Laryngeal tuberculosis in the early 21st century. Literature review of clinical, diagnostic and therapeutic data, according to SWiM guidelines.

OBJECTIVES: Review of the scientific medical literature dedicated to clinical data, diagnosis and treatment for laryngeal tuberculosis published since the turn of the 21st century. MATERIAL AND METHODS: Search of the Medline, Cochrane and Embase databases for the period 2000-2022. Selection of cohorts and case reports documenting clinical data, diagnosis and treatment for laryngeal tuberculosis. RESULTS: In total, 119 articles were analyzed. Immunodepression, HIV infection, history of lung tuberculosis, general symptoms suggesting tuberculosis, smoking and associated laryngeal cancer were noted in 18%, 3%, 20% and 41% of cases, respectively. No pathognomonic symptoms or signs emerged. Voice impairment, of various types and severity, isolated and/or associated with other signs, was the most frequent laryngeal symptom, in 86% of cases. All laryngeal sites were involved, with numerous and various associations. Impaired laryngeal motion and tracheotomy were noted in 6% and 1% of cases, respectively. Time to diagnosis varied from less than 1month to 36months, for a median 3months, in case reports. Laryngeal tuberculosis was diagnosed bacteriologically with certainty in 28% of cases while diagnosis was based on indirect criteria and/or involvement of another site in the other 72%, with lung involvement in 54%. Treatment duration ranged from 6 to 24months (median, 6months), using 3 to 5 (median: 4) antitubercular antibiotics, with 4 used in 80% of cohorts and 77% of case reports. Overall rates of cure, death, treatment resistance, adverse events, and laryngeal sequelae were 99%, 0.5%, 0.5%, 6% and 5%, respectively. CONCLUSION: The clinical presentation and diagnostic difficulty in laryngeal tuberculosis did not change since the end of the 20th century. Quadritherapy is highly effective, with a low resistance rate and few adverse effects or laryngeal sequelae.

Acute cervical spinal cord injury after head and neck surgery: A CARE case report.

OBJECTIVE: To describe and analyze a case of acute spinal cord injury after head and neck surgery. DESCRIPTION: One hour after left lobo-isthmectomy under laryngeal neuromonitoring for a 3-cm EU-TIRADS 4 - Bethesda 4 thyroid nodule in a 48-year-old euthyroid male without any known comorbidity, left hemiparesis occurred. Cervical spine MRI showed an anteromedial herniated C6-7 disk with medullary compression. The disk was resected, compression was released and C6-7 fusion was performed via an anterior cervical approach on postoperative day 1. Postoperative course was unremarkable, with complete recovery of motion within 2 days. One month later, neurological clinical examination was normal and interview revealed left cervicalgia with onset a few days prior to lobo-isthmectomy. One year later, at the time of writing, the patient was doing fine. CONCLUSION: Otorhinolaryngologists and head and neck surgeons must be aware of the risk of acute cervical spinal injury after cervical mobilization in head and neck surgery, and should take all measures to avoid this exceptional but dramatic complication.

Apport de l'imagerie dans les brèches ostéoméningées de l'étage antérieur de la base du crâne / Role of imaging in the osteo-dural defects of the anterior base of the skull

