Introduction Traditionally, surgical training in otology, is imparted by dissecting harvested human cadaveric temporal bones. However, maintenance of a cadaveric temporal bone laboratory is expensive and carries risk of exposure to infection. In recent times, other modalities of training are gaining ground and are likely to eventually replace cadaveric temporal bone dissection altogether. Objectives Other alternative methods of training are emerging. New technology like simulation and virtual reality as high-fidelity, safer alternatives, are making rapid strides as teaching tools. Other options are the use of animal temporal bones as teaching tools. The advantages of these are compared. Data Synthesis None of these modalities can replicate the innumerable anatomical variations which are a characteristic feature of the human temporal bone. A novice surgeon not only needs exposure to surgical anatomy and it's variations but also needs to develop hand-eye coordination skills to gain expertise. Conclusion Deliberate practice on human cadaveric temporal bones only, will confer both mastery in anatomy and surgical technique. The human cadaveric temporal bone is ideal simulator for training in otology.

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Introduction: Nasal polyps are pedunculated, edematous, prolapsed mucosa of the paranasal sinuses. These polyps commonly arise around the ostia of the paranasal sinuses in the middle meatus.

<p><strong>Background:</strong> The indications for paediatric tracheostomies have had a significant change world over during last few decades. Emergency management of paediatric airway by tracheostomy has its own share of complications which need fair amount of expertise to manage.</p><p><strong>Methods:</strong> We carried out a retrospective study at a tertiary care centre in rural area of Haryana and analysed the available data of last 5 years (2017-2021) for determining various indications of paediatric tracheostomies and complications encountered during or after the surgery.</p><p><strong>Results:</strong> The study included 65 paediatric patients (&lt;14 years of age) who underwent tracheostomy at our tertiary care institute between January 2017 and December 2021. Out of them 38 (60.3%) were males, 35 (55.17%) patients were in 0-5 years age group. Most frequent indication for paediatric tracheostomy turned out to be upper airway obstruction due to a vaccine preventable disease diphtheria (n=56, i.e., 86.15%), other less common causes were need of prolonged ventilation, subglottic stenosis, congenital airway anomalies, retropharyngeal abscess, laryngeal papilloma. Complications were observed in 30 cases (46.15%). Mortality in tracheostomized children was nearly 29.2%, which was mainly attributed to the underlying cause which turned out to be diphtheria in most of the cases.</p><p><strong>Conclusions:</strong> High number of paediatric tracheostomies and sheer presence of diphtheria in this rural area of Haryana suggests that there is dire need of proper immunisation coverage and an active participation at community level.</p>