Hoffman Claire J, Bunch Paul M, May Nelson H, Kraus Eric M, Sullivan Christopher A
Department of Otolaryngology-Head and Neck Surgery, Wake Forest University School of Medicine, Winston-Salem, North Carolina, USA.
Department of Radiology, Division of Neuroradiology, Wake Forest University School of Medicine, Winston-Salem, North Carolina, USA.
Case Rep Otolaryngol. 2025 Aug 4;2025:2810812. doi: 10.1155/crot/2810812. eCollection 2025.
We describe a third variant of Eagle syndrome characterized by (1) neck pain (2) giant, hypertrophied styloid processes, (3) mobile styloid process due to pseudoarthrosis, and (4) combined facial nerve compression/entrapment leading to facial spasms and paralysis. Our patient presented with symptoms of Eagle syndrome, bilateral giant styloid processes, and left facial spasms progressing to left facial paresis/paralysis. CT findings included a pseudoarthrosis of the base of a giant left styloid process and overgrowth of bone superior to the styloid base. The mobile styloid process resulted in compression of the facial nerve exiting the stylomastoid foramen and facial spasms with head rotation to the left. Bony overgrowth superior to the pseudoarthrosis led to stenosis of the facial canal distal mastoid segment. Along with compression from the styloid, nerve entrapment contributed to facial paresis that progressed to facial paralysis. Left styloidectomy was performed to alleviate impingement on the facial nerve, and left canal wall-up tympanomastoidectomy with facial nerve decompression was performed to alleviate entrapment caused by bony overgrowth. Two months postoperatively, the patient's left facial paralysis improved to mild left eyelid lag without signs or symptoms of ocular exposure. The patient developed delayed first-bite syndrome successfully treated with amitriptyline. She did not report postoperative dysgeusia. Our patient's left facial paresis was initially attributed to viral neuritis, and the possibility of Eagle syndrome was not initially considered. The relative rarity and varied presentations of Eagle syndrome often create a diagnostic challenge, especially for patients with progressive symptoms. Our patient's presentation emphasizes the importance of a thorough head and neck evaluation of any patient presenting with head and neck signs or symptoms persisting for longer than 3 weeks as well as awareness of what we believe is the first description of a third variant of Eagle syndrome.
我们描述了一种鹰综合征的第三种变体,其特征为:(1)颈部疼痛;(2)巨大、肥大的茎突;(3)由于假关节形成导致茎突可活动;(4)合并面神经受压/卡压,导致面部痉挛和麻痹。我们的患者表现出鹰综合征的症状、双侧巨大茎突以及左侧面部痉挛进展为左侧面部轻瘫/麻痹。CT检查结果包括左侧巨大茎突基部的假关节形成以及茎突基部上方骨质增生。可活动的茎突导致面神经从茎乳孔穿出时受压,以及头部向左旋转时出现面部痉挛。假关节上方的骨质增生导致乳突段面神经管狭窄。除了来自茎突的压迫外,神经卡压也导致了进展为面瘫的面部轻瘫。进行了左侧茎突切除术以减轻对面神经的压迫,并进行了左侧外耳道后壁上鼓室乳突切除术及面神经减压术以减轻骨质增生引起的卡压。术后两个月,患者的左侧面瘫改善为轻度左侧眼睑下垂,无眼部暴露的体征或症状。患者出现了延迟性初咬综合征,用阿米替林成功治疗。她未报告术后味觉障碍。我们患者的左侧面部轻瘫最初归因于病毒性神经炎,最初未考虑鹰综合征的可能性。鹰综合征相对罕见且表现多样,常常造成诊断挑战,尤其是对于有进行性症状的患者。我们患者的表现强调了对任何出现头颈部体征或症状持续超过3周的患者进行全面头颈部评估的重要性,以及对我们认为是鹰综合征第三种变体的首次描述的认识。