Volume 2 Supplement 1
CO2 laser transoral laser microsurgery of head and neck cancer: lessons learned over ten years
© Rubinstein and Armstrong; licensee BioMed Central Ltd. 2010
Published: 29 October 2010
CO2 transoral laser microsurgery (TLM) is an emerging technique for the management of laryngeal cancer and other head and neck malignancies. This technique has become more widely used by head and neck surgeons progressively replacing traditional open surgical procedures because it is better at preserving organ function with lower overall morbidity. The CO2laser is coupled to a micromanipulator and microscope, which provides enhanced tumor visualization and the ability to perform precise tissue cuts, obtain excellent hemostasis, and avoid damaging the surrounding tissues and structures that are transected during open surgical procedures.
To summarize our experience using the CO2laser for the transoral resection of head and neck cancer, and discuss strategies and solutions for situations encountered during laser resections.
Material and methods
The basic principles and approach of performing TLM using CO2 laser for different otolaryngologic malignancies will be discussed. The benefits of using CO2TLM over traditional surgery, common complications, and different settings used depending on the location of the tumor and as well as the several lessons learned over the years will also be discussed.
CO2 laser is the best-suited laser for TLM in treatment of head and neck cancer. Over the years the improved instrumentation, demonstration of oncologic effectiveness, clinical experience using TLM and decreased morbidity has led to an increased utilization of TLM by head and neck surgeons. Successful surgery requires adequate visualization, precise cutting, controlled depth of tissue penetration, and ability to obtain tissue hemostasis. The full spectrum of laser power settings, spot sizes and energy pulse delivery modes is utilized to resect mucosa, fat, muscle, connective tissue and cartilage while avoiding inadvertent damage to nerves and large vessels, and obtaining adequate hemostasis.
This article is published under license to BioMed Central Ltd.