Enhanced recovery after laryngectomy: A feasibility study in 25 patients.

PURPOSE: To describe the development and implementation of an enhanced recovery programme for patients undergoing total laryngectomy. METHODS: A feasibility study set in a tertiary head and neck unit in London, United Kingdom. The programme was developed based on Enhanced Recovery After Surgery (ERAS) Society guidelines for head and neck cancer surgery and local expert group consensus. An ERAS 'booklet' was devised which accompanied all laryngectomy patients during their inpatient stay. Contributors included otolaryngologists, anaesthetists, dieticians, physiotherapists, speech and language therapists and nurses. A 12-month pilot study was undertaken. The main outcome measures were feasibility and adherence. RESULTS: An enhanced recovery programme for 25 people undergoing total laryngectomy was successfully piloted in a tertiary referral head and neck unit. Median length of stay was reduced in the post-ERAS group by 1.5 days. No statistically significant difference in length of stay, time to first gastrografin swallow, rate of fistula nor postoperative normalcy of eating between the pre and post-ERAS patients who underwent laryngectomy was observed. Clavien-Dindo-grouped complication rates were significantly higher in the post-ERAS group. CONCLUSION: This enhanced recovery programme for patients undergoing laryngectomy is the first of its kind in the literature. Implementation has been demonstrated feasible. Further longitudinal studies are required to reliably inform us on ERAS programmes' effects on laryngectomy outcomes.

Use of narrow band imaging and 4K technology in otology and neuro-otology: preliminary experience and feasibility study.

The advent of the endoscope has facilitated otological surgery in recent years. Advances in optical technology have led to the development of high definition visualisation, such as 4K magnification. Narrow band imaging (NBI) has been shown to improve visualisation of tissue based on varying degrees of vascularity. This is a feasibility study, the first of its kind, aiming to investigate the appearances of middle ear anatomy and pathology (tympanic membrane, tympanosclerosis, cholesteatoma, granulation, endolymphatic sac hydrops, otosclerosis) under the NBI filter, using a high definition 4K endoscope. Qualitative analysis of image detail and operating time in minutes were recorded. The study demonstrates that these two technologies can be implemented with ease into practice, and show a clear differentiation between pathology and normal anatomy. NBI and 4K magnification prove to be useful adjuncts to the surgeon during endoscopic ear surgery.

Regonising Ear, Nose and Throat Conditions in the Dentist's Chair.

The dentist's chair presents an opportunity to pick up ear nose and throat lesions, by virtue of the close proximity of the anatomical areas. Urgent two-week wait referral can expedite assessment and management of head and neck malignancies, thereby improving the prognosis. In this paper, we attempt to highlight the ear, nose and throat (ENT) conditions that need a two week referral, as well as the benign head and neck lesions which can potentially be picked up in a dentist's chair.