Décrire les caractéristiques radiologiques de la brèche ostéo-méningée (BOM) de l'étage antérieur de la base du crâne. Méthodes: Etude rétrospective, descriptive, monocentrique, colligeant les patients hospitalisés pour prise en charge d'une brèche ostéoméningée (BOM) et explorés par le couple TDM/IRM, du 1er janvier 2012 au 31 Décembre 2021. Résultats: Ont été retenu 23 patients avec un âge moyen de 48 ans et un sex ratio de 0,3. Des antécédents de chirurgie nasosinusienne ou de neurochirurgie ont été notés chez deux patients (9 %). Treize patients (57 %) étaient victimes de traumatisme crânien. Une rhinoliquorrhée était retrouvée dans 21 cas (persistante dans trois cas (12%) et intermittente dans 18 cas (76%)). La découverte de la BOM a été faite suite à une méningite dans quatre cas. Le dosage de la bêta trace a confirmé la présence de LCR chez deux patients. La TDM a confirmé le diagnostic chez 12 patients dont deux patients qui ne présentaient pas de rhinoliquorrhée à l'examen clinique. Elle a aussi permis d'établir le bilan topographique dans ces cas. Elle a suspecté une BOM dans 9 cas et était négative dans deux cas. L'IRM a confirmé le diagnostic dans tous les cas et a permis de: localiser le siège de la fuite de LCR dans les brèches multiples, confirmer le diagnostic deméningoencéphalocèle (trois cas) et objectiver des signes indirects d'hypertension intra-crânienne (HTIC) (quatre cas). Conclusion: L'imagerie en coupes permet de localiser la BOM mais nécessite souvent, une approche par étapes et son interprétation exige une connaissance approfondie de l'anatomie normale et des variantes de la base du crâne. Mots-clés: Liquorrhée, Brèche Ostéoméningée, Chirurgie, TDM, IRM

Juvenile otosclerosis: radio-clinical features and outcomes of surgical treatment

Purpose: To review the radio-clinical features and to evaluate the outcomes of surgery approaches for the treatment of otosclerosis in pediatric population. Methods: It's a retrospective study including 12 patients under 18 years of age, diagnosed with otosclerosis and using data over a 24 ­ year ­period (1996-2020). A clinical examination, an audiometric assessment and a computed tomography of the temporal bone (CT-Scan) prior to surgery had been performed in all cases. All patients underwent surgical treatment under general anesthesia. Follow ­up was essentially clinical and audiometric with a mean period of 4years. Results: Mean age of our patients was 15.3 with a ratio of 0.5. Only three of them had a family history of otosclerosis. Major functional sign was hearing loss; tinnitus was noted in only 5 cases. CT-Scan had shown typical radiographic evidence of otosclerosis grade Ia (Veillon classification) in 9 cases, grade Ib in 1 case and no abnormalities in 2 cases. Surgery was performed in all cases: 8 patients underwent stapedotomy and 4 had stapedectomy. The audiometric results were good, air-bone gap closure to within 10 dB was achieved in 84% of cases (10 cases) and to within 20dB in 100% of cases at last follow-up. Conclusion: Audiometric and radiological assessments are essential to guide the diagnosis and the treatment of juvenile otosclerosis. Stapes surgery is a good option for closing the air-bone gap in children with bilateral juvenile otosclerosis

Juvenile otosclerosis: radio-clinical features and outcomes of surgical treatment

Purpose: To review the radio-clinical features and to evaluate the outcomes of surgery approaches for the treatment of otosclerosis in pediatric population. Methods: It's a retrospective study including 12 patients under 18 years of age, diagnosed with otosclerosis and using data over a 24 ­ year ­period (1996-2020). A clinical examination, an audiometric assessment and a computed tomography of the temporal bone (CT-Scan) prior to surgery had been performed in all cases. All patients underwent surgical treatment under general anesthesia. Follow ­up was essentially clinical and audiometric with a mean period of 4years. Results: Mean age of our patients was 15.3 with a ratio of 0.5. Only three of them had a family history of otosclerosis. Major functional sign was hearing loss; tinnitus was noted in only 5 cases. CT-Scan had shown typical radiographic evidence of otosclerosis grade Ia (Veillon classification) in 9 cases, grade Ib in 1 case and no abnormalities in 2 cases. Surgery was performed in all cases: 8 patients underwent stapedotomy and 4 had stapedectomy. The audiometric results were good, air-bone gap closure to within 10 dB was achieved in 84% of cases (10 cases) and to within 20dB in 100% of cases at last follow-up. Conclusion: Audiometric and radiological assessments are essential to guide the diagnosis and the treatment of juvenile otosclerosis. Stapes surgery is a good option for closing the air-bone gap in children with bilateral juvenile otosclerosis