International guidelines stipulate that autoclavation is necessary to sterilize surgical equipment. World Health Organization (WHO) guidelines for decontamination of medical devices require four levels of decontamination: cleaning, low- and high-level disinfection, as well as sterilization. Following disasters, there is a substantial need for wound care surgery. This requires prompt availability of a significant volume of instruments that are adequately decontaminated. Ideally, they should be sterilized using an autoclave, but due to the resource-limited field context, this may be impossible. The aim of this study was therefore to identify whether there are portable and less resource-demanding techniques to decontaminate surgical instruments for safe wound care surgery in disasters. A scoping review was chosen, and searches were performed in three scientific databases, grey literature, and included data from organizations and journals. Articles were scanned for decontamination techniques feasible for use in the resource-scarce disaster setting given that: they achieved at least high-level disinfected instruments, were portable, and did not require electricity. A total of 401 articles were reviewed, yielding 13 articles for inclusion. The study identified three techniques: pressure cooking, boiling, and liquid chemical immersion, all achieving either sterilized or high-level disinfected instruments. It was concluded that besides autoclaves, there are less resource-demanding decontamination techniques available for safe wound surgery in disasters. This study provides systematic information to guide optimal standard setting for sterilization of surgical material in resource-limited disaster settings.

A lack of sterile surgical instrument sets for damage control surgeries of severely injured patients became evident in a series of in-hospital mass casualty trainings in the German capital of Berlin. Moreover, the existing instrument trays contained mostly specialized instruments for elective interventions and were not well composed for the treatment of poly-traumatized patients. After a literature search on the most common injury patterns in Mass Casualty Incidents (MCIs), an expert group of surgeons from different disciplines designed an optimized instrument set. A set of 194 instruments was assembled and distributed into two containers. These 2 sets were subjected to a 6-month trial phase in our hospital, and the evaluation of usability was subsequently analyzed through feedback forms administered to the staff. After analysis of the feedback sheets, only minor alterations had to be incorporated. The Berlin Acute Trauma Care Instrument Set (BATMIN) was then made available by the state of Berlin to Berlin Hospitals providing acute trauma care. Out of the need to be prepared for mass casualties, we created an instrument set suitable for the damage control surgery of severely injured patients in individual care and MCIs.

Introduction: This paper presents our experience with a navigation system for functional endoscopic sinus surgery. In this study, we took particular note of the surgical indications and risks and the measurement precision and preparation time required, and we present one brief case report as an example.

Materials and methods: Between 2000 and 2004, we performed functional endoscopic sinus surgery on 368 patients at the Ludwig Maximilians University, Munich, Germany. We used the Vector Vision Compact® system (BrainLAB) with laser registration. The indications for surgery ranged from severe nasal polyps and chronic sinusitis to malignant tumours of the paranasal sinuses and skull base.

Results: The time needed for data preparation was less than five minutes. The time required for preparation and patient registration depended on the method used and the experience of the user. In the later cases, it took 11 minutes on average, using Z-Touch® registration. The clinical plausibility test produced an average deviation of 1.3 mm. The complications of system use comprised one intra-operative re-registration (18 per cent) and one complete failure (5 per cent). Despite the assistance of an accurate working computer, the anterior ethmoidal artery was incised in one case. However, in all 368 cases, we experienced no cerebrospinal fluid leaks, optic nerve lesions, retrobulbar haematomas or intracerebral bleeding. There were no deaths.

Discussion: From our experience with computer-guided surgical procedures, we conclude that computer-guided navigational systems are so accurate that the risk of misleading the surgeon is minimal. In the future, their use in certain specialized procedures will be not only sensible but mandatory. We recommend their use not only in difficult surgical situations but also in routine procedures and for surgical training.

Traditionally, microscissors, hooks, sickle knives and needles are used in the ear for the dissection and release of fibrous adhesions. The major limitation of these instruments is that they are often bent or blunt, as they are reuseable. We describe an ophthalmic knife that offers precision in middle-ear microsurgery.

The use of an adenoid curette of appropriate size is recommended in operative textbooks for adequate adenoid removal and avoidance of potential injury to the eustachian tubes. The aim of this study is to calculate the right size of adenoid curettes to be used for children of different ages. The inter-tubal space (ITS) between the torus tubarius on both sides is the narrowest passage for adenoid curettage, and is identified in this study as the nasopharyngeal dimension to be considered in selecting the size of the adenoid curette. This prospective study is carried out on a series of 72 adenoidectomy cases aged from three to nine years at the Hearing and Speech Institute in Cairo, Egypt. The inter-tubal dimension (ITD) is measured for each child at the end of adenoidectomy and the results are recorded against the patient’s age. The ITD ranged from 17–21 mm in our series with no significant difference between males and females. There is an increase in ITD with age with a sharp increase at ages five and seven years. Accordingly, the patients are divided into three age groups and recommendations for appropriate adenoid curette sizes ranging from 18 to 21 mm are given for each group.

Rhinophyma is considered to be the final stage of rosacea and has an unknown aetiology. We present two new surgical adjuncts for the treatment of this condition. The microdebrider is easy to use and allows precise contouring of the nose. It shares the same underlying principle as free-hand scalpel shaving but outperforms this method in key areas. We also describe a novel use for FloSeal®, a gelatin-thrombin co-mixture, utilizing its haemostatic properties to address bleeding from the re-shaped denuded nose.

Guillotine tonsillectomy was the widely practised technique of tonsillectomy in the late 19th century as it was considered a quick and reliable method of removing tonsils. It fell into disrepute in the early 20th century. This paper reviews the history of the origin of the tonsillotome and traces the various modifications over the last few centuries. The current practice of guillotine tonsillectomy is examined by means of a postal questionnaire surveyof all UK consultants.

We report the use of a nasal septal clip. We believe that this instrument is more easily inserted and removed when compared with the classical nasal packs.

In phonosurgery, in cases where it is not possible to use a rigid laryngoscope, a flexible fibrescope with laryngeal-mask ventilation may be used. In flexible fibreoptic surgery, the forceps are normally inserted through a small channel in the fibrescope. Since only a small forceps tip can pass through this channel, a limited range of forceps has been available for use in fibrescope procedures. We have developed a new type of forceps for flexible fibre-optic surgery that allows this size limitation to be overcome. The new forceps is made up of two parts: (i) the forceps tip and its control wire assembly, and (ii) a detachable handle. A wide range of forceps can be used, including those with tips larger than the biopsy channel. We report a case that was treated with this new technique.

We describe a simple and easily adjustable method of retracting skin flaps during head and neck surgery. It involves the use of a modified fish hook and rubber band. The retractor is easily applied and adjusted, and inexpensive to manufacture.

We report the use of a self-retaining aural speculum that provides an excellent view of the middle ear through a small endural incision. We have found this instrument of value in tympanoplasty and stapes surgery in particular.

A concha bullosa may require surgical reduction to facilitate access to the middle meatus during endoscopic sinus surgery. Here we describe an original instrument which enables this procedure to be performed simply with minimal mucosal damage.