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PubMed1986

[The history of tracheotomy. I].

Tracheotomy is one of the oldest operations. Indications for and methods of the operative technique are reported already from the ancient times. The following outline - subdivided in three parts - tries to give a comprehensive survey of the development of tracheotomy throughout the centuries. The first part is concerned with the role of tracheotomy in antiquity, in Greek and Roman medicine and in the medicine of the Arabians at the turn of the millennium according to our time. The first tracheotomy is said to have been performed by Asklepiades of Bythinien, who lived in Rome during the last century before the Christian era. The question whether tracheotomy would be of use or not was highly controversal in the following centuries. There were advocates of the operation (for example Antyllus, Paulus von Aegina), but there were strict antagonists, too (for example Aretaeus). In Arabian medicine finally, tracheotomy had an important rank in theory, but probably it had never been performed in humans. The second part of this paper is occupied with the establishment of tracheotomy in the medicine of the European middle ages. Despite many ethical reservations, it became generally accepted as the last live-saving method in certain syndromes. Protagonists of the method included Ambroise Paré, Thomas Fienus, Hieronymus Fabricius ab Aquapendente, Julius Casserius, and Johannes Scultetus. A new method of performing tracheotomy, the opening of the trachea with the use of a trocar, was first described by Sanctorius Sanctorius (1561-1636). The third part of this outline describes the development of the method of tracheotomy in the last 400 years.(ABSTRACT TRUNCATED AT 250 WORDS)

Ethics, Medical↗
PubMed1995

Safety of tracheotomy in neutropenic patients: a retrospective study of 26 consecutive cases.

OBJECTIVE: To evaluate the safety of tracheotomy in neutropenic ventilated cancer patients, in terms of infectious and haemorrhagic complications. DESIGN: Retrospective study. SETTING: A medical-surgical intensive care unit in a Cancer-hospital. PATIENTS AND PARTICIPANTS: 26 consecutive patients undergoing a tracheotomy in neutropenic period, from 1987 to 1990. INTERVENTIONS: Tracheotomy, performed at the bedside or in operating room. MEASUREMENTS AND RESULTS: In all neutropenic patients undergoing a tracheotomy, the characteristics and duration of both neutropenia and mechanical ventilation have been recorded. Stomal bleeding and infection, and infectious pneumonias and alveolar haemorrhage have been carefully reviewed. Platelets were transfused in 23 of the 26 patients at the time of the procedure; no local haemorrhage was observed. Neither stomal nor pulmonary infections secondary to tracheotomy were noted. No respiratory worsening was attributable to the tracheotomy. Nineteen patients (73%) died in ICU, without direct link between tracheotomy and death. CONCLUSIONS: These findings suggest that a tracheotomy can be safely performed in neutropenic patients requiring mechanical ventilation.

Decision Making↗
PubMed2006

Complications of tracheotomy in patients with mucopolysaccharidoses type II (Hunter syndrome).

OBJECTIVE: To investigate the complication rate of tracheotomy in patients with mucopolysacchridoses (MPS) type II (Hunter syndrome). MATERIALS AND METHODS: From 2004 to 2005, seven tracheotomy procedures were performed for the airway management in three patients with MPS type II. The complications for each procedure were analyzed, which included the stomal narrowing, granulation formation, infrastomal tracheal stenosis, and wound infection. RESULTS: All tracheotomies in patients with MPS type II resulted in tracheotomy-related complications, though these procedures secured a safe airway. Infrastomal tracheal stenosis was the most frequent complication (85.7%) and stomal narrowing also occurred frequently (71.4%) after each tracheotomy. These complications caused cannula care to be difficult, with revision frequently required. CONCLUSION: Of the complications observed after tracheotomy, infrastomal tracheal stenosis and stomal narrowing are frequent in patients with MPS type II. Therefore, tracheotomy procedures should be cautiously applied to the MPS type II patients, and the complications associated with tracheotomy should be discussed with caregivers preoperatively.

Adolescent↗
PubMed2003

Tracheotomy application and timing.

Tracheotomy is one of the most commonly performed surgical procedures among critically ill patients. In the past, tracheotomy was delayed as long as possible in ventilator-dependent patients because of concerns regarding injury to the airway from the surgical procedure. Greater recognition of the benefits of tracheotomy in terms of greater patient comfort and mobility has promoted its earlier performance. No data identify an ideal time for tracheotomy. The decision to convert a patient from translaryngeal intubation to a tracheostomy requires anticipation of the duration of expected mechanical ventilation and the weighing of the expected benefits and risks of the procedure. The convenience of percutaneous tracheotomy performed in the ICU by critical care specialists without formal surgical training has further promoted the adoption of tracheotomy for ventilator-dependent patients. Regardless of the method for performing tracheotomy, meticulous surgical technique and careful postoperative management are necessary to maintain the excellent safety record of tracheotomy for critically ill patients.

