Bipolar sealing devices in video-assisted thoracic surgery

Area of Science:

• Thoracic Surgery
• Surgical Technology
• Minimally Invasive Procedures

Background:

• Intraoperative bleeding and post-operative air leaks are significant complications in complete video-assisted thoracic surgery (c-VATS).
• Achieving effective hemostasis during VATS can be challenging and potentially unsafe.
• The efficacy of bipolar sealing devices for hemostasis in VATS remains underexplored in current literature.

Purpose of the Study:

• To compare the performance of bipolar electrothermal devices against endostaplers in VATS lung resections.
• To assess the impact of these devices on intraoperative bleeding.
• To evaluate their effectiveness in preventing post-operative air leaks.

Main Methods:

• Comparative study involving VATS lung resections.
• Utilizing bipolar electrothermal devices for hemostasis.
• Employing endostaplers for lung resection.
• Monitoring and quantifying intraoperative blood loss.
• Assessing the incidence and severity of post-operative air leaks.

Main Results:

• Limited data available on bipolar sealing devices in VATS.
• Endostaplers enable safe thoracoscopic lung resections.
• Standard bipolar technology shows efficacy in coagulating small vessels.
• Study aims to provide comparative data on bleeding and air leaks.

Conclusions:

• Further research is needed to define the role of bipolar sealing devices in VATS.
• Endostaplers offer a viable option for safe lung resection in VATS.
• Comparative analysis will clarify optimal device selection for reducing complications.