Skip to content
Thyroid cancer: thyroidectomy and radioactive iodine
All guides

Treatments

Thyroid cancer: thyroidectomy and radioactive iodine

Scarless surgery, nerve monitoring and survival above 95%.

medviajes editorial team1 min read

Papillary and follicular thyroid cancer carry an excellent prognosis, with ten-year survival above 95% when treatment is done properly. That is precisely why the clinical conversation focuses on avoiding permanent sequelae rather than survival.

Thyroidectomy, total or partial depending on stage, uses continuous nerve monitoring to identify and preserve the recurrent laryngeal nerve, preventing vocal cord paralysis, and to protect the parathyroid glands and avoid permanent hypocalcaemia. After surgery, radioactive iodine I-131 ablation locates and destroys residual or metastatic iodine-avid tissue.

Two consequences are worth accepting in advance: lifelong hormone replacement therapy and a period of isolation with radiological precautions during radioiodine therapy. It is also wise to confirm who will handle thyroglobulin and neck ultrasound follow-up once home.

South Korea has revolutionised this field with transaxillary or transoral robotic thyroidectomy that eliminates the visible neck scar, a culturally significant factor. Germany and Turkey have specialised nuclear medicine wards for safe isolation during radioisotope therapy. The range is EUR 6,000 to 12,000, with seven to ten day stays.

At medviajes we compare accredited centres with high thyroid surgery volume and coordinate travel, isolation and transfer of reports to your endocrinologist. The strategy must be confirmed by a qualified endocrine and surgical team.

Editorial standards

General information, sources and clear limitations. No guide replaces a medical assessment.

This content is informational and does not replace advice from a healthcare professional. Always consult your doctor before making decisions about your health.

Related articles

Want a personalized plan? Talk to the AI assistant.

Plan with AI