Cricoid Cartilage↗
PubMed1995

[Indications and technique of percutaneous dilatation tracheotomy for intensive care patients].

OBJECTIVE: Since the different techniques of percutaneous dilatational tracheotomy were introduced they have attracted particular attention in the intensive care setting. We present here a modification of the technique first described by Ciaglia in 1985. Objective of this study was to evaluate the frequency of complications of this modification in comparison with published data. METHODS: 151 dilatational tracheotomies were performed on 141 patients of an anaesthesiologic intensive care unit. Ciaglia originally presented an approach between the cricoid cartilage and the first tracheal cartilage. We found it preferable to insert the cannula between the 2nd and 3rd tracheal cartilage after blunt dissection of the pretracheal tissues. The Dilators of Cook Critical Care Ltd. were used in this study. RESULTS: With 151 tracheotomies only 11 complications were noted: pneumothorax (1), bleeding (2), mucosal lesion of the trachea (2), others (6). None of these complications was considered to be serious. There was no tracheotomy-related death. Tracheotomy was performed within 11.5 min (range 5 to 23 min). The duration of artificial ventilation following tracheotomy was 21.1 days (range 1 to 142 days). CONCLUSION: The presented modification of dilatational tracheotomy is a safe and effective technique which can be performed on the intensive care unit. Compared with conventional tracheotomy the new method is quickly done and will be an integral part of intensive care treatment.

Adolescent↗
PubMed2001

Tracheotomy in severe TBI patients: sequelae and relation to vocational outcome.

The aim of the present study was to find the influence of performing tracheotomy on outcome of severe TBI patients. TBI patients, many of them intubated during the very acute phase post-injury, who remain unconscious for more than a few days, undergo tracheotomy to provide a reliable long term artificial airway. Tracheotomy, although being a simple elective surgical procedure, may have a negative influence on the rehabilitation process. Tracheotomy was performed in 25% (n=69) of 277 consecutive severe TBI patients admitted to the rehabilitation department during 3 years. In seven patients (10%), tracheotomy was performed immediately after injury due to cranio-facial trauma, in 18 patients (29%) due to respiratory disturbances, in 42 patients (55%) after prolonged intubation, and in two patients (6%) due to combined problems. Forty-five per cent of patients with tracheotomy suffered from respiratory disturbances and 8.6% from complications of tracheotomy. Longer periods of unconsciousness and mechanical ventilation were significantly associated with respiratory complications (p<0.0001 and p<0.001, respectively). However, presence of tracheotomies per se, did not affect vocational rehabilitation.

Adolescent↗
PubMed2006

Relationship between tracheotomy and ventilator-associated pneumonia: a case control study.

The aim of the present study was to determine the relationship between tracheotomy and ventilator-associated pneumonia (VAP). The study used a retrospective case-control study design based on prospective data. All nontrauma immunocompetent patients, intubated and ventilated for >7 days, were eligible for inclusion in the study. A diagnosis of VAP was based on clinical, radiographical and microbiological criteria. Four matching criteria were used, including duration of mechanical ventilation (MV). The indication and timing of tracheotomy were at the discretion of attending physicians. Univariate and multivariate analyses were performed to determine risk factors for VAP in cases (patients with tracheotomy) and controls (patients without tracheotomy). In total, 1,402 patients were eligible for inclusion. Surgical tracheotomy was performed in 226 (16%) patients and matching was successful for 177 (78%). The rate of VAP (22 versus 14 VAP episodes.1,000 MV-days(-1)) was significantly higher in controls than in cases. The rate of VAP after tracheotomy in cases, or after the corresponding day of MV in controls, was also significantly higher in control than in case patients (9.2 versus 4.8 VAP episodes.1,000 MV-days(-1)). In multivariate analysis, neurological failure (odds ratio (95% confidence interval) 2.7 (1.3-5)), antibiotic treatment (2.1 (1.1-3.2)) and tracheotomy (0.18 (0.1-0.3)) were associated with VAP. In summary, the present study demonstrates that tracheotomy is independently associated with decreased risk for ventilator-associated pneumonia.

