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Surgical Tracheostomy (surgical + tracheostomy)

Distribution by Scientific Domains
Medical Sciences100%

Selected Abstracts

Tracheal esophageal combitube: a useful airway for morbidly obese patients who cannot intubate or ventilate

ACTA ANAESTHESIOLOGICA SCANDINAVICA, Issue 7 2002
A. Della Puppa
The tracheal esophageal combitube has been successfully used in many difficult airway circumstances. We report the dramatic case of a morbidly obese patient with a well-known difficult airway who was successfully rescued from a cannot ventilate,cannot intubate situation in our critical care unit by using the tracheal esophageal combitube. Surgical tracheostomy was performed while she was mechanically ventilated through the tracheal esophageal combitube. The tracheal esophageal combitube is a very important device that should be kept available in all cases of morbidly obese airway management. [source]

Anesthetic experience of 100 pediatric tracheostomies

PEDIATRIC ANESTHESIA, Issue 7 2009
FIONA WRIGHTSON MB ChB FRCA
Summary Background:, Tracheostomy is more hazardous in the pediatric population than in adults (Paediatr Nurs, 17, 2005, 38; Int J Pediatr Otorhinolaryngol, 67, 2003, 7; J R Soc Med, 89, 1996, 188). Airway management in these children and infants is potentially challenging. Previous case series of pediatric tracheostomy published in the surgical journals make little mention of anesthetic techniques used and do not describe airway management. The aim of this study was to review the anesthetic, and in particular the airway management of children undergoing tracheostomy at Great Ormond Street Hospital (GOSH). Methods:, Between September 2004 and December 2007, the ENT surgical database showed that 109 children had a surgical tracheostomy performed at GOSH. We were only able to locate the notes of 100 of these cases. The anesthetic records of these 100 patients undergoing tracheostomy were analyzed retrospectively. Results:, Ninety-four percent (94/100) of tracheostomies were elective, and 6% (6/100) were emergency. In this study, 26% (26/100) of children were recorded as difficult to intubate. These difficult airways were managed as follows: 10/26 used a laryngeal mask airway (LMA), 5/26 were managed with facemask alone, 3/26 had fiber-optic intubation, 5/26 had surgical intubation and 2/26 were intubated with the aid of a bougie and cricoid pressure. Conclusions:, This case series demonstrates that intubation is difficult in up to 26% of children presenting for tracheostomy. While intubation of the trachea remains the preferred option when anesthetizing children for tracheostomy, the LMA or facemask can provide a successful airway where intubation is not possible. The use of the LMA or facemask may therefore be life saving in the unintubatable child. [source]

Second redo percutaneous tracheostomy following complicated revision surgical tracheostomy

ANAESTHESIA, Issue 8 2008
J. Kinnear
No abstract is available for this article. [source]

Airway fire due to diathermy during tracheostomy in an intensive care patient

ANAESTHESIA, Issue 5 2001
S. A. Rogers
We describe a case of airway fire in an 83-year-old, critically ill patient. The fire occurred during a surgical tracheostomy under general anaesthesia, following ignition of the tracheal tube by diathermy. After debridement of the burnt tissue and treatment with intravenous antibiotics and glucocorticoids, the patient's respiratory function worsened initially. The patient eventually recovered without long-term sequelae and was discharged from the intensive care unit. The circumstances of this and other similar incidents are reviewed, as are the suggested methods for preventing this frightening occurrence. [source]