Transoral laser surgery today is the mainstay of treatment for T1 and T2 @entity189 . The vocal ability remains sufficient in the majority of @entity1 . However, in some cases, a significant glottic gap may persist, leading to poor voice quality. We report a special technique of medialization thyroplasty using autologous cartilage specifically adapted for vocal rehabilitation after laser resection. Six @entity1 with a significant glottic gap following laser surgery were treated. For vocal rehabilitation, a special medialization technique was performed. The superior rim of the thyroid cartilage of the resected side was exposed. A 1 x 2-cm piece of cartilage was harvested and reimplanted into a subperichondrial pouch created on the inner side of the thyroid cartilage. When phonation was optimal, this cartilaginous strut was sutured and/or glued in place. In all 6 cases, the vocal function improved significantly. The @entity7364 index (0 = normal, 3 = aphonia), which includes objective parameters as well as expert voice ratings and the @entity1 's perception, increased by 1.1 on average (range, 0.4 to 1.6). The results have been lasting. The established medialization techniques are of limited value in a larynx scarred by laser surgery. Injection augmentation is often futile because the tight scar tissue does not lend itself to augmentation. Implantation of nonorganic material may cause problems if revision surgery for @entity5 recurrence should become necessary or if the implant protrudes into the scarred endolarynx. The technique reported avoids these pitfalls and leads to voice quality improvement comparable to that of established medialization procedures.

Surgical voice rehabilitation after laser surgery for XXXX .

@entity1 :: ('9606', 'Species') :: ['patients', 'patient'] @entity5 :: ('MESH:D009369', 'Disease') :: ['tumor'] @entity189 :: ('MESH:D002277', 'Disease') :: ['glottic carcinoma'] @entity7364 :: ('MESH:D055154', 'Disease') :: ['dysphonia']
@entity189 :: (MESH:D002277,Disease) :: ['glottic carcinoma']