Case-Control Studies↗
PubMed2003

Incidence, etiology, and outcome of nosocomial pneumonia in ICU patients requiring percutaneous tracheotomy for mechanical ventilation.

OBJECTIVE: To determine the epidemiology of pneumonia in patients with tracheotomy receiving short-term mechanical ventilation. DESIGN: Observational prospective study. SETTING: A 14-bed medical-surgical ICU. SUBJECTS: Ninety-nine critically ill acute patients requiring percutaneous dilatational tracheotomy for mechanical ventilation. INTERVENTIONS: Tracheal aspirate obtained 48 h before tracheotomy. MEASUREMENTS AND MAIN RESULTS: Eighteen patients (18.1%) acquired pneumonia (median of 7 days after tracheotomy). Pseudomonas aeruginosa was the most frequently identified pathogen, found in eight of the episodes (four not documented by prior tracheal colonization), followed by other Gram-negative bacilli. The development of ventilator-associated pneumonia (VAP) was not anticipated by any clinical variable. A positive tracheal aspirate (TA) culture result obtained before tracheotomy was associated with a risk of acquiring pneumonia of 19.7%, whereas sterile TA cultures were associated with a risk of 14.3% (p > 0.20). VAP prolonged ICU stay or the ventilation period for a median of 19 days and 15 days, respectively. Overall mortality was 34.3%, but the presence of VAP did not increase the mortality rate. CONCLUSIONS: Percutaneous tracheotomy in patients receiving short-term mechanical ventilation predisposes to pneumonia. Pneumonia was associated with prolonged ventilation and ICU stay, but was not associated with increased mortality. Pseudomonas is a common pathogen after tracheotomy, and this observation should be considered in selecting an antibiotic regimen, because TA obtained prior to the tracheotomy often failed to identify this pathogen.

APACHE↗
PubMed2004

Role of skin-lined tracheotomy in obstructive sleep apnoea syndrome: personal experience.

Permanent tracheotomy was the first surgical procedure proposed for the treatment of severe obstructive sleep apnoea syndrome and is still the only surgical option that ensures, even in very severe cases, complete elimination of apnoea and, in turn, clinical remission. Improved knowledge of the causes of obstructive sleep apnoea syndromes and the increasing therapeutic options (instrumental, medical and surgical) have resulted in cases requiring tracheotomy as the only indispensable therapeutic option becoming more rare. At present, the only indications are in very occasional conditions of life-threatening obstructive sleep apnoea syndromes and in patients on whom continuous positive airway pressure is not tolerated or is not effective (severe deoxygenation or hypercapnia, severe respiratory disorder index, severe obstructive sleep apnoea syndrome-related arrhythmias, severe excessive daytime sleepiness, heart diseases or ischaemic encephalopathy exacerbated by obstructive sleep apnoea syndromes, obstructive pneumopathy exacerbated by obstructive sleep apnoea syndromes, severe obstructive sleep apnoea syndromes with few chances of resolution with other surgical procedures or failure of the latter). Moreover, it is the only therapeutic solution in rare nocturnal laryngeal stridor due to multisystemic atrophy (in which obstructive sleep apnoea syndrome is due to nocturnal laryngospasm of neurologic origin). Therapeutic tracheotomy must be permanent (tracheostomy) and, therefore, preferably carried out with a specific technique (skin-lined tracheotomy), able to guarantee greater stability, less risk of granulation tissue, wider opening of the tracheostomy, sufficient reversibility. In our experience, very few patients (10 cases) withsleep disorder breathing have been submitted to skin-lined tracheotomy. Of these, the majority were submitted to surgery for severe apnoea due to nocturnal laryngospasm on account of multisystemic atrophy (n = 7), while only 3 cases of obstructive sleep apnoea syndromes were submitted to skin-lined tracheotomy, i.e., 0.7% of the 424 patients operated on for obstructive sleep apnoea syndrome and 1.7% of the 175 operated on for severe, or very severe, obstructive sleep apnoea syndromes (RDI > 40). Skin-lined tracheotomy was not followed by important complications and expected results were achieved with immediate disappearance of daytime symptoms and considerable improvement in nocturnal apnoea. Besides sleep-related disorders, numerous clinical situations with indications for a permanent tracheotomy may benefit from the skinlined technique, such as severe laryngeal or tracheal stenoses, laryngeal diplegias, miasthenia gravis, lateral amyotrophic sclerosis, intractable aspiration, severe emphysema.

Aged↗
PubMed1991

Late complications of tracheotomy.

