

• All breast surgeries generate substantial surgical smoke.
• Electrosurgical devices with smoke evacuators effectively reduce hazardous particle counts.
• Routine use of smoke evacuators in breast surgery enhances operating room safety and reduces occupational exposure.