Max Robotics — Global Service Robot Directory + US Certification

About

Salah Eldin Mohamed is a pioneering surgeon whose research has significantly advanced the field of minimally invasive and robotic thyroid surgery. His work centers on developing and evaluating novel remote-access surgical approaches that eliminate visible neck scarring, combining oncological efficacy with improved cosmetic outcomes for patients. Mohamed's most influential contribution is a comprehensive meta-analysis comparing robotic thyroidectomy to conventional and endoscopic approaches (2015, 84 citations), which helped establish the evidence base for robotic thyroid surgery's safety and effectiveness. His early investigations into alternate incision-site thyroidectomy (2013, 36 citations) laid important groundwork for understanding the evolution of these techniques. Particularly noteworthy is his pioneering work on the retroauricular robotic approach (2014, 35 citations), where he refined established surgical techniques and documented initial clinical outcomes, helping to lower barriers for wider adoption. Mohamed also demonstrated the feasibility of robotic transaxillary thyroidectomy for Graves' disease (2013, 18 citations), challenging existing contraindications and expanding patient candidacy for minimally invasive approaches. His creative integration of thyroidectomy with concurrent neck-lift surgery further reflects his commitment to patient-centered innovation. With nearly 190 total citations across his key works, Mohamed's contributions have meaningfully shaped modern thyroid surgical practice.