Complications of tracheotomy are largely preventable. Although some authors cite these complications as indications for prolonged endotracheal intubation to avoid tracheotomy, others believe that the laryngotracheal complications of prolonged endotracheal intubation warrant early tracheotomy. Obviously, unnecessary tracheotomies should not be performed, and the controversy regarding the timing of conversion of endotracheal intubation to tracheotomy is handled in an earlier article in this issue. We feel, however, that a properly performed tracheotomy has a low incidence of complications that are more easily managed than are the complex laryngotracheal complications of prolonged endotracheal intubation. Significant post-tracheotomy tracheal stenosis occurs in 8% of patients and is secondary to an overly large tracheotomy stoma or damage at the tracheostomy tube cuff site. Stoma stenosis can be minimized by not making an overly large tracheal stoma and by prevention of undue leverage on the tracheostomy tube. Cuff stenosis can be minimized by the use of the high-volume low-pressure cuffs with careful prevention of overdistention of the cuff. Bronchoscopic dilatation, laser resection, and Silastic T-tube placement provide control of the airway until definitive surgical resection and reconstruction can be performed safely. Tracheoesophageal fistula is an uncommon but life-threatening complication that can be prevented by avoiding overdistention of the tracheostomy tube cuff and by avoiding the concomitant use of a stiff nasogastric tube. These patients are best managed conservatively until they are able to be weaned from a ventilator. A single-stage repair of both the esophagus and the trachea should then be done. Tracheoinnominate artery fistula can be avoided by correct placement of the tracheostomy stoma through the second and third tracheal rings rather than lower in the trachea and by avoidance of overinflation of tracheostomy tube cuffs.

Brachiocephalic Trunk↗
PubMed2001

Effect of tracheotomy tube occlusion on upper esophageal sphincter and pharyngeal pressures in aspirating and nonaspirating patients.

The biomechanics of the pharyngeal swallow in patients with a tracheotomy tube were investigated with manometry. Upper esophageal sphincter (UES) and pharyngeal pressure recordings were made with and without occlusion of the tracheotomy tube. Criteria for selection were ability to tolerate tracheotomy tube occlusion for both 5 minutes prior to and during the first manometric analysis, absence of surgery to the upper aerodigestive tract other than tracheotomy, and no history of oropharyngeal cancer or stroke. Aspiration was determined objectively by fiberoptic endoscopic evaluation of swallowing (FEES) immediately prior to manometric recording. Eleven adult individuals with tracheotomy participated; 7 swallowed successfully and 4 exhibited aspiration on FEES. The results indicated no significant effect of tracheotomy tube occlusion on UES or pharngeal pressures in either aspirating or nonaspirating patients. It was concluded that the biomechanics of the swallow as determined by UES and pharyngeal manometric pressure measurements were not changed significantly by tracheotomy tube occlusion in aspirating or nonaspirating patients. These results support previous observations that subjects either aspirated or swallowed successfully regardless of tracheotomy tube occlusion status.

Adult↗
PubMedDate not supplied

Tracheotomy in children with recurrent respiratory papillomatosis.

Fifty-eight patients with laryngeal papillomatosis were managed at Children's Hospital Medical Center, Cincinnati, OH, between January 1978 and December 1987. Twelve of these patients (21%) had tracheotomies. A retrospective review of these 12 cases was undertaken to determine the incidence, pattern, timing, and clinical risk factors for tracheal spread after tracheotomy. Six of 12 patients (50%) developed tracheal papillomas after tracheotomy. Peristomal mucosa was consistently the site of initial involvement followed by progressive distal spread along the length of the tracheotomy tube. Stomal involvement followed tracheotomy by an average of 14 weeks, occurring as early as 7 weeks postoperatively. Mid-tracheal spread followed stomal involvement by an average of 10 weeks. Risk factors for tracheal spread included the presence of subglottic disease at the time of tracheotomy and prolonged cannulation. Whenever possible, tracheotomy should be avoided in patients with recurrent respiratory papillomatosis. When unavoidable, every effort should be made to keep the duration of cannulation as short as possible.

Child↗
PubMed1995

Current trends in pediatric tracheotomy.

