# Current and Future of Robotic Surgery in Thyroid Cancer Treatment

## TL;DR

This review explores how robotic surgery is changing thyroid cancer treatment, offering benefits like better precision and faster recovery, while highlighting future improvements.

## Contribution

The paper provides a comprehensive review of current robotic thyroidectomy approaches and outlines future innovations to enhance patient care.

## Key findings

- Robotic surgery offers comparable safety and better cosmetic outcomes than traditional open surgery.
- Challenges include longer operative times and higher costs compared to conventional methods.
- Future advancements like AI integration and single-port surgery may improve robotic thyroidectomy.

## Abstract

By synthesizing the latest research and clinical data, this review underscores the transformative potential of robotic surgery in thyroid cancer management and identifies key areas for further research to optimize patient outcomes. Our aim is to enhance the discourse on improving surgical care for thyroid cancer patients and to pave the way for future innovations in the field.

Thyroid cancer is among the most common endocrine malignancies, necessitating effective surgical interventions. Traditional open cervicotomy has long been the standard approach for thyroidectomy. However, the advent of robotic surgery has introduced new possibilities for minimally invasive procedures with benefits in terms of cosmetic outcomes, enhanced precision, comparable complication rates, and reduced recovery time. This study mainly reviewed the most widely used and well-known robotic thyroidectomy approaches: the transaxillary approach, the bilateral axillo–breast approach, and the transoral approach. This review examines the current status and future potential of robotic surgery in thyroid cancer treatment, comparing its efficacy, safety, and outcomes with those of conventional open cervicotomy. Challenges such as a longer operative time and higher costs exist. Future directions include technological advancements, tele-surgery, single-port surgery, and the integration of artificial intelligence. Robotic surgery holds promise in optimizing patient outcomes in thyroid cancer treatment.