The aim of this study is to explore the surgical strategies for treating @entity2621 complicated with @entity1374 . We analyzed the clinical data of 25 @entity1 with @entity2621 with @entity1374 who were treated in our hospital from January 1995 to September 2011. The incidence of @entity2621 with @entity1374 was 9.8  % (25/256) in our hospital. Amongst them, 19 @entity1 had @entity3557 and six had @entity259 . There were 24 cases (96  %) confirmed by the frozen section examination and one (4  %) after surgery. One @entity1 did not undergo remedial surgery. The surgical approaches were determined based on preoperative examinations and intraoperative frozen pathology, including thyroid lobe and isthmus resection with contralateral lobe subtotal resection in 19 cases, and bilateral subtotal thyroid lobectomy in one case. Central lymph node dissection was conducted for all @entity1 except one who was not diagnosed until after the surgery. No recurrence occurred during the follow-up (range: 6  months to 17  years) and all @entity1 have survived to date. The preoperative diagnosis rate of @entity2621 with @entity259 (in particular @entity1374 ) is low. Preoperative palpation, color Doppler ultrasound, fine needle aspiration, and the frozen section examination are helpful to improve the diagnosis rate of @entity2621 with @entity1374 . Surgery procedure is the most effective approach.

Surgical Treatment of Hashimoto's with XXXX .

@entity1 :: ('9606', 'Species') :: ['patients', 'patient'] @entity3557 :: ('MESH:C536915', 'Disease') :: ['papillary thyroid carcinoma'] @entity2621 :: ('MESH:D050031', 'Disease') :: ["Hashimoto's disease"] @entity259 :: ('MESH:D013964', 'Disease') :: ['thyroid cancer', 'follicular thyroid carcinoma'] @entity1374 :: ('MESH:D013959', 'Disease') :: ['thyroid microcarcinomas', 'thyroid microcarcinoma']
@entity1374 :: (MESH:D013959,Disease) :: ['Thyroid Microcarcinoma']