A retrospective analysis was performed on 103 pediatric patients, less than 5 years of age, undergoing tracheotomy at New York Hospital between 1980 and 1990. Charts were reviewed with respect to primary diagnosis, indication for tracheotomy, duration of the tracheotomy, complication rate and mortality rate. Approximately 62% of the tracheotomies were performed in patients less than 12 months of age, with the most common indication being an acquired or congenital airway abnormality. The number of patients receiving tracheotomies for neurological disorders, however, increased more than threefold over the course of this review. Approximately one-third of the patients experienced immediate, early or delayed complications. There was a significant correlation between the complication rate and weight at the time of the tracheotomy as well as the degree of prematurity of the child. Over one half of the infants under 2000 g suffered complications. A mortality rate of 2.9% was noted in our study with mucous plugging of the tracheotomy being the most common etiology of death.

Airway Obstruction↗
PubMed1999

Use of postoperative chest x-ray after elective adult tracheotomy.

Surgeons have been creating tracheotomies since at least 124 AD, when first reported by Asclepiades (Price HC, Postma DS. Ear Nose Throat J 1983;62:44-59). Intraoperative and postoperative complications specifically associated with this procedure have been well established. The incidence of pneumothorax ranges from 0% to 17%, depending on the age group studied. To evaluate this complication, it is generally accepted that a postoperative chest film should routinely be obtained after a tracheotomy in adult patients. In adult nonemergent tracheotomies, the routine use of a postoperative chest film has a low yield for detecting a pneumothorax in patients without clinical findings of pneumothorax. To evaluate the use of postoperative chest x-ray in adult tracheotomy patients, a retrospective review of tracheotomies performed at the Boston Medical Center from January 1994 to June 1996 was undertaken. Data examined consisted of age, sex, surgical indication, urgency, operating service, intraoperative and postoperative complications, difficulty of procedure, anesthetic technique, findings on postoperative chest film, signs and symptoms of pneumothorax, and specific treatment of pneumothorax if present. In total, 250 patients were identified. The main indication for tracheostomy in this study was ventilator dependence, accounting for 77% of the procedures. A complication rate of 11.6% was encountered, with no deaths. Postoperative hemorrhage was the most common complication (3.6%). Pneumothorax was documented by chest x-ray in 3 (1.2%) patients, 1 of whom had bilateral pneumothoraces. The most common symptom of a pneumothorax was tachycardia, with 8.8% of the patients exhibiting at least 1 episode. Of the 3 cases of pneumothorax in this study, only 1 was clinically relevant and required treatment. Furthermore, the clinical signs and symptoms in this patient clearly supported the diagnosis of pneumothorax before a postoperative chest film was obtained. Thus postoperative chest radiographs did not change the treatment or outcome of any of the patients undergoing a tracheotomy. This suggests that postoperative chest x-ray after adult tracheotomy is not required in routine cases. Chest radiographs should be obtained after emergent procedures, after difficult procedures, or in patients exhibiting signs or symptoms of pneumothorax.

Adult↗
PubMedDate not supplied

Outcome in pediatric tracheotomy.

OBJECTIVE: To investigate the outcome and related factors in pediatric tracheotomy. DESIGN: Retrospective chart review. SETTING: Tertiary pediatric academic hospital setting. PATIENTS: The study included 181 children below the age of 18 years who underwent 185 tracheotomies between 1991 and 1995. MAIN OUTCOMES AND MEASURES: Presenting symptoms and signs, indications, duration of follow-up, therapeutic and interval procedures, early and late complications, mortality, time to and success in decannulation. RESULTS: There were 108 (59.7%) male patients and 73 (40.3%) female patients. The average age of the children at the time of tracheotomy was 3.8 +/- 5.3 years. The majority of the children were less than 1 year of age (n = 99, 54.7%). Airway obstruction was the leading indication for tracheotomy (59.6%), followed by ventilatory support (30.4%) and pulmonary toilet (9.9%). The average duration of follow-up was 931 +/- 790 days. There were no perioperative complications. Early postoperative complications were seen in 28 (15.5%) children including 12 (6.8%) major complications and 22 (12.2%) minor complications. Late complications were seen in 115 (63.5%) children, including 8 (4.4%) major complications and 107 (59.1%) minor complications. Overall mortality rate was 13.3%, but only 1 tracheotomy-related death was caused by tube displacement. Therapeutic procedures were performed in 43% of the children, including laryngotracheal reconstruction (13%), laser excision of the lesion (5%), and supraglottoplasty (3.9%). Decannulation was accomplished in 116 (64.1%) of the children with an average of 365 +/- 388 days with tracheotomy. CONCLUSION: Tracheotomy is relatively safe in the pediatric population. Decannulation may be possible relatively quickly with resolution of the underlying problem.

