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The rise of AI in the head and neck clinic

There has been a huge focus in recent months on the rise of artificial intelligence (AI) in all aspects of modern life, and the head and neck clinic is no exception it appears. This paper builds on previous work to...

A new free flap for the head and neck?

Reconstruction of major defects in the head and neck is usually an area where maxillofacial or plastic surgery colleagues come to assist, with consideration of the size and function any repair has to fulfil. Whilst the radial forearm free flap...

Resection margins in head and neck surgery

Although an increasing proportion of head and neck malignancies are treated with non-surgical modalities, when surgery is undertaken an incomplete clearance results in significantly worse prognosis. However, the intraoperative assessment of an adequate margin is difficult. The personal practice of...

Risks of tracheostomy in head and neck cancer

Tracheostomy is associated with several complications, with rates quoted as high as 8-45%, including: bleeding; displacement; obstruction; surgical emphysema; pneumothorax; fistulae and failure to decannulate. There are now many studies that confirm the increased length of stay and complications of...

Head and neck cancer multidisciplinary team

Why do we have MDTs? Do they make a difference to outcomes? Jon Bernstein explores the whys and wherefores of the head and neck cancer MDT, and wonders where things might go from here… Head and neck (upper aerodigestive tract)...

The future of head and neck cancer surgery

Neil Sharma paints an exciting picture of the future of head and neck surgery with nanobots and robot augmented humans – science fiction or reality? Time will tell. ‘May you live in interesting times’ reads the old Chinese curse. The...

Head and neck cancer and PET-CT

Positron emission tomography-computed tomography (PET-CT) is an imaging technique in which abnormalities of tissue metabolism are precisely superimposed onto the anatomy. It relies on the premise that malignant cells are more metabolically active compared with non-malignant cells. On this basis,...

Complications in Otolaryngology – Head and Neck Surgery, First Edition

This is a volume compiled into a ‘handy reading’ format on Complications in Otolaryngology – Head and Neck Surgery, which cites as its special features: 1) the first complete, one-volume source on risks and complications in otology, rhinology, and head...

Outcomes of reirradiation for recurrent head and neck SCC

Recurrent squamous cell carcinoma of the head and neck is often a challenge to manage when radiotherapy has previously been administered as a component of the initial treatment. Salvage surgery is usually the preferred modality of treatment, but for unresectable...

Oxford Case Histories in Otolaryngology and Head and Neck Surgery

Mr Kristijonas Milinis and his co-editors have collected a broad range of cases from consultants across the UK and overseas in producing this latest case-based discussion series published by Oxford University Press. The book is divided into five chapters covering...

Near-miss in otolaryngology head and neck surgery

It is recommended by John Fenton that we as a specialty need to embrace the concept of, take responsibility for and learn from all near-miss events, rather than our traditional haphazard approach of an occasional educational anecdote or case report....

ENT In this issue...Robotics in Head and Neck Surgery

Robotic surgery is here to stay. Within the specialty of otolaryngology, robotics has made headway across all of the subspecialties, although some advances may still be at the pre-clinical stage. The clinical applications are most acutely evident in the practice of head and neck cancer surgery, specifically transoral robotic surgery (TORS).