Airway Obstruction↗
PubMed2005

Impact of tracheotomy on sedative administration, sedation level, and comfort of mechanically ventilated intensive care unit patients.

OBJECTIVE: To assess the impact of tracheotomy on sedative administration, sedation level, and autonomy of mechanically-ventilated intensive care unit (ICU) patients. DESIGN, SETTING, AND PATIENTS: In this observational study, the charts of all consecutive patients undergoing mechanical ventilation requiring tracheotomy over a 14-month period in our 18-bed tertiary care ICU were reviewed retrospectively. Patients' sedation levels (according to the Riker's 7-level sedation-agitation score) and intravenous (fentanyl and midazolam) and oral (clorazepate and haloperidol) sedative administration were measured daily during the 7 days before and after tracheotomy. We also recorded patients for whom chair positioning and oral alimentation became possible in the days following tracheotomy. INTERVENTIONS: None. MEASUREMENTS AND MAIN RESULTS: Tracheotomy was performed on 72 (23.1%) of the 312 patients undergoing mechanical ventilation for > or = 48 hrs. After tracheotomy, median (25th, 75th percentiles) fentanyl and midazolam administration decreased from 866 (191, 1672) to 71 (3, 426) microg/(patient.day) and from 44 (16, 128) to 7 (1, 42) mg/(patient.day) (p < .001), respectively. Concomitant median time spent heavily sedated decreased from 7 (3, 17) to 1 (0, 6) hrs/day (p < .001), with no increase in agitation time. During the 7 days following tracheotomy, partial oral alimentation became possible for 35 patients (48.6%) and out-of-bed positioning became possible for 16 patients (22.2%). CONCLUSION: On the basis of these observations, we conclude that tracheotomized mechanically ventilated ICU patients required less intravenous sedative administration, spent less time heavily sedated, and achieved more autonomy earlier.

Algorithms↗
PubMed2005

Score system for elective tracheotomy in major head and neck tumour surgery.

BACKGROUND: This study was designed to evaluate prognostic parameters for respiratory failure after major oropharyngeal resections in head and neck cancer surgery, focusing on a score system to identify patients requiring an elective tracheotomy and to avoid tracheotomy under emergency conditions. METHODS: One hundred and fifty-two out of 928 patients with oropharyngeal cancers, treated between January 1993 and June 2000 at our hospital, fulfilled the inclusion criteria for a retrospective analysis. This collective underwent tumour resection in different regions of the oropharynx combined with bony resection of the mandible and neck dissection without primary tracheotomy. The reconstruction was accomplished using radial forearm flaps (n1 = 59) or local flaps (n2 = 93). These two groups were subdivided into patients treated post-operatively by tracheotomy due to respiratory failure (n1 = 26; n2 = 12) and those without such treatment (n1 = 33; n2 = 81). The database comprising tumour localization and size, staging, general medical condition, smoking and alcohol consumption was evaluated by logistic regression. RESULTS: We developed a score system which predicts the likelihood of post-operative respiratory failure. For indication of tracheotomy, tumour size and localization, multimorbidity, alcohol consumption and pathologic chest X-ray findings were identified as significant parameters with different weightings. The predictive value for tracheotomy (yes/no) using the score system was 96.7% for the total collective. CONCLUSION: The decision on whether or not an elective tracheotomy in major head and neck tumour surgery is necessary can be facilitated using this score system which is based on objective facts. It may reduce post-operative complications and contribute to safer treatment.

Adult↗
PubMedDate not supplied

Ten-year review of pediatric tracheotomy.

One hundred sixty-four consecutive tracheotomies are reviewed over the 10-year period 1972-1981. Early in the series acute inflammatory airway obstruction was the major indication for tracheotomy, being 60% of cases in the first 3 years. In the last 3 years this fell to approximately 15%. After 1975 nasotracheal intubation replaced tracheotomy for acute epiglottis. More recently it has become the treatment of choice for acute laryngotracheobronchitis. Tracheotomy prior to reconstructive surgery for major craniofacial abnormalities is becoming more frequent. Acquired subglottic stenosis is not a problem in our hospital despite the use of long-term nasotracheal intubation in premature infants, and no tracheotomies were performed for this indication. There were few major complications. Decannulation difficulties were due to obstruction by stomal granulation tissue or displaced flap of anterior tracheal wall. There was no case of hemorrhage, no posttracheotomy stenosis, and no death was attributable to tracheotomy. These results demonstrate that in a major pediatric hospital tracheotomy is a relatively safe and effective procedure with minimal morbidity.

Acute Disease↗